科目コード/Code

科目名(和文) ／ Course Title

工学研究科共通型授業科目 / Common Subjects of Graduate School of Engineeringi010 工学研究科国際インターンシップ１
i011 工学研究科国際インターンシップ２
i041 科学技術者のためのプレゼンテーション演習
i042 工学と経済（上級）i045 実践的科学英語演習Ⅰ
i046 実践的科学英語演習Ⅱi049 エンジニアリングプロジェクトマネジメント
i051 現代科学技術の巨人セミナー｢知のひらめき｣（6Hコース）
i052 現代科学技術の巨人セミナー｢知のひらめき｣（12Hコース）
i055 現代科学技術特論（4回コース）
i056 現代科学技術特論（8回コース）
i057 安全衛生工学（4回コース）
i058 安全衛生工学（11回コース）
i059 エンジニアリングプロジェクトマネジメント演習
i060 現代科学技術特論（12回コース）
i061 先端マテリアルサイエンス通論（4回コース）
i062 先端マテリアルサイエンス通論（8回コース）
i063 先端マテリアルサイエンス通論（12回コース）

International Internship in Engineering 1
International Internship in Engineering 2
Professional Scientific Presentation Exercises
Advanced Engineering and Economy
Exercise in Practical Scientific English I
Exercise in Practical Scientific English II
Project Management in Engineering
Frontiers in Modern Scinece and Technology(6H course)
Frontiers in Modern Scinece and Technology(12H course)
Advanced Modern Science and Technology(4 times course)
Advanced Modern Science and Technology(8 times course)
Safety and Health Engineering(4 times course)
Safety and Health Engineering(11 times course)
Exercise on Project Management in Engineering
Advanced Modern Science and Technology(12 times course)
Introduction to Advanced Material Science and Technology(4 times course)
Introduction to Advanced Material Science and Technology(8 times course)
Introduction to Advanced Material Science and Technology(12 times course)

社会基盤工学専攻 / Civil and Earth Resources Engineering
都市社会工学専攻 / Urban Management
都市環境工学専攻 / Enviromental Engineering
A019 コンクリート構造工学
A040 流砂水理学
A055 環境地盤工学
A222 水資源システム論
A402 資源開発システム工学
A405 地殻環境工学
A805 リモートセンシングと地理情報システム
A808 景観デザイン論
F003 連続体力学
F009 構造デザイン
F010 橋梁工学
F011 数値流体力学
F019 河川マネジメント工学
F025 地盤力学
F053 応用数理解析
F065 水域社会基盤学
F067 構造安定論
F068 材料・構造マネジメント論
F071 応用弾性学
F073 物理探査の基礎数理
F075 水理乱流力学
F077 流域治水砂防学
F078 岩盤応力と地殻物性
F085 地殻環境計測
F088 地球資源学
F089 社会基盤安全工学
F100 応用水文学
F103 環境防災生存科学
F106 流域管理工学
F109 地盤防災工学
F113 グローバル生存学
F201 都市社会情報論
F207 都市社会環境論
F215 交通情報工学
F219 人間行動学
F223 リスクマネジメント論
F227 構造ダイナミクス
F241 ジオコンストラクション
F251 自主企画プロジェクト
F261 地震・ライフライン工学
F263 サイスミックシミュレーション
F267 水文気象防災学
F405 ジオフロント工学原論
F415 環境材料設計学
F462 海岸波動論
F464 水工計画学
K016 計算地盤工学
W001 社会基盤構造工学
X311 都市基盤マネジメント論
X333 災害リスク管理論

Concrete Structural Engineering
Sediment Hydraulics
Environmental Geotechnics
Water Resources Systems Analysis
Resources Development Systems
Environmental Geosphere Engineering
Remote Sensing and Geographic Information Systems
Civic and Landscape Design
Continuum Mechanics
Structural Design
Bridge Engineering
Computational Fluid Dynamics
River Management
Geomechanics
Applied Mathematics in Civil & Earth Resources Engineering
Hydraulic Engineering for InfrastructureDevelopment and Management
Structural Stability
Material and Structural System & Management
Applied Elasticity for Rock Mechanics
Fundamental Theories in Geophysical Exploration
Hydrodynamics and Turbulence Mechanics
River basin management of flood and sedimentRock stress and physical properties
Measurement in the earth's crust environment
Earth Resources Engineering
Infrastructure Safety Engineering
Applied Hydrology
Case Studies Harmonizing Disaster Managementand Environment Conservation
Integrated Disasters and Resources Management in Watersheds
Disaster Prevention through Geotechnics
Global Survivability Studies
Information Technology for Urban Society
Urban Environmental Policy
Intelligent Transportation Systems
Quantitative Methods for Behavioral Analysis
Risk Management
Structural Dynamics
Construction of Geotechnical Infrastructures
Exercise on Project Planning
Earthquake Engineering/Lifeline Engineering
Seismic Engineering Exercise
Hydro-meteorologically based Disaster Prevention
Fundamental Geofront Engineering
Ecomaterial Design
Coastal Wave Dynamics
Hydrologic Design and Management
Computational Geotechnics
Structural Engineering for Civil Infrastructure
Urban Infrastructure Management
Disaster Risk Management

社会基盤工学専攻 / Civil and Earth Resources Engineering
F063 社会基盤工学実習
U051 社会基盤工学総合セミナーＡ
U052 社会基盤工学総合セミナーＢ
U055 社会基盤工学セミナーA
U056 社会基盤工学セミナーB
U059 社会基盤工学インターンシップ
U060 社会基盤工学ＯＲＴ
U064 社会基盤工学総合実習A
U065 社会基盤工学総合実習B

Practice in Infrastructure Engineering
Integrated Seminar on Infrastracture Engineering A
Integrated Seminar on Infrastracture Engineering B
Seminar on Infrastructure Engineering A
Seminar on Infrastructure Engineering B
Internship on Infrastructure Engineering
ORT on Infrastructure Engineering
Practice in Advanced Infrastructure Engineering A
Practice in Advanced Infrastructure Engineering B

科目コード/Code

科目名(和文) ／ Course Title

都市社会工学専攻 / Urban Management
F150 長期インターンシップ
F253 キャップストーンプロジェクト
F257 都市社会工学セミナーA
F259 都市社会工学セミナーB
U201 都市社会工学総合セミナーＡ
U203 都市社会工学総合セミナーＢ
U210 都市社会工学実習
U216 都市社会工学ORTU224 都市社会工学総合実習A
U225 都市社会工学総合実習B

Long-Term Internship
Capstone Project
Seminar on Urban Management A
Seminar on Urban Management B
Integrated Seminar on Urban Management A
Integrated Seminar on Urban Management B
Practice in Urban Management
ORT on Urban Management
Practice in Advanced Urban Management A
Practice in Advanced Urban Management B

都市環境工学専攻 / Enviromental Engineering
A622 地圏環境工学特論
A626 環境衛生学特論
A632 都市代謝工学
A643 環境微生物学特論
F234 水質衛生工学
F400 都市環境工学セミナーＡ
F402 都市環境工学セミナーＢ
F439 環境リスク学
F441 水環境工学
F446 大気・地球環境工学特論
F449 都市環境工学演習Ａ
F450 都市環境工学演習Ｂ
F454 循環型社会システム論
F456 新環境工学特論I
F458 新環境工学特論II
F461 原子力環境工学
F468 環境微量分析演習
F470 環境工学先端実験演習
F472 環境工学実践セミナー
F475 都市環境工学ORT
H424 環境資源循環技術
U401 都市環境工学特別セミナーＡ
U403 都市環境工学特別セミナーＢ
X321 環境リスク管理リーダー論

Geohydro Environment Engineering, Adv.
Environmental Health, Adv.
Urban Metabolism Engineering
Environmental Microbiology, Adv.
Water Sanitary Engineering
Seminar on Urban and Environmental Engineering A
Seminar on Urban and Environmental Engineering B
Environmental Risk
Water Quality Control Engineering
Atmospheric and Global Environmental Engineering, Adv.
Laboratory and Seminar on Urbanand Environmental Engineering A
Laboratory and Seminar on Urbanand Environmental Engineering B
Systems Approach on Sound Material Cycles Society
New Environmental Engineering I, Adv.
New Environmental Engineering II, Adv.
Nuclear Environmental Engineering, Adv.
Environmental Organic Micropollutants Analysis Lab.
Advanced Enivironmental Engineering Lab.
Seminer on Practical Issues in Urbanand Environmental Enginering
ORT on Urban and Environmental Engineering
Environmental-friendly Technology for Sound Material Cycle
Seminar on Urban and Environmental Engineering A, Adv.
Seminar on Urban and Environmental Engineering B, Adv.
Lecture on Environmental Risk Management Leader

建築学専攻 / Architecture and Architectural Engineering
A856 居住空間計画学
B013 建築設計特論
B014 建築環境計画論Ⅰ
B016 建築論特論
B017 建築都市文化史学特論
B019 建築プロジェクトマネジメント論
B030 応用固体力学
B035 人間生活環境デザイン論
B036 建築史学特論
B037 建築設計力学
B038 人間生活環境認知論
B040 構造解析学特論
B043 コンクリート系構造特論
B044 耐震構造特論
B046 建築振動論
B052 構造安全制御
B053 建築環境物理学特論
B054 建築設備システム特論
B062 建築学特別演習Ｉ
B063 建築学特別演習II
B069 建築技術者倫理
B071 インターンシップⅠ（建築）B073 インターンシップⅡ（建築）B075 建築設計実習
B077 建築設計演習Ⅰ
B079 建築設計演習Ⅱ
B080 建築工事監理実習
B088 建築学総合演習
B090 建築学特別演習IA
B091 建築学特別演習IB
B092 建築学特別演習IIA
B093 建築学特別演習IIB
B222 環境制御工学特論
B226 建築地盤工学
B231 高性能構造工学
B234 鋼構造特論
B238 建築風工学
B241 都市災害管理学
B259 音響空間設計論
i017 建築学コミュニケーション（専門英語）
Q005 建築設計・計画学セミナーＩ
Q006 建築設計・計画学セミナーII
Q008 建築構造学セミナーＩ
Q009 建築構造学セミナーII
Q011 建築環境工学セミナーＩ
Q012 建築環境工学セミナーII
Q013 建築環境工学セミナーIII

Dwelling Planning
Theory of Architectural Design, Adv.
Theory of Architectural and Environmental Planning I
Theory of Architecture, Adv.
History of Architecture and Environmental Design
Project Management
Applied Solid Mechanics
Design Theory of Architecture and Human Environment
History of Japanese Architecture
Design Mechanics for Building Structures
Theory of Cognition in Architecture and Human Environment
Analysis of Structures, Adv.
Concrete Structures, Adv.
Earthquake Resistant Structures, Adv.
Dynamic Response of Building Structures
Control for Structural Safety
Physics in Architectural Environmental Engineering,Adv.
Building Systems
Seminar on Architecture and Architectural Engineering, I
Seminar on Architecture and Architectural Engineering, II
Architectural Engineer Ethics
Internship I, Architectural Design PracticeInternship II, Architectural Design PracticeArchitectural Design PracticeArchitecture Design Studio I
Architecture Design Studio II
Construction Supervision Practice
Exercises in Architecture and Architectural Engineering
Seminar on Architecture and Architectural Engineering IA
Seminar on Architecture and Architectural Engineering, IB
Seminar on Architecture and Architectural Engineering, IIA
Seminar on Architecture and Architectural Engineering, IIB
Environmental Control Engineering, Adv.
Building Geoenvironment Engineering
High Performance Structural Systems Engineering
Steel Structures, Adv.
Architectural Wind Engineering
Urban Disaster Management
Theory of Acoustic Space Design in Architecture
Architecture Communication
Seminar on Architectural Design and Planning I
Seminar on Architectural Design and Planning II
Seminar on Structural Engineering of Buildings I
Seminar on Structural Engineering of Buildings II
Seminar on Environmental Engineering I
Seminar on Environmental Engineering II
Seminar on Environmental Engineering III

科目コード/Code

科目名(和文) ／ Course Title

Q014 建築環境工学セミナーIV
Q015 建築構造学セミナーIII
Q016 建築構造学セミナーIV
Q017 建築設計・計画学セミナーIII
Q018 建築設計・計画学セミナーIV
Q021 先端建築学特論Ｉ
Q022 先端建築学特論II
X401 デザイン方法論

Seminar on Environmental Engineering IV
Seminar on Structural Engineering of Buildings III
Seminar on Structural Engineering of Buildings IV
Seminar on Architectural Design and Planning III
Seminar on Architectural Design and Planning IV
Advanced Theory of Architectureand Architectural Engineering I
Advanced Theory of Architectureand Architectural Engineering II
Design Methodology

機械理工学専攻 / Mechanical Engineering and Science
マイクロエンジニアリング専攻 / Micro Engineering
航空宇宙工学専攻 / Aeronautics and Astronautics
B418 先進材料強度論
G001 応用数値計算法
G003 固体力学特論
G005 熱物理工学
G007 基盤流体力学
G009 量子物性物理学
G011 設計生産論
G013 動的システム制御論
G041 有限要素法特論
G049 インターンシップM（機械工学群）
G056 English Technical Writing
G057 技術者倫理と技術経営
G058 複雑系機械工学基礎セミナー１
G059 複雑系機械工学基礎セミナー２
G061 応用数理科学
V003 バイオメカニクス
V019 インターンシップDS（機械工学群）
V020 インターンシップDL（機械工学群）
V025 複雑系機械工学セミナーＡ
V027 複雑系機械工学セミナーＢ
V029 複雑系機械工学セミナーＣ
V031 複雑系機械工学セミナーＤ
V033 複雑系機械工学セミナーＥ
V035 複雑系機械工学セミナーＦ
X402 アーティファクトデザイン論
X411 複雑系機械システムのデザイン

Strength of Advanced Materials
Applied Numerical Methods
Solid Mechanics, Adv.
Thermal Science and Engineering
Introduction to Advanced Fluid Dynamics
Quantum Condensed Matter Physics
Design and Manufacturing Engineering
Dynamic Systems Control Theory
Advanced Finite Element Method
Engineering Internship M
English Technical Writing
Engineering Ethics and Management of Technology
Basic Seminar of Complex Mechanical Engineering,1
Basic Seminar of Complex Mechanical Engineering,2Applied mathematical sciences
Biomechanics
Engineering Internship DS
Engineering Internship DL
Seminar of Complex Mechanical Engineeringfor the 21st Century COE Program,ASeminar of Complex Mechanical Engineeringfor the 21st Century COE Program,BSeminar of Complex Mechanical Engineeringfor the 21st Century COE Program,CSeminar of Complex Mechanical Engineeringfor the 21st Century COE Program,DSeminar of Complex Mechanical Engineeringfor the 21st Century COE Program,E
Seminar of Complex Mechanical Engineeringfor the 21st Century COE Program,F
Theory for Designing Artifacts
Design of Complex Mechanical Systems

機械理工学専攻 / Mechanical Engineering and Science
B407 ロボティクス
B622 熱物性論
B629 量子ビーム物質解析学
B631 高エネルギー材料工学
G017 破壊力学
G021 光物理工学
G025 メカ機能デバイス工学
G031 機械理工学セミナーA
G032 機械理工学セミナーB
G036 機械理工学基礎セミナーA
G037 機械理工学基礎セミナーB
G039 熱物質移動論
G051 機械理工学特別実験及び演習第一G053 機械理工学特別実験及び演習第二G403 最適システム設計論
Q402 乱流力学
Q610 原子系の動力学セミナー
V012 機械理工学特別演習Ａ
V013 機械理工学特別演習Ｂ
V014 機械理工学特別演習Ｃ
V015 機械理工学特別演習ＤV016 機械理工学特別演習Ｅ
V017 機械理工学特別演習Ｆ

Robotics
Thermophysics for Thermal Engineering
Analysis of Materials by Quantum Beams
High Energy Radiation Effects in Solid
Fracture Mechanics
Engineering Optics and Spectroscopy
Mechanical Functional Device Engineering
Seminar on Mechanical Engineering andScience A
Seminar on Mechanical Engineering andScience B
Basic Seminar on Mechanical Engineering and Science A
Basic Seminar on Mechanical Engineering and Science B
Transport Phenomena
Experiments on Mechanical Engineering and Science,Adv. I
Experiments on Mechanical Engineering and Science,Adv. II
Optimum System Design Engineering
Turbulence Dynamics
Seminar: Dynamics of Atomic Systems
Advanced Exercise in Mechanical Engineering and ScienceA
Advanced Exercise in Mechanical Engineering and ScienceB
Advanced Exercise in Mechanical Engineering and ScienceC
Advanced Exercise in Mechanical Engineering and ScienceD
Advanced Exercise in Mechanical Engineering and ScienceE
Advanced Exercise in Mechanical Engineering and ScienceF

マイクロエンジニアリング専攻 / Micro Engineering
B617 量子分子物理学特論
G204 マイクロファブリケーション
G206 マイクロ・バイオシステム
G211 物性物理学１G214 精密計測加工学
G216 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞセミナーＡ
G217 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞセミナーＢ
G223 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ基礎セミナーA
G224 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ基礎セミナーB
G226 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別実験及び演習第一G228 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別実験及び演習第二V201 微小電気機械システム創製学
V205 物性物理学２
V210 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別演習Ａ
V211 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別演習Ｂ
V212 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別演習ＣV213 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別演習ＤV214 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別演習Ｅ
V215 ﾏｲｸﾛｴﾝｼﾞﾆｱﾘﾝｸﾞ特別演習ＦQuantum Theory of Molecular Physics
Microfabrication
Micro/bio system
Solid State Physics 1
Precision Measurement and Machining
Seminar on Micro Engineering A
Seminar on Micro Engineering B
Basic Seminar on Micro Engineering A
Basic Seminar on Micro Engineering B
Experiments on Micro Engineering, Adv. I
Experiments on Micro Engineering, Adv. II
Micro Electro Mechanical System Creation
Solid State Physics 2
Advanced Exercise in Micro Engineering A
Advanced Exercise in Micro Engineering B
Advanced Exercise in Micro Engineering C
Advanced Exercise in Micro Engineering D
Advanced Exercise in Micro Engineering E
Advanced Exercise in Micro Engineering F

科目コード/Code

科目名(和文) ／ Course Title

航空宇宙工学専攻 / Aeronautics and Astronautics
C430 航空宇宙機力学特論
G230 動的固体力学
G405 推進工学特論
G406 気体力学特論
G409 航空宇宙システム制御工学
G411 航空宇宙流体力学
G418 航空宇宙工学特別実験及び演習第一G420 航空宇宙工学特別実験及び演習第二M226 気象学Ⅰ
M227 気象学Ⅱ
R410 航空宇宙機システムセミナー
R419 システム制御工学セミナー
V401 電離気体工学セミナー
V405 航空宇宙流体力学セミナー
V412 気体力学セミナー
V413 機能構造力学セミナー

Advanced Flight Dynamics of Aerospace Vehicle
Dynamics of Solids and Structures
Propulsion Engineering, Adv.
Gas Dynamics, Adv.
Aerospace Systems and Control
Fluid Dynamics for Aeronautics and Astronautics
Experiments and Exercises in Aeronautics and Astronautics I
Experiments and Exercises in Aeronautics and Astronautics II
Meteorology I
Meteorology II
Seminar on Aerospace systems
Seminar on Systems and Control
Seminar on Engineering Science of Ionized Gases
Seminar on Fluid Dynamics for Aeronautics and Astronutics
Seminar on Gas Dynamics
Seminar on Mechanics of Functional Solids and Structures

原子核工学専攻 / Nuclear Engineering
C004 場の量子論
C013 核材料工学
C014 核燃料サイクル工学１
C015 核燃料サイクル工学2
C018 中性子科学
C034 核エネルギー変換工学
C037 混相流工学
C038 核融合プラズマ工学
C047 放射線医学物理学
C050 インターンシップＭ（原子核）C063 原子核工学特別実験及演習第一C064 原子核工学特別実験及演習第二C068 原子力工学応用実験
C070 基礎量子科学
C072 基礎量子エネルギー工学
C074 量子科学
C076 基礎電磁流体力学
C078 複合加速器工学
C080 原子炉安全工学
C082 応用中性子工学
C084 原子核工学最前線
C086 原子核工学序論１
C087 原子核工学序論２
C089 原子核工学セミナーA
C090 原子核工学セミナーB
R001 量子ビーム科学特論
R004 量子物理学特論
R013 非線形プラズマ工学
R017 インターンシップＤ（原子核）R019 原子核工学特別セミナーＡ
R021 原子核工学特別セミナーＢ
R023 原子核工学特別セミナーＣ
R025 原子核工学特別セミナーＤ
R027 原子核工学特別セミナーＥ
R029 原子核工学特別セミナーＦ
W620 医学放射線計測学

Quantum Field Theory
Nuclear Materials
Nuclear Fuel Cycle 1
Nuclear Fuel Cycle 2
Neutron Science
Nuclear Energy Conversion and Reactor Engineering
Multiphase Flow Engineering and Its Application
Physics of Fusion Plasmas
Medical Physics
Engineering Internship M
Experiments and Exercises on Nuclear Engineering, Adv.I
Experiments and Exercises on Nuclear Engineering, Adv.II
Nuclear Engineering Application Experiments
Introduction to Quantum Science
Introduction to Advanced Nuclear Engineering
Quantum Science
Fundamentals of Magnetohydrodynamics
Advanced Accelerator Technology
Nuclear Reactor Safety Engineering
Applied Neutron Engineering
Nuclear Engineering, Adv.
Introduction to Nuclear Engineering 1
Introduction to Nuclear Engineering 2
Seminar on Nuclear Engineering A, B
Seminar on Nuclear Engineering A, B
Quantum Beam Science, Adv.
Quantum Physics, Adv.
Nonlinear Physics of Fusion PlasmaEngineering Internship D
Seminar on Nuclear Engineering, Adv. A
Seminar on Nuclear Engineering, Adv. B
Seminar on Nuclear Engineering, Adv. C
Seminar on Nuclear Engineering, Adv. D
Seminar on Nuclear Engineering, Adv. E
Seminar on Nuclear Engineering, Adv. F
Radiation Measurement for Medicine

材料工学専攻 / Materials Science and Engineering
C209 非鉄製錬学特論
C214 凝固・結晶成長学
C240 材料工学特別実験及演習第一C241 材料工学特別実験及演習第二C251 材料工学セミナーＡC253 材料工学セミナーＢ
C263 結晶物性学特論
C267 セラミックス材料学
C271 磁性物理
C273 社会基盤材料特論Ⅰ
C275 社会基盤材料特論Ⅱ
C277 インターンシップM（材料工学）
C286 原子分子工学特論
C288 材料組織・構造評価学
C289 先進構造材料特論
C290 材料電気化学特論
R241 材料工学特別セミナーＡ
R242 材料工学特別セミナーＢ
R243 材料工学特別セミナーＣ
R244 材料工学特別セミナーＤ
R245 材料工学特別セミナーＥ
R247 材料工学特別セミナーF

Non-ferrous extractive metallurgy, Adv.
Microstructure,solidification and crystal growth
Laboratory & Seminar in Materials Scienceand Engineering, Adv. I
Laboratory & Seminar in Materials Scienceand Engineering, Adv. II
Seminar on Materials Science and Engineering A
Seminar on Materials Science and Engineering B
Physical Properies of Crystals Adv.
Ceramic Materials Science
Magnetism and Magnetic Materials
Advanced Materials Science & Engineering in industries I
Advanced Materials Science & Engineering in industries II
Internship in Materials Science & Engineering
Atomic-molecular scale engineering
Microstructure theory and structure evaluation
Advanced Structural Metallic Materials
Electrochemistry for Materials Processing, Adv.
Seminar on Materials Science and Engineering, Adv.A
Seminar on Materials Science and Engineering, Adv.B
Seminar on Materials Science and Engineering, Adv.C
Seminar on Materials Science and Engineering, Adv.D
Seminar on Materials Science and Engineering, Adv. E
Seminar on Materials Science and Engineering, Adv.F

電気工学専攻 / Electrical Engineering
C601 電気数学特論
C604 応用システム理論
C610 電磁気学特論
C611 電磁界シミュレーション
C612 宇宙電波工学

Applied Mathematics for Electrical Engineering, Adv.
Applied Systems Theory
Electromagnetic Theory, Adv.
Computer Simulation of Electrodynamics
Space Radio Engineering

科目コード/Code

科目名(和文) ／ Course Title

C613 超伝導工学
C617 マイクロ波応用工学
C625 電気回路特論
C627 研究インターンシップM（電気）C628 状態方程式論
C631 制御系設計理論
C643 電気工学特別実験及演習１
C646 電気工学特別実験及演習２
C718 電気工学特別研修１(インターン)
C720 電気工学特別研修２(インターン)
C800 半導体ナノスピントロニクス
K010 先端電気電子工学通論
R610 電気工学特別セミナー
R630 研究インターンシップD（電気）R632 電気工学特別演習1
R633 電気工学特別演習2

Superconductivity Engineering
Applied Microwave Engineering
Theory of Electric Circuits, Adv.
Research Internship(M)State Space Theory of Dynamical Systems
Design of Control Systems
Advanced Experiments and Exercisesin Electrical Engineering I
Advanced Experiments and Exercisesin Electrical Engineering II
Advanced Seminar in Electrical EngineeringI
Advanced Seminar in Electrical EngineeringII
Semiconductor Nanospintronics
Recent Advances in Electrical and Electronic Engineering
Advanced Electrical Engineering Seminar
Research Internship (D)Advanced Exercises on Electrical Engineering I
Advanced Exercises on Electrical Engineering II

電子工学専攻 / Electronic Science and Engineering
C710 電子工学特別実験及演習１
C713 電子工学特別実験及演習２
C801 電子装置特論
C803 量子情報科学
C810 半導体工学特論
C813 電子材料学特論
C816 分子エレクトロニクス
C819 表面電子物性工学
C821 研究インターンシップM（電子）C822 光物性工学
C825 量子論電子工学
C828 光量子デバイス工学
C830 量子計測工学
C846 電子工学特別研修１(インターン)
C848 電子工学特別研修２(インターン)
C851 電気伝導
R701 電子工学特別セミナー
R823 研究インターンシップD（電子）R825 電子工学特別演習1
R827 電子工学特別演習2

Advanced Experiments and Exercisesin Electronic Science and Engineering I
Advanced Experiments and Exercisesin Electronic Science and Engineering II
Charged Particle Beam Apparatus
Quantum Information Science
Semiconductor Engineering, Adv.
Electronic Materials, Adv.
Molecular Electronics
Surface Electronic Properties
Research Internship(M)Optical Properties and Engineering
Quantum Theory for Electronics
Quantum Optoelectronics Devices
Quantum measurement
Advanced Seminar in Electronic Science and Engineering I
Advanced Seminar in Electronic Science and Engineering II
Electrical Conduction in Condensed Matter
Advanced Seminar on Electronic Science and Engineering
Research Internship (D)Advanced Exercises on Electronic Science and Engineering I
Advanced Exercises on Electronic Science and Engineering II

材料化学専攻 / Material Chemistry
物質エネルギー化学専攻 / Energy and Hydrocarbon Chemistry
分子工学専攻 / Molecular Engineering
高分子化学専攻 / Polymer Chemistry
合成・生物化学専攻 / Synthetic Chemistry and Biological Chemistry
化学工学専攻 / Chemical Engineering
D043 先端科学機器分析及び実習Ⅰ
D046 先端科学機器分析及び実習Ⅱ
D837 Supramolecular ChemistryH042 有機金属化学２
H818 先端有機化学

Instrumental Analysis,Adv.I
Instrumental Analysis,Adv.II
Supramolecular Chemistry
Organotransition Metal Chemistry 2
Advanced Organic Chemistry

材料化学専攻 / Material ChemistryD037 材料化学特別実験及演習
H001 無機材料化学
H004 有機材料化学
H007 高分子材料化学
H010 機能材料化学
H013 無機構造化学
H022 有機天然物化学
H031 生体材料化学
H034 材料解析化学II
P057 材料化学特論第三P058 材料化学特論第四P110 材料化学総論
P111 化学産業特論
S001 機能材料設計学
S002 機能材料設計学特論
S003 無機構造化学特論
S006 応用固体化学特論
S010 有機反応化学特論
S013 天然物有機化学特論
S016 材料解析化学特論
S019 高分子材料物性特論
S022 高分子材料合成特論

Laboratory and Exercise in Material Chemistry
Chemistry of Inorganic Materials
Chemistry of Organic Materials
Chemistry of Polymer Materials
Chemistry of Functional Materials
Chemistry and Structure of Inorganic Compounds
Chemistry of Organic Natural Products
Chemistry of Biomaterials
Analysis and Characterization of Materials II
Material Chemistry Adv. III
Material Chemistry Adv. IV
General Material Chemistry
Chemical Industry, Advanced
Design of Functional Materials
Design of Functional Materials, Advanced
Inorganic Structural Chemistry, Advanced
Industrial Solid-State Chemistry, Advanced
Organic Reaction Chemistry, Advanced
Organic Chemistry of Natural Products, Advanced
Analytical Chemistry of Materials, Advanced
Physical Properties of Polymer Materials, Advanced
Synthesis of Polymer Materials, Advanced

物質エネルギー化学専攻 / Energy and Hydrocarbon ChemistryD220 物質エネルギー化学特論１
D234 物質エネルギー化学特別実験及演習
D235 物質エネルギー化学特論第七D236 物質エネルギー化学特論第八H200 電気化学特論
H202 物質環境化学
H205 無機固体化学
H208 物質エネルギー化学特別セミナーA
H213 有機触媒化学

Energy and Hydrocarbon Chemistry, Adv.1
Experiments & Exercises in Energyand Hydrocarbon Chemistry, Adv.
Energy and Hydrocarbon Chemistry, Adv.VII
Energy and Hydrocarbon Chemistry, Adv.VIII
Electrochemistry, Adv.
Green and Sustainable Chemistry
Inorganic Solid-State Chemistry
Seminar on Energy & Hydrocarbon Chemistry (A)Catalysis in Organic Reactions

科目コード/Code

科目名(和文) ／ Course Title

H215 機能性界面化学
H218 固体触媒設計学
H219 構造有機化学
H222 物質変換化学
H226 錯体触媒設計学
H232 物質エネルギー化学特論第五H238 放射化学特論
H240 有機典型元素化学
S204 物質エネルギー化学特別セミナー１
S205 物質エネルギー化学特別セミナー２
S206 物質エネルギー化学特別セミナー３

Chemistry of Functional Interfaces
Material Design of Solid Catalysts
Structural Organic Chemistry
Chemical Transformations
Chemistry of Well-Defined Catalysts
Energy and Hydrocarbon Chemistry, Adv.V
Radiochemistry, Adv.
Organic Main-Group Element Chemistry
Energy and Hydrocarbon Chemistry Special Seminar 1
Energy and Hydrocarbon Chemistry Special Seminar 2
Energy and Hydrocarbon Chemistry Special Seminar 3

分子工学専攻 / Molecular Engineering
D432 分子工学特別実験及演習Ⅰ
D433 分子工学特別実験及演習Ⅱ
D439 分子工学特論第一A
D445 分子工学特論第一B
H401 統計熱力学
H405 量子化学Ｉ
H408 分子分光学
H416 分子触媒学
H422 分子材料科学
H427 量子物質科学
H428 分子レオロジー
H429 Molecular Nano-Biosensors and Smart Biomaterials
H430 分子細孔物理化学
H431 Molecular Porous Physical Chemistry
H436 分子工学特論第三P416 分子触媒学続論
P440 分子工学特論第七S401 分子工学特論
S404 分子工学特別セミナー１
S405 分子工学特別セミナー２

Laboratory and Exercises in Molecular Engineering I
Laboratory and Exercises in Molecular Engineering II
Molecular Engineering, Adv. IA
Molecular Engineering, Adv. IB
Statistical Thermodynamics
Quantum Chemistry I
Molecular Spectroscopy
Catalysis Science at Molecular Level
Molecular Materials Science
Quantum Materials Science
Molecular Rheology
Molecular Nano-Biosensors and Smart Biomaterials
Molecular Porous Physical Chemistry
Molecular Porous Physical Chemistry
Molecular Engineering, Adv. III
Catalysis Science at Molecular Level 2
Molecular Engineering, Adv. VII
Advanced Molecular Engineering
Advanced Seminar on Molecular Engineering 1
Advanced Seminar on Molecular Engineering 2

高分子化学専攻 / Polymer Chemistry
D640 高分子化学特別実験及演習
D652 高分子物性
H607 高分子生成論
H610 反応性高分子
H611 生体機能高分子
H613 高分子機能学
H616 高分子集合体構造
H622 高分子基礎物理化学
H628 高分子材料設計
H636 医薬用高分子設計学
H643 高分子溶液学
H645 高分子機能化学
H647 高分子制御合成
H649 高分子合成
H650 高分子機能化学特論
H651 高分子生成論特論
H652 反応性高分子特論
H653 生体機能高分子特論
H654 高分子機能学特論
H655 高分子溶液学特論
H656 高分子基礎物理化学特論
H658 高分子集合体構造特論
H659 高分子材料設計特論
H660 高分子制御合成特論
H661 医薬用高分子設計学特論
H662 先端機能高分子
H663 生命医科学
H664 先端機能高分子特論
H665 生命医科学特論
P651 高分子科学セミナーI
P652 高分子科学セミナーII
S604 高分子化学特別セミナー１
S605 高分子化学特別セミナー２

Polymer Chemistry Laboratory & Exercise
Polymer Physical Properties
Design of Polymerization Reactions
Reactive Polymers
Biomacromolecular Science
Polymer Structure and Function
Polymer Supermolecular Structure
Fundamental Physical Chemistry of Polymers
Design of Polymer Materials
Polymer Design for Biomedical
Polymer Solution Science
Polymer Functional Chemistry
Polymer Controlled Synthesis
Polymer Synthesis
Polymer Functional Chemistry, Adv.
Design of Polymerization Reactions, Adv.
Reactive Polymers, Adv.
Biomacromolecular Science, Adv.
Polymer Structure and Function, Adv.
Polymer Solution Science, Adv.
Physical Chemistry of Polymers, Adv.
Polymer Supermolecular Structure, Adv.
Design of Polymer Materials, Adv.
Polymer Controlled Synthesis, Adv.
Polymer Design for Biomedical andPharmaceutical Applications, Adv.
Developments in Polymer Assembly and Functionality
Life and Medical Sciences
Developments in Polymer Assembly and Functionality, Adv.
Life and Medical Sciences, Adv.
Polymer Science Seminor I
Polymer Science Seminor II
Advanced Seminar on Polymer Chemistry 1
Advanced Seminar on Polymer Chemistry 2

合成・生物化学専攻 / Synthetic Chemistry and Biological ChemistryD828 合成・生物化学特別実験及演習
D839 合成・生物化学特論Ａ
D841 合成・生物化学特論Ｃ
D843 合成・生物化学特論Ｅ
H802 有機設計学
H808 物理有機化学
H815 生体認識化学
H816 生物工学
H817 Microbiology and Biotechnology
H836 先端生物化学
P836 先端生物化学続論
S807 合成・生物化学特別セミナー１
S808 合成・生物化学特別セミナー２
S809 合成・生物化学特別セミナー３

Special Experiments and Exercises Synthetic Chemistryand Biological Chemistry
Synthetic Chemistry and Biological Chemistry, Adv,A
Synthetic Chemistry and Biological Chemistry, Adv,C
Synthetic Chemistry and Biological Chemistry, Adv,E
Organic System Design
Physical Organic Chemistry
Biorecognics
Microbiology and Biotechnology
Microbiology and Biotechnology
Advanced Biological Chemistry
Advanced Biological Chemistry 2 Continued
Special Seminar 1 in Synthetic Chemistryand Biological Chemistry
Special Seminar 2 in Synthetic Chemistryand Biological Chemistry
Special Seminar 3 in Synthetic Chemistryand Biological Chemistry

化学工学専攻 / Chemical Engineering
E038 プロセス設計

Process Design

科目コード/Code

科目名(和文) ／ Course Title

E041 研究インターンシップ（化工）E045 化学工学特別実験及演習Ⅰ
E047 化学工学特別実験及演習Ⅱ
E049 化学工学特別実験及演習Ⅲ
E051 化学工学特別実験及演習Ⅳ
H002 移動現象特論
H005 分離操作特論
H009 Chemical Reaction Engineering, Adv.
H017 微粒子工学特論
H020 界面制御工学
H021 化学材料プロセス工学
H023 環境システム工学
H030 化学工学特論第一H035 化学工学特論第四H053 プロセスデータ解析学
P043 化学工学セミナー１
P044 化学工学セミナー２
P045 化学工学セミナー３
P046 化学工学セミナー４
T004 化学工学特別セミナー１
T005 化学工学特別セミナー２
T006 化学工学特別セミナー３
T009 化学工学特別セミナー６
T010 化学工学特別セミナー７

Research Internship in Chemical Engineering
Research in Chemical EngineeringI
Research in Chemical EngineeringII
Research in Chemical EngineeringIII
Research in Chemical EngineeringIV
Advanced Topics in Transport Phenomena
Separation Process Engineering, Adv.
Chemical Reaction Engineering, Adv.(English lecture)
Fine Particle Technology, Adv.
Surface Control Engineering
Engineering for Chemical Materials Processing
Environmental System Engineering
Special Topics in Chemical Engineering I
Special Topics in Chemical Engineering IV
Process Data Analysis
Chemical Engineering Seminar I
Chemical Engineering Seminar II
Chemical Engineering Seminar III
Chemical Engineering Seminar IV
Special Seminar in Chemical Engineering 1
Special Seminar in Chemical Engineering 2
Special Seminar in Chemical Engineering 3
Special Seminar in Chemical Engineering 6
Special Seminar in Chemical Engineering 7

融合工学コース / Interdisciplinary Engineering Course Program- 応用力学分野 / Laboratory of Applied Mechanics
G047 応用力学
V037 応用力学特別実験及び演習第一V039 応用力学特別実験及び演習第二W005 応用力学特別演習Ａ
W007 応用力学特別演習Ｂ
W009 応用力学特別演習Ｃ
W011 応用力学特別演習ＤW013 応用力学特別演習Ｅ
W015 応用力学特別演習Ｆ
W017 構造工学実験法
W019 インターンシップM（応用力学）
W021 インターンシップDS（応用力学）
W023 インターンシップDL（応用力学）
W025 応用力学セミナーA
W027 応用力学セミナーB

Applied Dynamics
Advanced Experiment and Exercise in Applied Mechanics I
Advanced Experiment and Exercise in Applied Mechanics II
Advanced Exercise in Applied Mechanics A
Advanced Exercise in Applied Mechanics B
Advanced Exercise in Applied Mechanics C
Advanced Exercise in Applied Mechanics D
Advanced Exercise in Applied Mechanics E
Advanced Exercise in Applied Mechanics F
Strucutual Testing Technology
Engineering Internship M
Engineering Internship DS
Engineering Internship DL
Seminar on Applied Mechanics A
Seminar on Applied Mechanics B

融合工学コース / Interdisciplinary Engineering Course Program- 物質機能・変換科学分野 / Laboratory of Materials Engineering and ChemistryH404 分子機能と複合・集積機能
H407 複合系の物理化学と解析技術
H409 化学から生物へ生物から化学へ
H446 English for Debate and Communications
H470 JGP国際インターンシップ Ⅰ（短期）H471 JGP国際インターンシップ Ⅱ（中期）
H472 JGP国際インターンシップ Ⅲ（長期）P448 JGPセミナーⅠ
P450 JGPセミナーⅡ
P452 JGPセミナーⅢ
P454 JGPセミナーⅣ
P456 JGPセミナーⅤ
P457 JGPセミナーⅥ
P459 JGPセミナーⅦ
P461 JGPセミナーⅧ
P463 JGPセミナーⅨ
P465 JGPセミナーⅩ
P467 JGPセミナーⅩI
P469 JGPセミナーⅩIIP470 JGP計算実習(CFD)
W432 物質機能・変換科学特別実験及演習Ⅰ
W433 物質機能・変換科学特別実験及演習Ⅱ
W434 物質機能・変換科学特別実験及演習Ⅲ
W435 物質機能・変換科学特別実験及演習Ⅳ
W437 物質機能・変換科学特別セミナーⅠ
W438 物質機能・変換科学特別セミナーⅡ
W439 物質機能・変換科学特別セミナーⅢ
W440 物質機能・変換科学特別セミナーⅣ
W441 物質機能・変換科学特別セミナーⅤ
W442 物質機能・変換科学特別セミナーⅥ

Molecular Function and Composite-Assembly Function
Physical Chemistry and Analytical Techniquesof Complex Systems
Frontiers in the Field of Chemical Biologyand Biological Chemistry
English for Debate and Communications
JGP International Internship I
JGP International Internship II
JGP International Internship III
Japan Gateway Project Seminar I
Japan Gateway Project Seminar II
Japan Gateway Project Seminar III
Japan Gateway Project Seminar IV
Japan Gateway Project Seminar V
Japan Gateway Project Seminar VI
Japan Gateway Project Seminar VII
Japan Gateway Project Seminar VIII
Japan Gateway Project Seminar IX
Japan Gateway Project Seminar X
Japan Gateway Project Seminar XI
Japan Gateway Project Seminar XII
Japan Gateway Project Computation Exercise(CFD)
Laboratory and Exercise on MaterialsEngineering and Chemistry I
Laboratory and Exercise on MaterialsEngineering and Chemistry II
Laboratory and Exercise on MaterialsEngineering and Chemistry III
Laboratory and Exercise on MaterialsEngineering and Chemistry IV
Advanced Seminar on Materials Engineering and Chemistry I
Advanced Seminar on Materials Engineering and Chemistry II
Advanced Seminar on Materials Engineering and Chemistry III
Advanced Seminar on Materials Engineering and Chemistry IV
Advanced Seminar on Materials Engineering and Chemistry V
Advanced Seminar on Materials Engineering and Chemistry VI

融合工学コース / Interdisciplinary Engineering Course Program- 生命・医工融合分野 / Laboratory of Engineering for Life Science and Medicine
W606 画像診断学
W618 放射線治療計画・計測学実習
W641 生理学
W670 生命医工分野セミナーＡ(修士）
W671 生命医工分野セミナーＢ(修士）W681 生命・医工分野特別実験および演習第一Diagnostic Imaging
Radiation Treatment Planning, Radiation Treatment Metrology,PracticePhysiology
Seminar on Bio-Medical Engineering A (MC)Seminar on Bio-Medical Engineering B (MC)Experiments and Exercises on Bio-MedicalEngineering, Adv. I

科目コード/Code

科目名(和文) ／ Course Title

W683 生命・医工分野特別実験および演習第二W685 生命・医工分野特別セミナーA
W687 生命・医工分野特別セミナーB
W689 生命・医工分野特別セミナーC
W690 生命・医工分野特別セミナーD
W691 インターンシップM（生命・医工）W692 インターンシップＤ（生命・医工）Experiments and Exercises on Bio-MedicalEngineering, Adv. II
Seminar on Bio-Medical Engineering A
Seminar on Bio-Medical Engineering B
Seminar on Bio-Medical Engineering C
Seminar on Bio-Medical Engineering D
Bio-Medical Engineering Internship M
Bio-Medical Engineering Internship D

融合工学コース / Interdisciplinary Engineering Course Program- 融合光・電子科学創成分野 / Laboratory of Interdisciplinary Photonics and Electronics
X001 融合光･電子科学の展望
X003 融合光・電子科学特別実験及演習１
X005 融合光・電子科学特別実験及演習２
X007 融合光・電子科学特別セミナー
X009 融合光・電子科学通論
X015 融合光・電子科学特別研修1(ｲﾝﾀｰﾝ)
X017 融合光・電子科学特別研修2(ｲﾝﾀｰﾝ)
X019 研究インターンシップM(融合光)X021 研究インターンシップD(融合光)X023 融合光･電子科学特別演習1
X025 融合光･電子科学特別演習2

Prospects of Interdisciplinary Photonics and Electronics
Advanced Experiments and Exercisesin Interdisciplinary Photonics and Electronics I
Advanced Experiments and Exercisesin Interdisciplinary Photonics and Electronics II

Advanced Seminar on Interdisciplinary Photonicsand Electronics
Recent Advances in Interdisciplinary Photonicsand Electronics
Advanced Seminar in Interdisciplinary Photonicsand Electronics I
Advanced Seminar in Interdisciplinary Photonicsand Electronics II
Research Internship (M)Research Internship (D)Advanced Exercises on Interdisciplinary Photonicsand Electronics I
Advanced Exercises on Interdisciplinary Photonicsand Electronics II

融合工学コース / Interdisciplinary Engineering Course Program- 人間安全保障工学分野 / Laboratory of Human Security Engineering
X301 人間安全保障工学概論
X305 都市ガバナンス学各論１
X307 都市ガバナンス学各論２
X315 都市基盤マネジメント学各論1
X317 都市基盤マネジメント学各論2
X323 健康リスク管理学各論1
X325 健康リスク管理学各論2
X335 災害リスク管理学各論1
X337 災害リスク管理学各論2
X339 人間安全保障工学ｲﾝﾀｰﾝｼｯﾌﾟ
X341 ｱﾄﾞﾊﾞﾝｽﾄﾞ･ｷｬｯﾌﾟｽﾄｰﾝ･ﾌﾟﾛｼﾞｪｸﾄ
X351 人間安全保障工学セミナーA
X352 人間安全保障工学セミナーB

Human Security Engineering
Lectures in Urban Governance 1
Lectures in Urban Governance 2
Lectures in Urban Infrastructure Management 1
Lectures in Urban Infrastructure Management 2
Lectures in Health Risk Management 1
Lectures in Health Risk Management 2
Lectures in Disaster Risk Management 1
Lectures in Disaster Risk Management 2
Internship for Human Security Engineering
Advanced Capstone Project
Human Security Engineering Seminar A
Human Security Engineering Seminar B

融合工学コース / Interdisciplinary Engineering Course Program- デザイン学分野 / Laboratory of Design Science
V202 微小電気機械創製学
X433 情報システムデザイン
X434 防災・減災デザイン論
X436 計算論的学習理論
X438 統計的学習理論
X442 分散情報システム
X451 デザインエスノグラフィ
X456 マーケティングリサーチ
X462 心理システムデザイン演習Ⅰ
X463 心理システムデザイン演習Ⅱ
X464 心理デザインデータ解析演習
X465 認知機能デザイン論
X466 デザイン心理学特論
X467 脳機能デザイン演習
X468 問題発見型/解決型学習(FBL/PBL)S１
X469 問題発見型/解決型学習(FBL/PBL)S２
X477 問題発見型/解決型学習(FBL/PBL)L１
X478 問題発見型/解決型学習(FBL/PBL)L２
X479 フィールドインターンシップL（デザイン学）
X480 リサーチインターンシップL（デザイン学）
X481 デザイン学特別演習I
X482 デザイン学特別演習II
X483 オープンイノベーション実習１
X484 オープンイノベーション実習２
X490 デザイン学コミュニケーションストラテジー
X728 フィールド分析法
X732 パターン認識特論
X733 言語情報処理特論

Introduction to the Design and Implementation ofMicro-Systems
Information Systems Design
Designs for Emergency Management
Computational Learning Theory
Statistical Learning Theory
Distributed Information Systems
Design EthnographyMarketing Research
Seminar on Psychology and Design Studies I
Seminar on Psychology and Design Studies II
Seminar on Data Analysis in Psychology and Design Studies
Design of Cognitive Functions
Advanced Studies: Cognitive Sciences
Seminar on Brain Function and Design Studies
Field based Learning/Problem based Learning (FBL/PBL) S1
Field based Learning/Problem based Learning (FBL/PBL) S2
Field based Learning/Problem based Learning (FBL/PBL) L1
Field based Learning/Problem based Learning (FBL/PBL) L2
Filed Internship L
Research-Intensive Abroad Internship L
Design Science Exercise, Adv. 1
Design Science Exercise, Adv. 2
Open Innovation Practice 1
Open Innovation Practice 2
Communication Strategies for Design Research
Field Analysis
Pattern Recognition, Adv.
Language Information Processing, Adv.

融合工学コース / Interdisciplinary Engineering Course Program- 総合医療工学分野 / Laboratory of Integrated Medical Engineering
X604 材料化学基礎
X605 生物分子解析学
X671 総合医療工学分野特別実験および演習第一X672 総合医療工学分野特別実験および演習第二X681 総合医療工学分野セミナーＡ(修士）
X682 総合医療工学分野セミナーＢ(修士）X683 総合医療工学分野特別セミナーA
X684 総合医療工学分野特別セミナーB
X685 総合医療工学分野特別セミナーC
X686 総合医療工学分野特別セミナーD

Basic Material Chemistry
Molecular Analysis of Life
Experiments and Exercises on Integrated MedicalEngineering, Adv. I
Experiments and Exercises on Integrated MedicalEngineering, Adv. II
Integrated Medical Engineering Seminar A
Integrated Medical Engineering Seminar B
Special Seminar A on Integrated Medical Engineering
Special Seminar B on Integrated Medical Engineering
Special Seminar C on Integrated Medical Engineering
Special Seminar D on Integrated Medical Engineering

未更新
Course number

G-ENG90 8i010 PE20

Course title(and course 工学研究科国際インターンシップ１
title inEnglish)International Internship in Engineering 1

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 1
Class style

Practical training

Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana
Graduate School of Engineering
Professor,HONDA MITSURU

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]
By registering and completing the course requirement, one may receive academic credit from participating in
an internship program or related activities overseas. One credit will be awarded for those who spent abroad
no more than three months.

[Course objectives]
The course is intended to encourage students to acquire both the skills (e.g., language, negotiation, andleadership) and international mind-set (i.e., cross-cultural competency) by embracing activities in a country
other than their own.
[Course schedule and contents]
First, check whether a similar internship course is available at your department.
If not, carefully read the guideline before registration to see whether you qualify for this course as follows.
Prospective students-must be registered for the course before its deadline.
-must submit the proposal for the "International Internship I" at least one month prior to the time of departure
for a review by academic staff at the ER Centre for approval. (sample form available)-must submit the certificate (a letter) of completion of the program or similar upon the completion of theinternship program.
-must present the outcomes of the program in English for 15 minutes to be evaluated.
[Course requirements]
Prospective students-must be qualified to participate in a program (e.g., language proficiency level)-must submit the "Oversea Travel Notification" to the administrative office.
-must provide evidence that he or she has purchased "Oversea Travel Insurance."
Continue to 工学研究科国際インターンシップ１(2)↓↓↓

工学研究科国際インターンシップ１(2)[Evaluation methods and policy]
Will be evaluated as pass or fail.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Please consult with your supervisor about your proposal before submitting it to us.
（Other information (office hours, etc.)）
For further injury, please contact: nishikawa.mikako.7w@kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i011 PE20

Course title(and course 工学研究科国際インターンシップ２
title inEnglish)International Internship in Engineering 2

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana
Graduate School of Engineering
Professor,HONDA MITSURU

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]
By registering and completing the course requirement, one may receive academic credit from participating in
an internship program or related activities overseas. Two credits will be awarded for those who spent abroad
more than three months.
[Course objectives]
The course is intended to encourage students to acquire both the skills (e.g., language, negotiation, andleadership) and international mind-set (i.e., cross-cultural competency) by embracing activities in a country
other than their own for a longer priod of time.
[Course schedule and contents]
First, check whether a similar internship course is available at your department.
If not, carefully read the guideline before registration to see whether you qualify for this course as follows.
Prospective students-must be registered for the course before its deadline.
-must submit the proposal for the "International Internship I" at least one month prior to the time of departure
for a review by academic staff at the ER Centre for approval. (sample form available)-must submit the certificate (a letter) of completion of the program or similar upon the completion of theinternship program.
-must present the outcomes of the program in English for 15 minutes to be evaluated.
[Course requirements]
Prospective students-must be qualified to participate in a program (e.g., language proficiency level)-must submit the "Oversea Travel Notification" to the administrative office.
-must provide evidence that he or she has purchased "Oversea Travel Insurance."

Continue to 工学研究科国際インターンシップ２(2)↓↓↓

工学研究科国際インターンシップ２(2)[Evaluation methods and policy]
Will be evaluated as pass or fail.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Please consult with your supervisor before submitting your proposal to us.
（Other information (office hours, etc.)）
For further injury, please contact: nishikawa.mikako.7w@kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG95 8i041 SE20

Course title
Instructor's(and course 科学技術者のためのプレゼンテーション演習 name, job title,
title in
Professional Scientific Presentation Exercises and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 1
Class style

Graduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Senior Lecturer,hirai yoshikazu
Graduate School of Engineering
Professor,HONDA MITSURU
Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana

Year/semesters 2023/Intensive, year-round

SeminarLanguage of instruction English[Overview and purpose of the course]
The aim of this exercise is to provide master's and doctoral students with presentation and discussion skills inpresenting science and technology to non-specialist science and technology professionals and the generalpublic as required by science and technology professionals.
[Course objectives]
Students develop more advanced presentation skills in order to explain omplex and technical matters more
simply and to answer questions.
[Course schedule and contents]
Guidance, special lectures by external lecturers, exercises (6 sessions)
Oral presentation and discussion I (3 sessions)
Oral presentation and discussion II (3 sessions)
Oral presentation and discussion III (3 sessions)[Course requirements]
Basic presentation skills in English, English conversation skills, publishable research achievements,
conference presentation manuscripts, class reports and seminar materials[Evaluation methods and policy]
The presentation and discussion will be assessed comprehensively.
[Textbooks]
Instructed during class
Materials will be distributed as appropriate.

Continue to 科学技術者のためのプレゼンテーション演習(2)↓↓↓

科学技術者のためのプレゼンテーション演習(2)[References, etc.]（Reference books）
野口ジュディら 『理系たまごシリーズ 理系英語のプレゼンテーション Ver. 2』（アルク、2020）
ISBN:4757436467（Related URLs）(ERセンターホームページに開設予定。)[Study outside of class (preparation and review)]
Students are required to bring their own research results, conference papers, class reports and seminarmaterials for presentation.
（Other information (office hours, etc.)）
The course is open to Master's and Doctoral students and, in principle, will be conducted entirely in English.
Students who wish to take this course should register in advance via the website provided. Due to the natureof the lecture, the course will only be offered if there are at least four students enrolled. If there are too many
applicants, the number of students may be limited (maximum 30). The course will be held over five days
from 30 August to 3 September.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i042 SE20

Course title(and course 工学と経済（上級）title inEnglish)Advanced Engineering and Economy

Target year
Days and periods Tue.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,Juha Lintuluoto

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Engineering economics plays central role in any industrial engineering project. For an engineer, it isimportant to apply the engineering know-how with the economic analysis skills to obtain the best available
materials, methods, devices, etc. in the most economical way. This course is aimed to teach engineering
students the basic economic methods to manage economically an engineering project. In addition, the reportwriting on various engineering economic issues prepares to write reports in a professional form. The lab
sessions are meant for the verbal skills improvement as well as improvement of analytical thinking. The
topics are of current relevant topics Small-group brain-storming method is used. The exercise sessions cover
the use of Ms-Excel for various quantitative economic analyses.
[Course objectives]
This course is aimed to strengthen engineering studentsrsquo skills in economics. The course concept is toteach students selectively those subjects which serve as major tools to solve economic tasks in engineering
environment. The reports and lab sessions provide students stimulating and analytical thinking requiring tasks,and presentation skills training is an important part of this course.
[Course schedule and contents]
Student orientation and Introduction to engineering economy,1time,Course contents, goals
Cost concepts and design economics,1time,Cost terminology and classification
Cost estimation techniques,1time,WBS for cost estimation, estimation techniques (indexes, unit, factor,
power-sizing, learning curve, CER, top down, bottom up), target costing
The time value of money,1time,Simple interest, compound interest, economic equivalence concept, cash-flow
diagrams, PW, FW, AW
Evaluating a single project,1time,MARR, present wort method, bond value, capitalized worth, internal rate of
return, external rate of return, payback method
Comparison and selection among alternatives,1time,Investment and cost alternatives, study period, equal andunequal useful lives, rate-of-return method, imputed market value
Depreciation and income taxes,1time,SL and DB depreciation methods, book value, after-tax MARR,
marginal income tax rate, gain(loss) on asset disposal, after-tax economic analysis general procedure, EVA,
Price changes and exchange rates,1time,Actual dollars, real dollars, inflation, fixed and responsive annuities,
exchange rates, purchasing power
Replacement analysis,1time,Determining economic life of challenger, determining economic life of defender,
abandonment, after-tax replacement study
Evaluating projects with the benefit-cost ratio method,1time,Benefits, costs, dis-benefits, self-liquidating
projects, multi-purpose projects, interest rate vs. public project, conventional B-C ratio PW and AW method,
modified B-C ratio PW and AW method
Breakeven and sensitivity analysis,1time,Breakeven analysis, sensitivity analysis, spider plot
Continue to 工学と経済（上級）(2)↓↓↓

工学と経済（上級）(2)
Probabilistic risk analysis,1time,Sources of uncertainty, discrete and continuous variables, probability trees,Monte Carlo simulation example, decision trees, real options analysis
The capital budgeting process,1time,Capital financing and allocation, equity capital and CAPM, WACC,
WACC relation to MARR, opportunity cost
Decision making considering multiattributes,1time,Non-compensatory models (dominance, satisficing,disjunctive resolution, lexicography), compensatory models (non-dimensional scaling, additive weight)
Final test,1time,90 minutes, concept questions, calculation task (option of choice),times,Additionally, students will submit three reports during the course on given engineering economy
subjects. Also, required are the five lab participations (ca.60 min/each) for each student. Additionally, three
exercise sessions (ca.60 min/each), where use of Ms-Excel will be practiced for solving various engineering
economy tasks, should be completed[Course requirements]-This course is highly recommended for those who attend ldquoProject Management in Engineering course ,Small group working method[Evaluation methods and policy]
Final test, reports, class activity[Textbooks]
Engineering Economy 15th ed. William G. Sullivan (2011)[References, etc.]（Reference books）
Will be informed if necessary.
（Related URLs）(The web-site is listed in the home page of the GL education center.)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
Students are requested to check in advance whether the credits of this course are counted as the units forgraduation requirement at department level. The course starts on Oct.2nd.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i045 SE20

Course title(and course 実践的科学英語演習Ⅰ
title inEnglish)Exercise in Practical Scientific English I

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 1
Class style

SeminarGraduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana
Graduate School of Engineering
Professor,HONDA MITSURU
Graduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Senior Lecturer,hirai yoshikazu

Year/semesters 2023/Intensive, First semester

Language of instruction English[Overview and purpose of the course]This course is open to all master's and doctoral engineering students. It is designed to help students
understand how to write a research proposal step by step. The students will write a short research proposal on
a topic drawn from assigned readings from science magazines in this course.
[Course objectives]
The primary goal of this course is to deepen an understanding of the main features of each part of a scientificpaper (IMRaD). Students will develop the core competencies required for language, grammar, and style toproduce a research manuscript in English throughout the course.
[Course schedule and contents]
Course Overview
Week 1: Introduction to writing scientific research articles
Introduction
Week 2: Researching a scientific topic and understanding the scientific register (genre, audience, purpose)
Preparing to Write
Week 3:Building a hypothesis and designing an experiment
Week 4: Discussing and evaluating proposals for experiments
Synthesizing
Week 5:Awareness of the register of scientific research articles (Exercise: Creating ow Corpus)
Week 6:Using citations and references for a formal writing
Writing Processes
Week 7: Writing Titles, Abstract of the proposed research
Week 8: Writing an Introduction section
Week 9: Writing a Method section
Week10: Writing an Anticipated Results & Implication section
Week11: Writing a Budget, time schedule section
Week12: Writing a cover letter to reviewers and how to respond to reviewers
Week13:Revising a paper based on peer feedback
Monitoring and RevisingWeek14:Online feedback
Week15:Online feedback

Continue to 実践的科学英語演習Ⅰ(2)↓↓↓

実践的科学英語演習Ⅰ(2)[Course requirements]
None[Evaluation methods and policy]
Evaluation based on 30% in-class participation, 40% reports, 30% final paper*More than twice unexcused absence can result in course failure.
[Textbooks]
Instructed during class
The instructor will supply handout materials.
The course may switch from in-person to remote if necessary.
[References, etc.]（Reference books）
Textbook (Supplemental)
ALESS (2012). Active English for Science-英語で科学する-レポート、論文、プレゼンテーション.
The University of Tokyo Press.
Cargill, M., & O'Connor, P. (2013). Writing scientific research articles: Strategy and steps. John Wiley &Sons.
Cowell, R., & She, L. (2015). Mastering the Basics of Technical English『技術英語の基礎』. 2nd Ed., Corona Publishing.
野口ジュディー・深山晶子・岡本真由美.（2007）. 『理系英語のライティング』. アルク[Study outside of class (preparation and review)]
Students who intend to join this course must attend the first class.
Tutorial sessions will be provided online.
（Other information (office hours, etc.)）
Students who intend to join this course must attend the first class.
Office Hours: (by appointment) nishikawa.mikako7w@kyoto-u.ac.jp (Ext. 2052)*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i046 SE20

Course title(and course 実践的科学英語演習Ⅱ
title inEnglish)Exercise in Practical Scientific English II

Target year
Days and periods Mon.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 1
Class style

SeminarGraduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This is a seminar course for master's and doctoral students to learn how to make logical and effective
presentations in English, and to gain the ability to present at international conferences actively. In particular,
this course aims to provide students with the skills to make effective and easy-to-understand presentations inEnglish so that they can present the content of their research (background, objectives, experiments/analysis,
discussion, and conclusions) to an audience that is not from their field of expertise. At the same time, students
will learn communication skills to respond well to question and answer sessions in order to gain interest in
their research topics. In this lecture, foreign professors will review the students' presentations, ask questions
and make comments, as well as provide feedback on the content and style of the presentations, in Japanese as
appropriate.
[Course objectives]
Students will learn how to make English presentations through three approaches: theory, analysis, andpractice. Specifically, students will practice with foreign professors from the three perspectives of "principles
of English presentation," "preparation for presentation according to purpose," and "practice of English
presentation and poster presentation" in order to obtain English presentation skills.
[Course schedule and contents]
The course is constituted of three main parts:
Part 1. Introduction to Effective Presentation (2 classes)
A lecture is given on how to prepare an effective presentation.
Part 2. Oral presentation (10 classes)
Each participant will give a presentation in English, and the foreign instructor will focus on the following
points Comments and feedback will be provided. In this way, students will acquire persuasive and effective
presentation techniques.
1. Clear presentation method?
2. Logical flow and content structure that is easy to understand, even if the content is new to the audience?
3. Useful scientific and technical expressions are used?
4. Use of techniques to attract the attention of the audience?
Part 3. Oral and Poster presentations (3 classes)
Based on the presentation exercises in Part I & II, each student will give a presentation (oral or poster) in
English.

Continue to 実践的科学英語演習Ⅱ(2)↓↓↓

実践的科学英語演習Ⅱ(2)[Course requirements]
1. This course is mainly held in English. Students are expected to actively engage in class discussions.
2. In order to maximize the effectiveness of group work, we may set a minimum number of students and limit
the total number of participants.
[Evaluation methods and policy]
Evaluation:
40% participation (engaging the Q&As)
60% oral and poster presentations[Textbooks]
Handout materials will be supplied by the instructor.

[References, etc.]（Reference books）
Introduced during class（Related URLs）(None)[Study outside of class (preparation and review)]
Please make preparations for practical use based on the basics of scientific presentation, and improve yourskills through group work.
（Other information (office hours, etc.)）
Students who intend to join this course must attend the first class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i049 LE77

Course title
Instructor's(and course エンジニアリングプロジェクトマネジメント name, job title,and department
title in
Project Management in Engineeringof affiliation
English)Target year
Days and periods Fri.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Senior Lecturer,hirai yoshikazu
Graduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Associate Professor,Juha Lintuluoto
Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This course provides a basic knowledge required for the project management in various engineering fields
such as process design, plant design, construction, and R&D project. Some lectures are provided by visiting
lecturers from industry and public works who have many experiences on actual engineering projects.
[Course objectives]
This course will help students gain a fundamental knowledge of what project management in engineering is.
Throughout the course, students will learn various tools applied in project management. Students will also
understand the importance of costs and money, risks, leadership, and environmental assessment in managing
engineering projects. This course is followed with the course Exercise on Project Management in Engineeringin the second semester.
[Course schedule and contents]
Week 1, Course guidance
Week 2, Introduction of project management
Week 3, Project management in the case of Japanese ODA
Week 4-5, Team organization and administration
Week 6-8, Tools for project management, cost, and cash flows
Week 9, Negotiation skills/tactics/examples in business marketing
Week 10, Environmental impact assessment
Week 11, The work stages of architectural design projects in UK
Week 12, Scheduling
Week 13, Project management for engineering projects
Week 14, Project management for engineering businessWeek 15, Feedback
The schedule is subject to change.
[Course requirements]
We may restrict the class size to enhance students' learning.
Students who intend to take this course are requested to attend the first lecture.

Continue to エンジニアリングプロジェクトマネジメント(2)↓↓↓

エンジニアリングプロジェクトマネジメント(2)[Evaluation methods and policy]
Evaluated by class contribution (or level of understanding) at each class (60%) and assignments (40%)[Textbooks]
Course materials will be provided.

[References, etc.]（Reference books）
Lock, Dennis 『Project Management, 10th edition』（Gower Publishing Ltd.）ISBN:1409452697
Cleland, David L., and Ireland, Lewis R. 『Project Management: Strategic Design and Implementation, 5thedition』（McGraw-Hill Professional）ISBN:007147160X
Miller, Roger and Lessard, Donald R. 『The strategic management of large engineering projects, Shaping
Institutions, Risks, and Governance』（The MIT Press）ISBN:9780262526982（Related URLs）
http://www.glc.t.kyoto-u.ac.jp/grad(The home page of the engineering education research center)[Study outside of class (preparation and review)]
This course requests students to prepare a class in advance becouse some classes will be done by aninteractive style as necessary.
（Other information (office hours, etc.)）
We may restrict the class size to enhance students' learning.
Students who intend to take this course are requested to attend the first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG95 8i051 SJ20

Course title
Instructor's(and course 現代科学技術の巨人セミナー「知のひらめき」（6Hコース） name, job title,
title in
Frontiers in Modern Scinece and Technology (6H course) and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 0.5
Class style

SeminarGraduate School of Engineering
Senior Lecturer,hirai yoshikazu

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]This course provides lectures and panel discussions by lecturers inside and outside the campus who have aremarkable achievement in engineering and are active as international leaders.
[Course objectives]
This course cultivates the ability to develop familiar problem consciousness into a big concept throughutilizing the materials of advanced fields in each field. This course also shows how leaders have improved
their response to problems. Through this course, students learn fundamental culture, and the importance ofhuman growth.
[Course schedule and contents]
Topic 1,2times,Detail will be announced later
Topic 2,2times,Detail will be announced later[Course requirements]
None[Evaluation methods and policy]
Separate four classes will be provided. One class has three hours. Each class will assign a report. Evaluation
bases on the assignment and class contribution. The classes will be opened on Saturdays. In 6H course,
students have to select two classes and will earn 0.5 credits.
[Textbooks]
Course materials will be provided.
[References, etc.]（Reference books）
Will be indicated as necessary.
[Study outside of class (preparation and review)]
Will be indicated as necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG95 8i052 SJ20

Course title
Instructor's(and course 現代科学技術の巨人セミナー「知のひらめき」（12Hコース） name, job title,
title in
Frontiers in Modern Scinece and Technology (12H course) and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 1
Class style

SeminarGraduate School of Engineering
Senior Lecturer,hirai yoshikazu

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]This course provides lectures and panel discussions by lecturers inside and outside the campus who have aremarkable achievement in engineering and are active as international leaders.
[Course objectives]
This course cultivates the ability to develop familiar problem consciousness into a big concept throughutilizing the materials of advanced fields in each field. This course also shows how leaders have improved
their response to problems. Through this course, students learn fundamental culture, and the importance ofhuman growth.
[Course schedule and contents]
Topic 1,2times,Detail will be announced later
Topic 2,2times,Detail will be announced later
Topic 3,2times,Detail will be announced later
Topic 4,2times,Detail will be announced later[Course requirements]
None[Evaluation methods and policy]
Separate four classes will be provided. One class has three hours. Each class will assign a report. Evaluation
bases on the assignment and class contribution. The classes will be opened on Saturdays. In 12H course,
students have to complete all four classes and will earn 1 credits.
[Textbooks]
Course materials will be provided.
[References, etc.]（Reference books）
Will be indicated as necessary.
[Study outside of class (preparation and review)]
Will be indicated as necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i055 LE77

Course title(and course 現代科学技術特論（4回コース）
title inEnglish)Instructor's
name, job title,
Advanced Modern Science and Technology (4 times course) and departmentof affiliation

Target year
Days and periods Thu.5

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Professor,HONDA MITSURU
Graduate School of Engineering
Senior Lecturer,hirai yoshikazu
Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana
Graduate School of Engineering
Assistant Professor,GOMI RYOUTA
Graduate School of Engineering
Associate Professor,Yi Wei
Graduate School of Engineering
Senior Lecturer,BANERJEE, Amit
Graduate School of Engineering
Assistant Professor,MOLINA LOPEZ, John Jairo
Graduate School of Engineering
Senior Lecturer,ISLAM, A K M Mahfuzul
Graduate School of Engineering
Senior Lecturer,Nguyen Thanh Phuc

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Engineering/Engineers have been expected to fulfill key roles among social issues and others, such as energy,
environment and resource. This class introduces cutting edge science and technologies from theirbackgrounds, research and development, to problems for the practical applications. Assignment will be done
for further understanding of the topics of the course.
エネルギー，環境，資源など地球規模で現代の人類が直面する課題，さらに，医療，情報，都市，高齢化など現代の社会が直面する課題の解決のために，工学が果たすべき役割と工学への期待は極めて大きい．これらの諸課題に挑戦する科学技術を紹介する．課題設定の背景を詳しく解説することに重点をおき，さらに，課題解決のための最新の研究開発，研究の出口となる実用化のための問題点などについて，工学の各分野で活躍する研究者が英語で講述する．各講義を聴講した後，学生はレポート課題を通して考察を深める．
[Course objectives]
The students understand of each technology towards social issues to be solved by engineers. In addition, thestudents learn the importance for engineers to have multidisciplinary mind and understand the significance ofengineering to realize sustainable development.
現代社会が直面している工学が解決すべき諸問題に対して，一つの専門分野のみではなく，未来のより賢明な人類社会を実現するために，工学が担うべき幅広い展開分野と，工学がもつ社会的意義について学ぶ．
[Course schedule and contents]
The following lectures will be given for 2022.
2022年度は以下のように講義を実施する。
Continue to 現代科学技術特論（4回コース）(2)↓↓↓

現代科学技術特論（4回コース）(2)Topic A: Monitoring and Sensing
A-1 Detection and Monitoring of Bacteria in Environmental Water
A-2 Superconductors under High-Pressure
A-3 Tumor Imaging and Therapy through Photoirradiation
A-4 Graphene NEMS for ultrasensitive gas-sensing
Topic B: Machine Learning and Electric Circuit
B-1 Physics Informed Machine Learning
B-2 Physics Informed Machine Learning
B-3 Reliable Design of CMOS Integrated Circuit: How to Design with Million Components?
B-4 Reliable Design of CMOS Integrated Circuit: How to Design with Million Components?
Topic C: Modeling and Simulation
C-1 Quantum Engineering of Molecular Dynamics with Strong Light-Matter Interaction
C-2 Plasma and Fusion/ Numerical Simulation
C-3 Enhancing Realism of Human Disease Model in Vitro
C-4 Advanced Modern Science &Technology (Discussion)
See website for further information. http://www.erc.t.kyoto-u.ac.jp/class/amst2022[Course requirements]
Each topic consists of four lectures.
This course requests to choose one topic from provided three topics in advance.
It is prohibited to change the topic after registration.
We may select students who can attend the class before starting the class.
Students who intend to join the course are required to submit the application form through the web site which
will be informed in the advance.
See website for further information. https://www.erc.t.kyoto-u.ac.jp/grad
3つのトピックに対し，各4コマの講義を実施する．
4回コースは，いずれか1つのトピックを選択し受講すること．
履修登録後のトピック変更は認められない．
講義開始より以前に履修制限を実施する可能性がある．
ERセンターのウェブサイトで事前に通知する方法で受講を願い出ること.
https://www.erc.t.kyoto-u.ac.jp/grad[Evaluation methods and policy]
The average score of the best two assignments is employed.
For the topic which the students chose, they must attend minimum three lectures and submit minimum two
assignments evaluated as "passed".
成績は，上位2個のレポートの平均とする．
選択したトピックについて，3回以上の講義出席と2回以上の合格レポートの提出を行うこと．
[Textbooks]
Course materials will be provided.

Continue to 現代科学技術特論（4回コース）(3)↓↓↓

現代科学技術特論（4回コース）(3)[References, etc.]（Reference books）（Related URLs）
http://www.erc.t.kyoto-u.ac.jp/grad(The home page of the engineering education research center / 工学基盤
教育研究センターホームページ))[Study outside of class (preparation and review)]
This course requests students to prepare a class in advance because some classes will be done by aninteractive style.
（Other information (office hours, etc.)）
It is prohibited to change the registered course.
It is prohibited to attend the lectures of the other topics than the students chose.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i056 LE77

Course title(and course 現代科学技術特論（8回コース）
title inEnglish)Instructor's
name, job title,
Advanced Modern Science and Technology (8 times course) and departmentof affiliation

Target year
Days and periods Thu.5

Number of credits 1
Class style

LectureGraduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Professor,HONDA MITSURU
Graduate School of Engineering
Senior Lecturer,hirai yoshikazu
Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana
Graduate School of Engineering
Assistant Professor,GOMI RYOUTA
Graduate School of Engineering
Associate Professor,Yi Wei
Graduate School of Engineering
Senior Lecturer,BANERJEE, Amit
Graduate School of Engineering
Assistant Professor,MOLINA LOPEZ, John Jairo
Graduate School of Engineering
Senior Lecturer,ISLAM, A K M Mahfuzul
Graduate School of Engineering
Senior Lecturer,Nguyen Thanh Phuc

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Engineering/Engineers have been expected to fulfill key roles among social issues and others, such as energy,
environment and resource. This class introduces cutting edge science and technologies from theirbackgrounds, research and development, to problems for the practical applications. Assignment will be done
for further understanding of the topics of the course.
[Course objectives]
The students understand of each technology towards social issues to be solved by engineers. In addition, thestudents learn the importance for engineers to have multidisciplinary mind and understand the significance ofengineering to realize sustainable development.
[Course schedule and contents]
The following lectures will be given for 2022.
2022年度は以下のように講義を実施する。
Topic A: Monitoring and Sensing
A-1 Detection and Monitoring of Bacteria in Environmental Water
A-2 Superconductors under High-Pressure
A-3 Tumor Imaging and Therapy through Photoirradiation
A-4 Graphene NEMS for ultrasensitive gas-sensing
Topic B: Machine Learning and Electric Circuit
B-1 Physics Informed Machine Learning
B-2 Physics Informed Machine Learning
Continue to 現代科学技術特論（8回コース）(2)↓↓↓

現代科学技術特論（8回コース）(2)B-3 Reliable Design of CMOS Integrated Circuit: How to Design with Million Components?
B-4 Reliable Design of CMOS Integrated Circuit: How to Design with Million Components?
Topic C: Modeling and Simulation
C-1 Quantum Engineering of Molecular Dynamics with Strong Light-Matter Interaction
C-2 Plasma and Fusion/ Numerical Simulation
C-3 Enhancing Realism of Human Disease Model in Vitro
C-4 Advanced Modern Science &Technology (Discussion)
See website for further information. http://www.erc.t.kyoto-u.ac.jp/class/amst2022[Course requirements]
Each topic consists of four lectures.
This course requests to choose two topics from provided three topics in advance.
It is prohibited to change the topics after registration.
We may select students who can attend the class before starting the class.
Students who intend to join the course are required to submit the application form through the web site which
will be informed in the advance.
See website for further information. https://www.erc.t.kyoto-u.ac.jp/grad[Evaluation methods and policy]
The average score of the best two assignments for each topic is employed.
For each topic which the students chose, they must attend minimum three lectures and submit minimum two
assignments evaluated as "passed".
[Textbooks]
Course materials will be provided.

[References, etc.]（Reference books）（Related URLs）
http://www.glc.t.kyoto-u.ac.jp/grad(The home page of the engineering education research center)[Study outside of class (preparation and review)]
This course requests students to prepare a class in advance because some classes will be done by aninteractive style.
（Other information (office hours, etc.)）
It is prohibited to change the registered course.
It is prohibited to attend the lectures of the other topic than the students chose.
Continue to 現代科学技術特論（8回コース）(3)↓↓↓

現代科学技術特論（8回コース）(3)*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i057 LJ20

Course title(and course 安全衛生工学（4回コース）
title inEnglish)Instructor's
name, job title,
Safety and Health Engineering (4 times course) and departmentof affiliation

Target year
Days and periods Tue.4

Number of credits 0.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Agency for Health, Safety and Environment
Professor,HASHIMOTO SATOSHI
Agency for Health, Safety and Environment
Professor,MATSUI YASUTO

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG90 8i058 LJ20

Course title(and course 安全衛生工学（11回コース）
title inEnglish)Instructor's
name, job title,
Safety and Health Engineering (11 times course) and departmentof affiliation

Target year
Days and periods Tue.4

Number of credits 1.5
Class style

LectureAgency for Health, Safety and Environment
Professor,HASHIMOTO SATOSHI
Agency for Health, Safety and Environment
Professor,MATSUI YASUTO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）

Continue to 安全衛生工学（11回コース）(2)↓↓↓

安全衛生工学（11回コース）(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i059 LE77

Course title
Instructor's(and course エンジニアリングプロジェクトマネジメント演習 name, job title,
title in
Exercise on Project Management in Engineering and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Senior Lecturer,hirai yoshikazu
Graduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Associate Professor,Juha Lintuluoto
Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana

SecondYear/semesters 2023/Intensive,semester

Language of instruction English[Overview and purpose of the course]
Students will apply the engineering know-how and the skills of management, and group leadership which
they learned in the course of Project Management in Engineering to build and carry out a virtual interengineering project. This course provides a forum where students' team-plan based on ideas and theories,
decision making, and leadership should produce realistic engineering project outcomes. The course consistsof intensive group work, presentations, and a few intermediate discussions. A written report will be required.
[Course objectives]
This course prepares engineering students to work with other engineers within a large international
engineering project. In particular this course will focus on leadership and management of projects along withapplied engineering skills where the students learn various compromises, co-operation, responsibility, andethics.
[Course schedule and contents]
Week 1, Introduction to Exercise on Project Management in Engineering, Lecture on tools for the Project
management in engineering, Practice and Project proposal.
Week 2, Group finalizations & Project selections.
Week 3-7, Group work, Project preliminary structures, Task list, WBS, Cost, Gant chart.
Week 8, Mid-term presentation.
Week 9-11, Group work, Leadership structuring, Risk Management, Environmental Impact Assessment.
Week 12, Presentation.
Each project group may freely schedule the group works within given time frame. The course instructors areavailable if any need is required.
Some lectures will be provided such as Task list, WBS, Cost, Gant chart, Leadership structuring, Risk
Management, Environmental Impact Assessment, and more.
[Course requirements]
Fundamental skills about group leading and communication, scientific presentation.
We may restrict the class size to enhance students' learning.
Students who intend to join the course are required to attend the first class.

Continue to エンジニアリングプロジェクトマネジメント演習(2)↓↓↓

エンジニアリングプロジェクトマネジメント演習(2)[Evaluation methods and policy]
Report, presentations, class activity (at least 10 times attendance including mid-term and final presentations).
[Textbooks]
Not used
If necessary, course materials will be provided.
[References, etc.]（Reference books）
Will be informed if necessary.
（Related URLs）
http://www.glc.t.kyoto-u.ac.jp/grad((The home page of the engineering education research center))[Study outside of class (preparation and review)]
Students are requested to prepare for group work, mid-term presentation and final presentation.
（Other information (office hours, etc.)）
We may restrict the class size to enhance students' learning.
Students who intend to join the course are required to attend the first class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i060 LE77

Course title(and course 現代科学技術特論（12回コース）
title inEnglish)Instructor's
name, job title,
Advanced Modern Science and Technology (12 times course) and departmentof affiliation

Target year
Days and periods Thu.5

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Professor,HONDA MITSURU
Graduate School of Engineering
Senior Lecturer,hirai yoshikazu
Graduate School of Engineering
Senior Lecturer,KOWHAKUL, Wasana
Graduate School of Engineering
Assistant Professor,GOMI RYOUTA
Graduate School of Engineering
Associate Professor,Yi Wei
Graduate School of Engineering
Senior Lecturer,BANERJEE, Amit
Graduate School of Engineering
Assistant Professor,MOLINA LOPEZ, John Jairo
Graduate School of Engineering
Senior Lecturer,ISLAM, A K M Mahfuzul
Graduate School of Engineering
Senior Lecturer,Nguyen Thanh Phuc

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Engineering/Engineers have been expected to fulfill key roles among social issues and others, such as energy,
environment and resource. This class introduces cutting edge science and technologies from theirbackgrounds, research and development, to problems for the practical applications. Assignment will be done
for further understanding of the topics of the course.
[Course objectives]
The students understand of each technology towards social issues to be solved by engineers. In addition, thestudents learn the importance for engineers to have multidisciplinary mind and understand the significance ofengineering to realize sustainable development.
[Course schedule and contents]
The following lectures will be given for 2022.
2022年度は以下のように講義を実施する。
Topic A: Monitoring and Sensing
A-1 Detection and Monitoring of Bacteria in Environmental Water
A-2 Superconductors under High-Pressure
A-3 Tumor Imaging and Therapy through Photoirradiation
A-4 Graphene NEMS for ultrasensitive gas-sensing
Topic B: Machine Learning and Electric Circuit
B-1 Physics Informed Machine Learning
B-2 Physics Informed Machine Learning
Continue to 現代科学技術特論（12回コース）(2)↓↓↓

現代科学技術特論（12回コース）(2)B-3 Reliable Design of CMOS Integrated Circuit: How to Design with Million Components?
B-4 Reliable Design of CMOS Integrated Circuit: How to Design with Million Components?
Topic C: Modeling and Simulation
C-1 Quantum Engineering of Molecular Dynamics with Strong Light-Matter Interaction
C-2 Plasma and Fusion/ Numerical Simulation
C-3 Enhancing Realism of Human Disease Model in Vitro
C-4 Advanced Modern Science &Technology (Discussion)
See website for further information. http://www.erc.t.kyoto-u.ac.jp/class/amst2022[Course requirements]
Each topic consists of four lectures.
This course requests to take all provided three topics.
We may select students who can attend the class before starting the class.
Students who intend to join the course are required to submit the application form through the web site which
will be informed in the advance.
See website for further information. https://www.erc.t.kyoto-u.ac.jp/grad[Evaluation methods and policy]
The average score of the best two assignments for each topics is employed.
For each topic, the students must attend minimum three lectures and submit minimum two assignments
evaluated as "passed".
[Textbooks]
Course materials will be provided.

[References, etc.]（Reference books）（Related URLs）
http://www.glc.t.kyoto-u.ac.jp/grad(The home page of the engineering education research center)[Study outside of class (preparation and review)]
This course requests students to prepare a class in advance because some classes will be done by aninteractive style.
（Other information (office hours, etc.)）
It is prohibited to change the registered course.
Continue to 現代科学技術特論（12回コース）(3)↓↓↓

現代科学技術特論（12回コース）(3)*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i061 LE77

Course title
Instructor's(and course 先端マテリアルサイエンス通論（4回コース） name, job title,
title inIntroduction to Advanced Material Science and Technology (4 times course) and departmentof affiliation
English)Target year
Days and periods Fri.5

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Associate Professor,HIDAKA TAIRA
Graduate School of Engineering
Associate Professor,TAISHI KOBAYASHI
Graduate School of Engineering
Associate Professor,HIGASHINO TOMOHIRO
Graduate School of Engineering
Associate Professor,MIKI KOJI
Graduate School of Engineering
Associate Professor,ＮＡＭＵＲＡ ＫＹＯＫＯ
Graduate School of Engineering
Senior Lecturer,GAO，Si
Graduate School of Engineering
Senior Lecturer,Arseniy Aleksandrovich，Kuzmin

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
The various technologies used in the field of material science serve as bases for so-called high technologies,
and, in turn, the high technologies develop material science. These relate to each other very closely andcontribute to the development of modern industries. In this class, recent progresses in material science arebriefly introduced, along with selected current topics on new biomaterials, nuclear engineering materials, newmetal materials and natural raw materials. The methods of material analysis and future developments inmaterial science are also discussed.
[Course objectives]
To expand your field of vision for material science and to acquire accomplishments to identify the importanceof technologies through the classes for developments in material science.
[Course schedule and contents]
Theme A: Material Development
Week 1 (4/9) Synthesis of Novel π-Conjugated Molecules with Main Group Elements, Tomohiro Higashino
Week 2 (4/16) Tumor Imaging and Therapy through Photoirradiation, Koji Miki
Week 3 (4/23) Application of Functional Oxides, Kentaro Kaneko
Week 4 (5/7) Chemistry of Asymmetric Catalysis #8211 Stereoselective Synthesis of Optically Active
Pharmaceutical Compounds #8211, Keisuke Asano
Theme B: Material Application
Week 5 (5/14) Geological disposal of radioactive waste, Taishi Kobayashi
Week 6 (5/21) Processing and mechanical properties of structural metallic materials having ultra-fine
microstructures, Gao Si
Week 7 (5/28) Water Issues under the Climate Change, Kazuaki Yorozu
Week 8 (6/4) Particle Technology(TBC), Shuji Matsusaka
Theme C: Material and Energy
Continue to 先端マテリアルサイエンス通論（4回コース）(2)↓↓↓

先端マテリアルサイエンス通論（4回コース）(2)Week 9 (6/11) Energy and Resource Recovery from Wastewater, Taira Hidaka
Week 10 (6/25) Synthesis, physical properties, and measurement characteristics of mixed anion compounds,
Hiroshi Takatsu
Week 11 (7/2) Plasma surface interaction 1(TBC), Kuzmin Arseniy Aleksandrovich
Week 12 (7/9)Plasma surface interaction 2(TBC), Kuzmin Arseniy Aleksandrovich[Course requirements]
Each topic consists of four lectures.
This course requests to choose one topic from provided three topics in advance.
It is prohibited to change the topic after registration.
We may select students who can attend the class before starting the class.
Students who intend to join the course are required to submit the application form through the following website by 7th of April.
https://www.t.kyoto-u.ac.jp/fs/kdaigakuin/copy_of_kyotsu1_2021[Evaluation methods and policy]
The average score of the best two assignments is employed.
For the topic which the students chose, they must attend minimum three lectures and submit minimum two
assignments evaluated as "passed".
[Textbooks]
Course materials will be provided.

[References, etc.]（Reference books）
Will be informed if necessary.
（Related URLs）
http://www.glc.t.kyoto-u.ac.jp/grad(The home page of the engineering education research center)[Study outside of class (preparation and review)]
This course requests students to prepare a class in advance because some classes will be done by aninteractive style.
（Other information (office hours, etc.)）
It is prohibited to change the registered course.
It is prohibited to attend the lectures of the other topics than the students chose.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i062 LE77

Course title
Instructor's(and course 先端マテリアルサイエンス通論（8回コース） name, job title,
title inIntroduction to Advanced Material Science and Technology (8 times course) and departmentof affiliation
English)Target year
Days and periods Fri.5

Number of credits 1
Class style

LectureGraduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Associate Professor,HIDAKA TAIRA
Graduate School of Engineering
Associate Professor,TAISHI KOBAYASHI
Graduate School of Engineering
Associate Professor,HIGASHINO TOMOHIRO
Graduate School of Engineering
Associate Professor,MIKI KOJI
Graduate School of Engineering
Associate Professor,ＮＡＭＵＲＡ ＫＹＯＫＯ
Graduate School of Engineering
Senior Lecturer,GAO，Si
Graduate School of Engineering
Senior Lecturer,Arseniy Aleksandrovich，Kuzmin

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
The various technologies used in the field of material science serve as bases for so-called high technologies,
and, in turn, the high technologies develop material science. These relate to each other very closely andcontribute to the development of modern industries. In this class, recent progresses in material science arebriefly introduced, along with selected current topics on new biomaterials, nuclear engineering materials, newmetal materials and natural raw materials. The methods of material analysis and future developments inmaterial science are also discussed.
[Course objectives]
To expand your field of vision for material science and to acquire accomplishments to identify the importanceof technologies through the classes for developments in material science.
[Course schedule and contents]
Theme A: Material Development
Week 1 (4/9) Synthesis of Novel π-Conjugated Molecules with Main Group Elements, Tomohiro Higashino
Week 2 (4/16) Tumor Imaging and Therapy through Photoirradiation, Koji Miki
Week 3 (4/23) Application of Functional Oxides, Kentaro Kaneko
Week 4 (5/7) Chemistry of Asymmetric Catalysis #8211 Stereoselective Synthesis of Optically Active
Pharmaceutical Compounds #8211, Keisuke Asano
Theme B: Material Application
Week 5 (5/14) Geological disposal of radioactive waste, Taishi Kobayashi
Week 6 (5/21) Processing and mechanical properties of structural metallic materials having ultra-fine
microstructures, Gao Si
Week 7 (5/28) Water Issues under the Climate Change, Kazuaki Yorozu
Week 8 (6/4) Particle Technology(TBC), Shuji Matsusaka
Theme C: Material and Energy
Continue to 先端マテリアルサイエンス通論（8回コース）(2)↓↓↓

先端マテリアルサイエンス通論（8回コース）(2)Week 9 (6/11) Energy and Resource Recovery from Wastewater, Taira Hidaka
Week 10 (6/25) Synthesis, physical properties, and measurement characteristics of mixed anion compounds,
Hiroshi Takatsu
Week 11 (7/2) Plasma surface interaction 1(TBC), Kuzmin Arseniy Aleksandrovich
Week 12 (7/9)Plasma surface interaction 2(TBC), Kuzmin Arseniy Aleksandrovich[Course requirements]
Each topic consists of four lectures.
This course requests to choose one topic from provided three topics in advance.
It is prohibited to change the topic after registration.
We may select students who can attend the class before starting the class.
Students who intend to join the course are required to submit the application form through the following website by 7th of April.
https://www.t.kyoto-u.ac.jp/fs/kdaigakuin/copy_of_kyotsu1_2021[Evaluation methods and policy]
The average score of the best two assignments for each topic is employed.
For each topic which the students chose, they must attend minimum three lectures and submit minimum two
assignments evaluated as "passed".
[Textbooks]
Not used
Course materials will be provided.
[References, etc.]（Reference books）（Related URLs）
http://www.glc.t.kyoto-u.ac.jp/grad(The home page of the engineering education research center)[Study outside of class (preparation and review)]
This course requests students to prepare a class in advance because some classes will be done by aninteractive style.
（Other information (office hours, etc.)）
It is prohibited to change the registered course.
It is prohibited to attend the lectures of the other topic than the students chose.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG90 8i063 LE77

Course title
Instructor's(and course 先端マテリアルサイエンス通論（12回コース） name, job title,
title inIntroduction to Advanced Material Science and Technology (12 times course) and departmentof affiliation
English)Target year
Days and periods Fri.5

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE
Graduate School of Engineering
Associate Professor,HIDAKA TAIRA
Graduate School of Engineering
Associate Professor,TAISHI KOBAYASHI
Graduate School of Engineering
Associate Professor,HIGASHINO TOMOHIRO
Graduate School of Engineering
Associate Professor,MIKI KOJI
Graduate School of Engineering
Associate Professor,ＮＡＭＵＲＡ ＫＹＯＫＯ
Graduate School of Engineering
Senior Lecturer,GAO，Si
Graduate School of Engineering
Senior Lecturer,Arseniy Aleksandrovich，Kuzmin

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
The various technologies used in the field of material science serve as bases for so-called high technologies,
and, in turn, the high technologies develop material science. These relate to each other very closely andcontribute to the development of modern industries. In this class, recent progresses in material science arebriefly introduced, along with selected current topics on new biomaterials, nuclear engineering materials, newmetal materials and natural raw materials. The methods of material analysis and future developments inmaterial science are also discussed.
先端マテリアルサイエンスは，近年めざましい発展をみた先端技術の基礎となるものであり，先端技術の発展と新材料の開発は，相互に影響しながら今日の産業に大きく貢献している．この講義科
目では，最近の材料科学の変遷を紹介するために，バイオ材料，原子材料，金属材料，天然材料について，その概要を講述する．あわせて，素材分析の基礎とマテリアルサイエンスの歴史的展望についても講述する．
[Course objectives]
To expand your field of vision for material science and to acquire accomplishments to identify the importanceof technologies through the classes for developments in material science.
様々な分野における新材料の開発に関連する講義から，マテリアルサイエンスに関する広い視野と各技術の重要性を自ら判断するための素養を身につける．
[Course schedule and contents]
Topic A
Material and Environment｜材料と環境
A-1 Introduction and Course Guidance｜イントロダクションと履修ガイダンス
A-2 Climate change impact on human society｜気候変動による人間社会への影響
A-3 Energy and Resource Recovery from Wastewater｜廃水からのエネルギー・資源回収
A-4 Geological disposal of radioactive waste｜放射性廃棄物の地層処分
Topic B
Continue to 先端マテリアルサイエンス通論（12回コース）(2)↓↓↓

先端マテリアルサイエンス通論（12回コース）(2)Material Development｜材料の開発
B-1 Synthesis of Novel π-Conjugated Molecules with Main Group Elements｜典型元素を活用した新規π共役化合物の開発
B-2 Application of Functional Oxides｜機能性酸化物材料の応用
B-3 Electrostatics in powders｜粉体の静電特性
B-4 Synthesis, physical properties, and measurement characteristics of mixed anion compounds｜複合アニオン化合物の合成、物性、測定特性
Topic C
Material and Control｜材料と制御
C-1 Photothermal heating for microfluidic control｜マイクロ流体制御のための光熱加熱法
C-2 Processing and mechanical properties of structural metallic materials having ultra-fine microstructures｜
超微細組織を有する構造用金属材料の加工と機械的性質
C-3 Materials for thermonuclear fusion｜熱核融合材料
C-4 Plasma modification of surfaces and its application｜表面のプラズマ改質とその応用 Topic A
Material and Environment｜材料と環境
A-1 Introduction and Course Guidance｜イントロダクションと履修ガイダンス
A-2 Climate change impact on human society｜気候変動による人間社会への影響
A-3 Energy and Resource Recovery from Wastewater｜廃水からのエネルギー・資源回収
A-4 Geological disposal of radioactive waste｜放射性廃棄物の地層処分
Topic B
Material Development｜材料の開発
B-1 Synthesis of Novel π-Conjugated Molecules with Main Group Elements｜典型元素を活用した新規π共役化合物の開発
B-2 Application of Functional Oxides｜機能性酸化物材料の応用
B-3 Electrostatics in powders｜粉体の静電特性
B-4 Synthesis, physical properties, and measurement characteristics of mixed anion compounds｜複合アニオン化合物の合成、物性、測定特性
Topic C
Material and Control｜材料と制御
C-1 Photothermal heating for microfluidic control｜マイクロ流体制御のための光熱加熱法
C-2 Processing and mechanical properties of structural metallic materials having ultra-fine microstructures｜
超微細組織を有する構造用金属材料の加工と機械的性質
C-3 Materials for thermonuclear fusion｜熱核融合材料
C-4 Plasma modification of surfaces and its application｜表面のプラズマ改質とその応用[Course requirements]
Each topic consists of four lectures.
This course requests to choose one topic from provided three topics in advance.
It is prohibited to change the topic after registration.
We may select students who can attend the class before starting the class.
Students who intend to join the course are required to submit the application form through the following website by 7th of April.
https://www.t.kyoto-u.ac.jp/fs/kdaigakuin/copy_of_kyotsu1_2022
Continue to 先端マテリアルサイエンス通論（12回コース）(3)↓↓↓

先端マテリアルサイエンス通論（12回コース）(3)

3つのトピックに対し，各4コマの講義を実施する.
4回コースは，いずれか1つのトピックを選択し受講すること.
履修登録後のトピック変更は認められない.
講義開始より以前に履修制限を実施する可能性がある.
以下のウェブサイトを通して4月7日（木）24時までに受講を願い出ること.
https://www.t.kyoto-u.ac.jp/fs/kdaigakuin/copy_of_kyotsu1_2022[Evaluation methods and policy]
The average score of the best two assignments for each topics is employed.
For each topic, the students must attend minimum three lectures and submit minimum two assignments
evaluated as "passed".
成績は，各トピック上位2個のレポートの平均とする．
それぞれのトピックについて，3回以上の講義出席と2回以上の合格レポートの提出を行うこと．
[Textbooks]
Course materials will be provided.
資料は適宜配布する．
[References, etc.]（Reference books）（Related URLs）
http://www.glc.t.kyoto-u.ac.jp/grad(The home page of the engineering education research center)[Study outside of class (preparation and review)]
This course requests students to prepare a class in advance because some classes will be done by aninteractive style.
双方向型講義を取り入れるため，事前の予習をすること．
（Other information (office hours, etc.)）
It is prohibited to change the registered course.
履修登録後のコース変更は認められない．
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 6A019 LJ73 G-ENG02 6A019 LJ73

Course title(and course コンクリート構造工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Concrete Structural Engineering

Graduate School of Engineering
Professor,TAKAHASHI YOSHIKAZU
Graduate School of Management
Professor,YAMAMOTO TAKASHI
Graduate School of Engineering
Assistant Professor,TAKAYA SATOSHI
Part-time Lecturer,中村 健一

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureYear/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
The most common concrete is introduced as a material to be used for infrastructures in various forms. In
particular, various structural forms are mentioned, including prestressed concrete. Design, construction,
diagnosis, repair, strengthening, and their management in relation to performance based design will be
studied.
[Course objectives]
Understanding the mechanical properties of concrete and the interaction between concrete and steel material,
as well as learning the basic theories of reinforced concrete (RC) structure and prestressed concrete (PC)structure, and also design, construction and maintenance methods.
[Course schedule and contents]
Outline (1 time)
Outlining the purpose and composition of lectures that focus on the relationship between various concretes
and infrastructure structures, as well as the grading method, and so forth
Reinforced concrete structure (6 times)
The mechanical properties of concrete structural materials constituting reinforced concrete structures and theinteraction between concrete and steel material are explained, and at the same time, the analysis of themechanical behavior of reinforced concrete structural parts that are subjected to bending, axial forces, or
shearing forces is studied.
Prestressed concrete structure (6 times)
The basic theory of prestressed concrete (PC) structures, PC bridge types, PC bridge installation methods,
new structures/new construction methods, bridge type selection methods, PC part design, PC bridge change
and repair, recent developments of PC technology, and so forth are explained. In addition, the criteria used inJapan are introduced, and the basics of PC construction and various construction methods/structure forms
using prestressing are studied.
The latest concrete technology (topics) (1 time)
The latest topics related to concrete structural engineering are covered and explained.
Confirmation of learning achievements (1 time)
The degree of achievement regarding the contents of this lecture is confirmed.
Continue to コンクリート構造工学(2)↓↓↓

コンクリート構造工学(2)[Course requirements]
Basic knowledge on civil engineering materials science and concrete engineering[Evaluation methods and policy]
Reports and presentations will be assigned, and the overall performance for the full term will be judged.
[Textbooks]
Instructed during class
Others; not specified. Research papers, and so forth will be distributed as necessary.
[References, etc.]（Reference books）
Introduced during class
Others; books will be introduced from time to time during the lectures.
[Study outside of class (preparation and review)]
The contents of civil engineering materials science and concrete engineering should be reviewed.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

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Course number

G-ENG02 7A040 LJ73 G-ENG01 7A040 LJ73

Course title(and course 流砂水理学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Sediment Hydraulics

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,GOTOH HITOSHI
Graduate School of Engineering
Professor,HARADA EIJI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Natural flows in river and coast are movable bed phenomena with the interaction of flow and sediment. At ariver and a coast, a current and a wave activate a sediment transport and bring the topographical change of abed such as sedimentation or erosion. This lecture provides an outline about the basics of sediment (ormovable bed) hydraulics, and detail of the computational mechanics of sediment transport, which has beendeveloped on the basis of dynamics of flow and sediment by introducing a multiphase flow model and a
granular material model. Furthermore, about sediment and water-environment relationship, some of frontier
technologies, such as an artificial flood, removal works of dam sedimentation, coastal protection works, andsand upwelling work for covering contaminated sludge on flow bottom etc., are mentioned.
[Course objectives]
Students understand the basics of sediment hydraulics and outline of advanced models for computational
sediment hydraulics, such as multiphase flow model and granular material model. Students understand thepresent conditions of sediment control works.
[Course schedule and contents]
Introduction,1time,
The purpose and constitution of the lecture, the method of the scholastic evaluation are explained.
Basics of sediment hydraulics,5times,
Physical characteristic of a movable bed and a non-equilibrium sediment transport process and its description
are explained. Furthermore, the prediction technique of topographical change due to current and waves isoutlined.
Computational mechanics of sediment transport: The state of the art,8times,
Essential parts of numerical models of the movable bed phenomena, which has been developed byintroducing dynamic models such as a granular material model to describe a collision of sediment particles
and a multiphase flow model to describe a fluid-sediment interaction, are described. In comparison with theconventional movable bed computation, the points on which has been improved to enhance the applicabilityof the models are concretely mentioned. Some frontier studies of sediment transport mechanics are also
introduced.
Achievement cofirmation,1time,Comprehension check of course contents.

Continue to 流砂水理学(2)↓↓↓

流砂水理学(2)[Course requirements]
Undergraduate-level Hydraulics or Hydrodynamics is required. Because a commentary easy as possible is
kept in mind by lectures, students without these prerequisite are welcomed.
[Evaluation methods and policy]
Grading is based on report activities in lectures and written examination.
[Textbooks]
Hitoshi Gotoh: Computational Mechanics of Sediment Transport, Morikita Shuppan Co., Ltd., p.223, 2004
(in Japanese).
[References, etc.]（Reference books）
Non（Related URLs）(Non)[Study outside of class (preparation and review)]
Review fundamental items of hydraulics or hydrodynamics.
（Other information (office hours, etc.)）
Non*Please visit KULASIS to find out about office hours.

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Course number

G-ENG01 5A055 LB73 G-ENG02 5A055 LB73

Course title(and course 環境地盤工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Environmental Geotechnics

Target year
Days and periods Mon.1

Number of credits 2
Class style

LectureGraduate School of Global Environmental Studies
Professor,KATSUMI TAKESHI
Graduate School of Global Environmental Studies
Associate Professor,TAKAI ATSUSHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Several issues on environmental geotechnics including geoenvironmental contamination and countermeasure,waste containment and reuse are introduced to understand the contribution of geotechnical engineering to
global and local environmental issues. Geoenvironmental issues due to the 2011 East Japan Earthquake andTsunami are also introduced.
[Course objectives]
Students should understand the geotechnics to solve the following geoenvironmental issues; soil amp
groundwater contamination, waste disposal and waste utilization, and extend this knowledge to thedevelopment of concepts and technologies for creating and preserving the geo-environment.
[Course schedule and contents]
Introduction,1time,Introduction to Environmental Geotechnics, including goals, outline and grading policy ofthe course
Waste geotechnics,3-4times,Functions and structures of waste containment facilities Geotechnics on the liner
system (Geosynthetics, clay liner, Leachate collection layer) Post-closure utilization of waste landfill
Remediation geotechnics,3-4times,Behaviors of contaminants in subsurface Mechanisms of soil andgroundwater contamination Remediation of soil and groundwater contamination Case histories
Geo-environmental issues related to construction works, global environmental issues, and natural disasters,23times,Mechanisms and remediation of geoenvironmental problems and geo-disasters caused by construction
works Geoenvironmental issues caused by the 2011 East Japan Earthquake and Tsunami
Reuse of wastes in geotechnical applications,3-4times,Engineering properties of recycled materials ingeotechnical applications (Incineration ashes, coal ash, surplus soils, dredged soils) Geoenvironmental impact
assessment and control of waste utilization Case histories
Presentation and discussion,2-3times,Student presentation, discussion, and summary on above topics[Course requirements]
Having knowledge on soil mechanics and geotechnical engineering at bachelor level is preferable, but notrequirement.
[Evaluation methods and policy]
Continuous assessment including attendance, some assignments, and final report[Textbooks]
Not specified. Several technical papers related to the course will be distributed.
Continue to 環境地盤工学(2)↓↓↓

環境地盤工学(2)[References, etc.]（Reference books）
Geoenvironmental Engineering (Kyoritsu Shuppan Publishing, ISBN: 9784320074293) Handbook of
Geoenvironmental Engineering (Asakura Publishing, ISBN: 9784254261523) Introduction to Environmental
Geotechnics (Japanese Geotechnical Society, ISBN: 9784886444196)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 5A222 LJ73 G-ENG01 5A222 LJ73

Course title(and course 水資源システム論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Water Resources Systems Analysis

Target year
Days and periods Tue.1

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,HORI TOMOHARU
Disaster Prevention Research Institute
Professor,TANAKA KENJI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
A method to model the mechanisms of natural and social phenomena related to water resources as a system
will be introduced, and lectures will be given on planning theory and management theory for the sustainable
use of water resources. Specifically, first, after explaining the idea of systematically thinking about water
resource-related problems, lectures will be given on the theory and methodology of the mathematicalplanning approach to water resource planning/management, as well as the water resource dynamics modeling
relationship between water supply-demand balance and production/economic activity. Next, the evaluation
method, simulation model, the comprehensive basin management method, and so forth that incorporate
environmental elements such as water volume, water quality, ecology, and landscape, aiming to form aproper water circulation system throughout the basin, will be explained.
[Course objectives]
Understanding the fundamental techniques for modeling natural and social phenomena related to water
resources as a system, and acquiring the ability to collect, analyze, and design data for the sustainable use ofwater resources.
[Course schedule and contents]
Optimal design theory of water management system (3 times)
Regarding the planning and design of a water management system consisting of facilities for water supply
and water disaster prevention, lectures will be given about the method of finding the optimum configuration
based on the performance index and the cost index, while paying attention to the setting and formulation ofproblems, the search method of a solution, and its efficiency.
Management of water resources system and decision support (2 times)
Discussions will be conducted about the management of the water resources system consisting of reservoirs
and weirs for both flood defense and water use. Specifically, methods for optimizing operations of facility
groups and coping with uncertainty will be explained, and the technology that supports management decision
making based on recent technical trends, such as a knowledge base approach, fuzzy theory, and neuralnetwork, will also be explained.
Recent topics about water management (2 times)
Deepening understanding about recent topics related to water management and water disaster prevention witha focus on discussions among students. The problems to be covered will vary depending on the year.
World water management (3 times)
The actual condition of water resource management in various basins in various places around the world,
climate conditions, geographical conditions, socio-economic development stages, problems, and examples ofContinue to 水資源システム論 (2)↓↓↓

水資源システム論 (2)past efforts will be introduced.
Land surface process model and its application to water management (4 times)
The method of maintenance of input parameters for operating the land surface process model, and the model
describing the water circulation in the basin will be outlined, as well as how effective and useful model
output elements, such as soil moisture content, evapotranspiration volume, irrigation necessary water volume,snow water volume, and runoff amount are as water resources management support information. Examples of
the impact of climate change on water resources utilizing the land surface process model output will be
introduced.
Confirmation of learning achievement (1 time)
The achievement degree will be evaluated according to assignments, and feedback will be provided.
[Course requirements]
It is desirable that students have basic knowledge on hydrology and water resource engineering.
[Evaluation methods and policy]
The results will be evaluated by combining regular tests and points given for participation.
[Textbooks]
not specified. Research papers and so forth will be distributed as necessary.

[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
It is necessary to review based on lecture materials and to complete the report assignments given during thelecture.
（Other information (office hours, etc.)）
The course is opened every year. It will be opened in 2019.
Active participation is expected in the lectures through questions and so forth. The content and number oflectures may change depending on circumstances. In addition, some lecture items may be replaced withspecial lectures given by researchers and others outside the university on current topics.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6A402 LJ77 G-ENG02 6A402 LJ77

Course title(and course 資源開発システム工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Resources Development Systems

Target year
Days and periods Fri.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,MURATA SUMIHIKO
Graduate School of Engineering
Associate Professor,KASHIWAYA KOUKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Development of mineral resources and energy resources is essential to the sustainable development of oursociety. In this class, the exploration and development process of natural resources are reviewed including theenvironmental conservation and harmony. First, fundamentals of reservoir engineering for oil and natural gas
are lectured. Second, methods and techniques used to reduce environmental loads in modern resources
development are reviewed and their theoretical backgrounds are lectured. Fundamentals of geochemical
modeling, that is applicable to simulate hydrogeochemical processes in mine drainage treatment, is also
introduced.

[Course objectives]
The goal of this class is to understand the natural resources development concerning environment and masterthe reservoir engineering needed for the exploration and development of oil and natural gas resources.
In addition, followings are also a goal of this class.
Students understand flow of resources development, and methods and techniques that are used to reduce
environmental loads therein.
Students understand and come to be able to explain theoretical backgrounds of the techniques that are utilized
to reduce environmental loads in resources development.
Students can conduct basic geochemical modeling.

[Course schedule and contents]
1st: From exploration to development & production for mineral and energy resources
The engineering flow from exploration to development & production of mineral and energy resources
indispensable for the sustainable development of human society is lectured. Environmental conservation andenvironment-friendly resource development are also included.
2nd: Basic concept of reservoir engineering
The basic concepts of reservoir engineering, such as the basic properties of reservoir rock and reservoir
fluids, reservoir pressure, and oil and gas recovery, are explained.
3rd: Basic equation of radial flow (Part 1)
The basic equation of the radial flow of a reservoir fluid to a well is derived, and Inflow equations for thesemi-steady state and steady-state conditions are described.
4th: Basic equations of radial flow (Part 2)
Constant Terminal Rate Solution, which is the solution of the basic equation of radial flow of oil to a well
Continue to 資源開発システム工学(2)↓↓↓

資源開発システム工学(2)when the oil is produced at a constant production rate and gives the change of bottom hole pressure with time,is derived.
5th: Oil well testing (Part 1)
The basic concept of oil well testing and analysis methods for the pressure drawdown and buildup tests are
explained. In addition, the theory of Matthew, Brons, and Hazebroke is explained, and then the evaluation
methods of average reservoir pressure (MBH method and Dietz method) are explained.
6th: Oil well testing (Part 2)
The analysis method for the multi-rate pressure drawdown test is explained. The effects of partial
completion and after-flow are also explained.
7th: Gas well testing
The basic concept of gas well testing and the equations used for the analysis are explained. The analysis
methods are also explained.
8th: Basic theory of immiscible displacement in the reservoir (Part 1)
Fractional flow theory and Buckley-Leverett equation for the one-dimensional displacement of oil bywater are explained, and Welge's method for evaluating oil recovery is explained.
9th: Basic theory of immiscible displacement in the reservoir (Part 2)
The oil displacement by water under the conditions of segregated flow and allowance for the effect of afinite capillary transition zone is explained. The method to evaluate oil recovery under these conditions is
also explained based on the fractional flow theory.
10th: Basic theory of immiscible displacement in the reservoir (Part 3)
The oil displacement by water under the stratified reservoir condition is explained. The method toevaluate oil recovery under this condition is also explained based on the fractional flow theory.
11th: Enhanced oil recovery
Various enhanced oil recovery methods such as chemical, miscible gas, and thermal flooding are
explained.
12th: Resources development and environmental loads
Flow of resources development and their impacts on surrounding environments are reviewed, referring toactual examples of mine pollution. Methods and techniques that are used to reduce environmental loads are
introduced.
13th: Theoretical backgrounds of the techniques to reduce environmental loads
Fundamental theories and principles relevant to the treatment of hazardous substances (e.g., minedrainage) generated through resources development are lectured.
14th: Fundamentals of geochemical modeling
Basics of geochemical modeling are lectured. Practical training, in which treatment of mine drainage isassumed, is conducted using representative geochemical modeling code, phreeqc.
15th: Reviewing the contents of this class by solving several quizzes.
Continue to 資源開発システム工学(3)↓↓↓

資源開発システム工学(3)[Course requirements]
It is desirable to have knowledge of calculus of undergraduate level.
[Evaluation methods and policy]
Evaluation is made by the average score of report problems. They are presented 2 or 3 times in the semester.
[Textbooks]
Not used
Handouts are delivered.
[References, etc.]（Reference books）
L. P. Dake 『Fundamentals of Reservoir Engineering, 19th impression』（Elsevier）ISBN:9780444418302（in English）（Related URLs）(Web page of this class is not provided. Information is shown in the class when it is needed.)[Study outside of class (preparation and review)]
Self study is required using supplemental book.
（Other information (office hours, etc.)）
Office hours are set 10:30-12:00 and 14:30-16:00 on the same day of the class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 6A405 LJ77

Course title(and course 地殻環境工学
title inEnglish)Environmental Geosphere Engineering

Target year
Days and periods Wed.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KOIKE KATSUAKI
Graduate School of Engineering
Professor,HAYASHI TAMETO
Graduate School of Engineering
Associate Professor,KASHIWAYA KOUKI
東京大学地震研究所 教授
KINOSHITA MASATAKA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Earth's crust environment engineering is an academic field closely related to our lives, and it covers many
problems related to Earth science and engineering, such as the underground development and use of
infrastructure facilities, the geological disposal of radioactive waste, underground storage of gas and liquid,
natural disasters including landslides and earthquakes, as well as the exploration, development, and resource
quantity evaluation of groundwater resources, metal/non-metal mineral resources, and geothermal and energy
resources. This lecture covers topics that are important in Earth's crust environment engineering and theirbasic concepts, engineering applications, and the spatial information approach to clarify the geological,
physical, and chemical properties of the Earth s crust, while introducing research examples.
[Course objectives]
Thoroughly understand the positioning of the Earth s crust as an element of the Earth, the physical andchemical properties, its importance as a resource germination place that benefits humanity, and the source of
natural disaster threats that is contradictory to this. Along with that, finding out one's own direction in therelationship with the Earth s crust, which can contribute to the welfare of humanity and a sustainable
society; in other words, development and use methods of the Earth s crust and environmental conservation
laws.
[Course schedule and contents]
1. Introduction and fundamentals of water cycles (1 time)
In addition to explaining the program of this class, global environmental issues will be summarized as thestarting point of this class. As examples of material circulation on a global scale, especially taking water
environment issues into account that have recently attracted attention, the mechanism of the water cycle, thephysical and geological factors that govern water flow, and so forth will be explained, and understanding of
the importance of the Earth s crust will be gained. [Koike]
2. Chemistry of the Earth System (2 times)
Since Earth s crust environment engineering is an academic field targeting the Earth, it is first necessary tounderstand the structure, physics, and chemistry of the Earth. For that purpose, there will be a review on
general geology and minerals, and the chemical properties of the rock minerals forming the Earth s crust,
mantle, core, the chemical composition of the crustal fluid, and the chemical reaction of rocks and fluids andso forth will be discussed. Additionally, the function of microorganisms on the Earth s crust chemistry will
be explained. [Koike]
3. Physics of the Earth system (2 times)
Continue to 地殻環境工学(2)↓↓↓

地殻環境工学(2)The materials and pressure and thermal structures of the Earth will be reviewed, and the dynamics of the
Earth including crustal deformation will be explained. [Hayashi and Kinoshita]
4. Foundations of Geoinformatics (1) (Geological modeling method) (2 times)
The spatial informatics approach to clarify in detail the physical and chemical properties of the Earth s crustand its distribution over time-space will be explained in series. First, as a method for modeling geologicalstructure and physical properties from discretely distributed geological information, an overview will begiven on mathematical geology, the general analytical method of geological data, and spatial correlation
structure analysis by variogram. Next, a lecture will be given on spatial data estimation by kriging,
geostatistical simulation, and the application of a neural network, which is a form of deep learning, will be
provided along with a study example. [Koike]
5. Foundations of Geoinformatics (2) (Scaling of geological structure) (1 time)
Although what is underground cannot be seen directly, information on geology, geometric structure, crustal
deformation, crustal chemistry, and so forth may appear in the topography. As a method for estimating thedeep environment of the Earth s crust surface, a lecture will be given on the utilization of topographical andgeological information, as well as estimating the local structure from limited information to wide scale, or thescaling of geological structure (what connects micro and macro, etc.). [Koike]
6. Fundamentals of Geoinformatics (3) (Remote sensing) (2 times)
An outline of remote sensing which is effective as a survey method concerning the physics/chemistry ofgeological crust, geological structure, variation, resource exploration, and environmental monitoring will begiven. First, a lecture will be given on the interaction of materials and electromagnetic waves, and remotesensing by optical sensors, with research and survey examples. Next, the basics of remote sensing by
microwave sensor, the identification of surface material by polarimetric SAR, topographic analysis byinterference SAR, and crustal deformation analysis will be explained. [Koike]
7. Geochemical exploration (1 time)
The geochemical exploration method for extracting and analyzing chemical anomalies in the shallow part ofthe surface will be outlined. [Kashiwaya]
8. Geosphere environmental and resource problems (3 times)
There are cases where the Earth s crust is used as a long-term storage location. The geological disposal ofhigh-level radioactive waste, which is representative, and an underground reservoir of carbon dioxide will be
described. In addition, the deep crustal fluid and water-rock interactions, which is important for the thermal
structure of the Earth, and the formation of mineral, oil, and gas deposits will be explained. [Kashiwaya]
Feedback (1 time)
There will be a supplementary explanation, through classes, individual consultations, and so forth about theparts where students may have insufficient understanding of the lecture contents described above, based on
the evaluation of reports.
[Course requirements]
It is desirable that students have basic knowledge of geology, physics, and chemistry.

Continue to 地殻環境工学(3)↓↓↓

地殻環境工学(3)[Evaluation methods and policy]
The grades will be evaluated by combining the report and points given for participation in class. The points
given for participation in class will be evaluated based on attendance status, confirmation of comprehension
level by quizzes, and so forth during class. The ratio between report and participation points is about 9:1.
[Textbooks]
Handouts will be distributed during each class.

[References, etc.]（Reference books）
References will be introduced in the handouts.
[Study outside of class (preparation and review)]
Reports will be assigned about three or four times in order to review the contents of the class. The aim is todeepen understanding by solving problems.
（Other information (office hours, etc.)）
Office hours are not particularly set, but questions are accepted from time to time.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 6A805 LJ73 G-ENG02 6A805 LJ73

Course title
Instructor's(and course リモートセンシングと地理情報システム name, job title,
title in
Remote Sensing and Geographic Information Systems and departmentof affiliation
English)Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,UNO NOBUHIRO
Graduate School of Engineering
Professor,SUSAKI JUNICHI
Graduate School of Management
Associate Professor,OOBA TETSUHARU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Geoinformatics is the science and technologies dealing with spatially distributed data acquired with remotesensing, digital photogrammetry, global positioning system, etc, to address the problems in natural
phenomena or human activities. This course particularly focuses on remote sensing by using LiDAR andgeographic information system (GIS) and explains the theory and applications. Unlike traditional surveying,
LiDAR technique can sequentially obtain the data in a wide area within a short time, and thus it is now
widely used in construction and management of civil infrastructure. GIS is a technique to handle digital maps
and related information, and it is popular in the fields of urban planning, environmental management andinfrastructure management. This course provides an understanding of remote sensing and GIS via
applications presented by the exercises of remote sensing and lectures of GIS.
[Course objectives]
Students understand the basic theory and acquire the basic techniques of remote sensing for observation andanalysis of environmental changes, disaster effects and human activities in urban areas. And, they
understand the basic theory and applications of GIS.
[Course schedule and contents](1) Introduction & Coordinate system and map projection, 1 slot, Introduction to remote sensing and GIS isgiven. Principal coordinate systems and map projection methods used for satellite image and GIS data are
explained.
(2) Radiation and reflection of electromagnetic waves, and optical sensor, 1 slot, Basic terms onelectromagnetic radiation including radiation and reflection are introduced, and calculation of sufacereflectance and temperature is explained. In addition, principles and applications of visible and infrared
sensors are introduced.
(3) Property of SAR, 1 slot, Concept of synthetic aperture radar (SAR) is first introduced, and the image
processing, statistical property, speckle filtering and polarimetric SAR are explained.
(4) Measurement of topography using SAR data, 1 slot, Theory of Interferometric SAR (InSAR) anddifferential InSAR (DInSAR) is introduced. Then, long-term monitoring of land deformation by using multitemporal SAR imagges is explained.
(5&6) Measurement of topography using photogrammetry, 2 slot, Generation of DSM by using
photogrammetry is explained.
(7)Introduction to GIS, 1 slot, Structure of GIS (Geographic Information System) and its utilization forContinue to リモートセンシングと地理情報システム(2)↓↓↓

リモートセンシングと地理情報システム(2)spatial analysis are outlined.
(8)GIS and Network Analysis, 1 slot, Basic idea of network structure, evaluation indices and methods of
network analysis are explained.
(9) GIS and Spatial Correlation Analysis, 1 slot, Focusing on spatial correlation analysis useful fordeveloping spatial model, regression analysis and spatial auto correlation analysis are explained.
(10) Classification Method of Spatial Attribute, 1 slot, Classification method of spatial attribute is explainedin order to classify the target area using attribute information in GIS.
(11) Transportation Big Data Collected by Mobile Objects Observation and Its Utilization, 1 slot, Thechanges in transportation observation led by progress of location identification technologies is stated. In
addition, utilizations and issues of big data in transportation are explained.
(12)Realization of Smart City and Big Data Utilization,1 slot,The concept of Smart City and corresponding
projects are introduced, and utilizations and issues of big data for smart city are explained.
(13&14) Open Data and GIS, 2 slot, The concept of open data and the domestic and oversee activities about it
are explained. The GIS software that can use the open data is introduced and the analysis using the open data
is explained.
(15) Assessment of understanding, 1 slot, Assess students' understanding levels[Course requirements]
None[Evaluation methods and policy]
Grading is based on the achievements in exercise and assignments. Mid-term exam related to the topics from
No.1 to 6 may be assigned.
[Textbooks]
Instructed during class[References, etc.]（Reference books）- Junichi Susaki and Michinori Hatayama, Geoinformatics, Corona Publisher, 2013 - W. G. Rees，PhysicalPrinciples of Remote Sensing 3rd ed., Cambridge University Press, 2013. - J. A. Richards and X. Jia，
Remote Sensing Digital Image Analysis: An Introduction, 5th ed., Springer-Verlag, 2013. -M. Netler and H.
Mitasova, Open Source GIS: A GRASS GIS Approach 3rd ed., The International Series in Engineering andComputer Science, 2008.

Continue to リモートセンシングと地理情報システム(3)↓↓↓

リモートセンシングと地理情報システム(3)（Related URLs）(http://www.gi.ce.t.kyoto-u.ac.jp/user/susaki/rsgis/index.html)[Study outside of class (preparation and review)]
Nothing（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG02 6A808 LJ73 G-ENG01 6A808 LJ73

Course title(and course 景観デザイン論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Civic and Landscape Design

Graduate School of Global Environmental Studies
Professor,KAWASAKI MASASHI
Graduate School of Global Environmental Studies
Associate Professor,YAMAGUCHI KEITA
Graduate School of Engineering
Assistant Professor,TANIGAWA RIKU
Part-time Lecturer,YAGI HIROKITarget year
Days and periods Fri.4

Number of credits 2
Class style

LectureYear/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
The lecture will discuss landscape design theory that comprehensively encompasses the evaluation andelucidation of wide-area landscapes, people's environmental awareness and cultural activities, and how toorganize spaces based on a close relationship with them; civic design in public spaces such as streets andparks, waterfront; landscape design of green systems and water systems; designing communication to
encourage community power.
[Course objectives]
Enhancing the ability to design landscapes based on the understanding of the basic structure of public spaces
and landscapes.
[Course schedule and contents]
Guidance. Landscape and image, 1 time,
Guidance, Lecture on landscape and image.
Architectural Design of city and urban facilities, 3 times,
Lecture on planning and designing about landscape design of urban facilities such as roads and plazas, parks,
waterfront and waterfront and public space.
Landscape Design and Management, 4 times,[Theory] Reading landscape, landscape evaluation methods, [History] History of the concept of landscape,landscape design, landscape policies, [Practice] Society in the region, the case and method of community
development, communicative space design. Presentation and discussion of assignments by students.
Landscape Architecture Practice, 6 times,
Design of streets, parks, etc. (Explanations of assignments (1 time), site analysis(1 time), draft critique (3time) , presentation and critique(1 time)
Feedback, 1 time,Continue to 景観デザイン論(2)↓↓↓

景観デザイン論(2)[Course requirements]
None[Evaluation methods and policy]
Reports (50%) and design practice (50%)[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
The students are expected to visit the places and landscape objects introduced in the lecture as much as
possible to confirm the content of the landscape evaluation viewpoints by their own eyes, and to deepen theirunderstanding using maps and other materials.
（Other information (office hours, etc.)）
Questions will be accepted after the class, by visiting the laboratory at Katsura Campus (Kawasaki: Room
202, Building C1-1; Yamaguchi: Room 201, Building C1-1, both Katsura Campus), or by e-mail.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F003 LJ73 G-ENG02 5F003 LJ73

Course title(and course 連続体力学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Continuum Mechanics

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SUGIURA KUNITOMO
Graduate School of Engineering
Professor,YAGI TOMOMI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Continuum mechanics is a unified basis for solid mechanics and fluid mechanics. The aims of this course are
to introduce the continuum mechanics from their basics to the some forms of constitutive law and also toprovide students with mathematical way of understanding the continuum mechanics. This course contains thefundamentals of vector and tensor calculus, the basic equations of continuum mechanics, the tensor
expressions of elastic problems and further applications.
[Course objectives]
Fundamental theorems on structural mechanics and design will be learned, and ability to judge the proprietiesof each computational structural analysis will be acquired.
[Course schedule and contents]
Introductions, 1time, Yagi
- Outline of Structural Analysis- Mathematical Preliminaries (Vectors and Tensors)
Matrices and tensors, 1time, Yagi
- Summation Convention- Eigenvalues and Eigenvectors
Differential and integral calculus of tensors, 1time, Yagi
- Quotient Laws
- Divergence Theorem
Kinematics, 1time, Yagi
- Material Description- Spatial Description- Material derivative
Deformation and strain, 1times, Yagi
- Strain tensors- Compatibility conditions
Stress and equilibrium equation, 1time, Yagi
- Stress Tensors- Equilbrium Equations
Continue to 連続体力学(2)↓↓↓

連続体力学(2)Conservation law and governing equation, 1time, Yagi
- Conservation of Mass
- Conservation of Linear Momentum- Conservation of Energy
Constitutive equation of idealized material, 1time, Sugiura- Perfect Fluid- Linear Elastic Material(Isotropic)
Elastic-plastic behavior and constitutive equation of construction materials, 1time, Sugiura- Yield Criteria- Flow Rule
- Hardening Rule
Boundary value problem, 1time, Sugiura- Governing Equations and Unknowns- Navier-Stokes Equation- Navier Equation
Variational principle, 2time, Sugiura- Principle of Virtual Work- Principle of Complementary Virtual Work
Various kinds of numerical analyses, 2times, Sugiura- Weighted Residual Method- Finite Element Method
Confirmation of the attainment level of learning, 1time, All
Feedback based on the Final Examination[Course requirements]
Basic knowledge for structural mechanics, soil mechanics and fluid mechanics are required.
[Evaluation methods and policy]
Assessment will be based on exam, report and participation.
[Textbooks]
Handouts are given[References, etc.]（Reference books）
not specified

Continue to 連続体力学(3)↓↓↓

連続体力学(3)[Study outside of class (preparation and review)]
As appropriate, the assignments are given based on the content of Lecture.
（Other information (office hours, etc.)）
upon request*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 6F009 LE73 G-ENG02 6F009 LE73

Course title(and course 構造デザイン
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Structural Design

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TAKAHASHI YOSHIKAZU
Graduate School of Engineering
Associate Professor,KITANE YASUO

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This course provides the knowledge of the structural planning and design for civil infrastructures.
Fundamentals of the reliability of structures based on the probability and statistics are given. Emphasis isplaced on the reliability index and the calibration of partial safety factors in the LRFD design format.
Furthermore, the relationship between structure and form is discussed with various examples.
[Course objectives]
To understand the structural planning and design for civil infrastructures.
To understand the reliability-based design of structures.
To deepen the understanding of the relationship between structure and form.
[Course schedule and contents]
Structural Planning,2times,Structural Planning of civil infrastructures is introduced. The concept, significanceof planning, characteristics of civil infrastructures are discussed. Practical planning process of a bridge is
explained.
Structure and Form,3times,The bridge types such as girder, truss, arch and suspension bridge that have been
regarded individually are explained as an integrated concept from the viewpoint of acting forces tounderstand the structural systems which have continuous or symmetrical relationships. Furthermore, various
examples are discussed based on the understanding of the structural systems.
Structural Design and Performance-based Design,3times,Design theory of civil infrastructures is introduced.
The allowable stress design method and the limit state design method are explained. The basic of earthquake
resistant design is discussed based on the dynamic response of structures. Performance-based design is also
introduced.
Random Variables and Functions of Random Variables,1time,Fundamentals of random variables, functionsof random variables, probability of failure and reliability index in their simplest forms are lectured.
Structural Safety Analysis,3times,Limit states, probability of failure, FOSM reliability index, Hasofer-Lind
reliability index, Monte Carlo method are lectured.
Design Codes,2times,Code format as Load and Resistance Factors Design (LRFD) method, calibration ofpartial safety factors based on the reliability method are given.
Assessment of the Level of Attainment,1time,Assess the level of attainment.
[Course requirements]
Fundamental knowledge on Probability and Statistics, and Structural Mechanics

Continue to 構造デザイン(2)↓↓↓構造デザイン(2)[Evaluation methods and policy]
Assessed by term-end examination (90%), plus homework assignments (10%)[Textbooks]
Reliability of Structures, A. S. Nowak amp K. R. Collins, McGraw-Hill, 2000

[References, etc.]（Reference books）
U.Baus, M.Schleich, Footbridges, Birkhauser, 2008（Japanese ver.: Footbridges(translated by Kubota, et al.),
鹿島出版会, 2011）久保田善明, 『橋のディテール図鑑』, 鹿島出版会, 2010Other books will be givenin the lectures as necessary.
[Study outside of class (preparation and review)]
N/A（Other information (office hours, etc.)）
Structural planning and design will be given by Y. Takahashi, and Structural reliability analysis by M.
Matsumura.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 6F010 LE73 G-ENG01 6F010 LE73

Course title(and course 橋梁工学
title in
Bridge Engineering
English)Target year
Days and periods Mon.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SUGIURA KUNITOMO
Graduate School of Engineering
Professor,YAGI TOMOMI
Graduate School of Engineering
Associate Professor,KITANE YASUO
Graduate School of Engineering
Associate Professor,MATSUMIYA HISATO
Graduate School of Engineering
Assistant Professor,NOGUCHI KYOHEI

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
The subject matter of bridge engineering can be divided into two main parts, which are steel structure andwind loading/wind resistant structure. The aim of this course is to provide details of mechanical behaviors,
maintenance and design of bridge structures. The former part of this course contains the static instability ofsteel structures and the problems of corrosion、fatigue、brittleness、weldability on steel bridges. In thelatter part, the basics of wind engineering, bridge aerodynamics and wind-resistant design including current
problems to be solved are provided are provided.
[Course objectives]
Also, the basic knowledge for wind engineering and aerodynamic instabilities, which are necessary for thewind resistant design of bridges, will be acquired.
[Course schedule and contents]
Introduction(1, Sugiura)- Fundamental knowledge on steel structures- Types of steel structures- Future trend of steel structures- Stress-strain relationship- High performance steels
Failures of Steel Structures(1, Kitane)
Fabrication and Erection of Steel Structures(1, Sugiura)- Initial imperfections- Construction of steel structures- Residual stresses and initial deformations- Joints(welded and bolted)
Fatigue fracture, fatigue life and fatigue design(1, Kitane)- S-N design curve- Fatigue crack growth, stress intensity factor- Miner's rule on damage accumulation- Repair of fatigue damage
Continue to 橋梁工学(2)↓↓↓

橋梁工学(2)Structural stability and design for buckling(1, Kitane)- Structural instability and accident- Theory of Stability- Compressive members, etc.
Corrosion and anti-corrosion of steel structures(1, Sugiura)- Mechanism of corrosion- Micro- and Macro- cells- Anti-corrsion- Life-cycle costs
Wind resistant design of structures(2, Yagi)- Natural winds due to Typhoon, Tornado and so on- Evaluation and estimation of strong winds- Wind resistant design methods- Various kinds of design codes
Aerodynamic instabilities of structures(3, Yagi)- Introduction of aerodynamic instabilities (ex. vortex-induced vibration, galloping, flutter, buffeting, cablevibrations)- Mechanisms of aerodynamic instabilities- Evaluation methods and Countermeasures
Computational Fuid Dynamics(2, Noughi)- Fundamentals of CFD- Aplication to bridge aerodynamics
Topics(1, Sugiura & Kitane)- Introduction of current topics on bridge engineering by a visiting lecturer
Confirmation of the attainment level of learning(1, All)
Confirm the attainment level of learning[Course requirements]
Basic knowledge for construction materials, structural mechanics and fluid mechanics are required.
[Evaluation methods and policy]
Assessment will be based on exam, reports and participation.
[Textbooks]
Handouts are given

Continue to 橋梁工学(3)↓↓↓

橋梁工学(3)[References, etc.]（Reference books）
not specified[Study outside of class (preparation and review)]
work on assignment（Other information (office hours, etc.)）
upon request*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6F011 LE73 G-ENG02 6F011 LE73

Course title(and course 数値流体力学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Computational Fluid Dynamics

Target year
Days and periods Mon.4

Number of credits 2
Class style

LectureAcademic Center for Computing and Media Studies
Professor,USHIJIMA SATORU
Graduate School of Engineering
Professor,GOTOH HITOSHI
Graduate School of Engineering
Associate Professor,KHAYYER ABBAS
Academic Center for Computing and Media Studies
Assistant Professor,TORIU DAISUKE

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Computational Fluid Dynamics (CFD) is largely developed with the progress of computer technology inrecent years. CFD is powerful and effective to predict the various fluid phenomena, which show thecomplicated behaviors due to the non-linearity and multi-physics interactions. This course provides thegoverning equations for compressible and incompressible fluids as well as the discretization and numerical
procedures, such as finite difference, finite volume and particle methods.
[Course objectives]
Course goal is to understand the basic theory and numerical procedures about CFD.
[Course schedule and contents](1) Computational method with FDM and FVM [7 times] :The governing equations are firstly derived for compressible fluids and then they are transformed toincompressible ones on the basis of continuum mechanics and classical laws. The course introduces the
MAC algorithm, which is generally used to solve the governing equations of incompressible fluids
discretized with the finite difference and finite volume methods (FDM and FVM). The numerical procedures
are also discussed for parabolic, hyperbolic and elliptic partial differential equations, in terms of thenumerical stability and accuracy, when we use the explicit and implicit discretization methods. In addition,some important topics will be introduced, such as the grid system, the combination of implicit discretizationand higher-order schemes, and a method to solve the pressure-velocity field accurately etc. Some recent
numerical algorithms for low-Mach-number compressible flows will also be introduced with somecomputational examples. Homework will be assigned almost every week.
(2) Particle method - basic theory and improvements [7 times] :To simulate violent flow with gas-liquid interface which is characterized by fragmentation and coalescence of
fluid, particle method shows excellent performance. Firstly, basics of the particle method, namely
discretization and algorithm, which is common to SPH (Smoothed Particle Hydrodynamics) and MPS(Moving Particle Semi-implicit) methods, are explained. Particle method is superior in robustness for
tracking complicated interface behavior, while it suffers from existence of unphysical fluctuation of pressure.
By revisiting the calculation principle of particle method, various improvements have been proposed in recent
years. In this lecture, the state-of-the-art of accurate particle method is also described.
(3) Feedback [1 time] :Discuss the contents of all classes and assignments. The details will be introduced in the course.
Continue to 数値流体力学(2)↓↓↓

数値流体力学(2)[Course requirements]
Basic knowledge of fluid dynamics, continuum mechanics and computational techniques[Evaluation methods and policy]
The final grade will be decided with the homework assignments in both the first 7 times (50%) and thesecond 7 times (50%). To pass, students must earn at least 60 points out of 100 points (full marks).
[Textbooks]
No textbook assigned to the course[References, etc.]（Reference books）
Recommended books and papers will be introduced in the course.
[Study outside of class (preparation and review)]
It is necessary to understand sufficiently the contents of every class. All homework assignments should besubmitted.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 6F019 LJ73

Course title(and course 河川マネジメント工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

River Management

Target year
Days and periods Wed.1

Number of credits 2
Class style

Graduate School of Engineering
Professor,KISHIDA KIYOSHI
Graduate School of Engineering
Associate Professor,ONDA SHINICHIROU

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
It is important to consider rivers comprehensively from the various points of view based on natural and social
sciences, and engineering technology. The fundamental knowledge to consider rivers and to make the plans
for river basins is explained with the following contents: various viewpoints to consider rivers, long term
environmental changes of rivers and its main factors, river flows and river channel processes, the ecologicalsystem of rivers and lakes, flood and slope failure disasters, the integrated river basin planning (flood defense,
environmental improvement planning, sediment transport system), functions of dam reservoir andmanagement.
[Course objectives]
Students are requested to understand the fundamental knowledge to consider rivers and river basins
comprehensively from the various points of view based on natural and social sciences, and engineering andtechnology.
[Course schedule and contents]
Various viewpoints to consider rivers and river basins, 3 times, Various viewpoints to consider rivers andriver basins, Various rivers on the earth, Formation processes of river basins, long term environmental
changes of rivers and its main factors.
Applications of computational methods related to problems in rivers, 2 times, The following items arelectured: Computational method to predict river flows and river channel processes with sediment transportand river bed deformation.
Recent flood disasters and Integrated river basin planning, 3 times, Characteristics of the recent flood andslope failure disasters, the Fundamental river management plan and the River improvement plan based on theRiver Law, Procedures to make the flood control planning, Flood invasion analysis and hazard map.
Groundwater and its related field, 1 time, Simulation technology of groundwater, Geo-environmental issues,
Reservoir Engineering, Contaminant Transport Processes.
Sustainable development of the dam, 1 time, Needs of dam development and history of dam construction,
Maintenace of the Dam reservoir.
Hydraulic structures in rivers, 2 times, Levee, groin and fisyway pass.
Dam structure and its maintenance, 2 times, Dam structure, foundation, grouting. Design of Arch Dam andGravity Dam.
Continue to 河川マネジメント工学(2)↓↓↓河川マネジメント工学(2)Achievement Confirmation and Feedback, 1 time, Comprehension check of course contents (Reports)[Course requirements]
Fundamental knowledge on Hydraulics, Hydrology and Ecology[Evaluation methods and policy]
Reports and Attendance[Textbooks]
Materials regarding the contents of this class are distributed in the class.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Explain in the class.
（Other information (office hours, etc.)）
Students can contact professors by visiting their rooms and sending e-mails.
Prof. Kishida: kishida.kiyoshi.3r@kyoto-u.ac.jp
Associate Prof. Onda: onda.shinichiro.2e@kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F025 LJ73 G-ENG02 5F025 LJ73

Course title(and course 地盤力学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Geomechanics

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Management
Professor,HIGO YOUSUKE
Graduate School of Engineering
Associate Professor,IWAI HIROMASA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Mechanical behavior of soils and problems of its deformation and failure will be covered based on themultiphase mixture theory and the mechanics of granular materials.
[Course objectives]
The objectives of this course are to understand the basics of geomechanics, and the advanced theories.
[Course schedule and contents]
Deformation of geomaterils (1time), Mechanical property of geomaterials, critical state soil mechanics,
Failure criteria, modelling of geomaterials (by Prof.Mimura)
Field equations and constitutive model (2times), Framework and field equations for contiuum, stress-strain
ralations for soils, elastic model, elasto-plastic model, plasticity theory (by Prof.Mimura)
Elasto-plastic constitutive model (3times), Constitutive model for geomaterials, elasto-plastic model, Camclay model (by Prof. Mimura)
Theory of viscosity and viscoplasticity (3times), Viscoelasticity, viscoplasticity, Elasto-viscoplastic mode,
Adachi-Oka model, Microstructure of soils, Temperature dependent behavior, Applications of constitutive
models (by Prof. Mimura)
Consolidation analysis (3times), Biot's consolidation theory and its application, Consolidation ofembankment (by Assoc.Prof. Kimoto)
Liquefaction of soils (2times), Liquefaction of sandy soil, Damage and failure due to liquefaction, Remedial
measures for liquefaction (by Assoc.Prof. Kimoto)[Confirmation of achievement]
Feedback (1time)[Course requirements]
Soil mechanics, Fundamentals of continuum mechanics

Continue to 地盤力学(2)↓↓↓

地盤力学(2)[Evaluation methods and policy]
Final examination (70) and hormeworks,class performance (30)[Textbooks]
Handout will be given.
Soil mechanics, Fusao Oka, Asakura Publishing (in Japaneses)[References, etc.]（Reference books）
Handout will be given during the course.
[Study outside of class (preparation and review)]
Homeworks are given during the course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG02 5F053 LJ55 G-ENG01 5F053 LJ55

Course title(and course 応用数理解析
title inEnglish)Instructor's
name, job title,
Applied Mathematics in Civil & Earth Resources Engineering and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 2
Class style

Graduate School of Engineering
Professor,FUKUYAMA EIICHI
Graduate School of Engineering
Associate Professor,SAITOU JIYUN

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Linear inverse problems and nonlinear inverse problems are introduced
as a basic tool to solve engineering problems. Application of data
analysis to engineering problems is also introduced.

[Course objectives]
The goal is to acquire a systematic understanding of fundamental theoryof the data analysis.
[Course schedule and contents]
Liner problems and Generalized inverses, 4 times,
Inverse problems, Solution of linear inverse problems, Generalized
inverse, Application of singular-value decomposition
Maximum likelihood methods, Continuous inverse problems, 3 times,
Maximum likelihood applied to inverse problem, Nonlinear problems,and Continuous inverse problems
Regularization of Inverse Problems 2 times
Tikhonov regularization
Kalman filter 4 times
linear Kalman filter, nonlinear Kalman filter
Application of data analysis, 1 time
Application of data analysis to Engineering problems
Achievement confirmation, 1 timeComprehension check of course contents.
[Course requirements]
Fundamental knowledge of linear algebra and probabilistic analysis

Continue to 応用数理解析(2)↓↓↓

応用数理解析(2)[Evaluation methods and policy]
Evaluation is based on reports.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
William Menke (原著), 柳谷 俊 (翻訳), 塚田 和彦 (翻訳) 『離散インバース理論―逆問題とデータ解析』（古今書院）ISBN:4772215581（原著（Geophysical Data Analysis: Discrete Inverse Theory, 3rd Edition,
ISBN 9780123971609) ）[Study outside of class (preparation and review)]
Review through the report.
（Other information (office hours, etc.)）
Office hour (contact information and consultation hours) of the individual lecturer will be given in his/her
first lecture.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 7F065 LE73 G-ENG02 7F065 LE73

Course title(and course 水域社会基盤学
title inEnglish)Instructor's
name, job title,
Hydraulic Engineering for Infrastructure Development and Management and departmentof affiliation

Target year
Days and periods Tue.3

Number of credits 2
Class style

Graduate School of Engineering
Professor,GOTOH HITOSHI
Graduate School of Engineering
Professor,TACHIKAWA YASUTO
Graduate School of Management
Professor,ICHIKAWA YUTAKA
Graduate School of Engineering
Professor,HARADA EIJI
Graduate School of Engineering
Associate Professor,SANJIYOU MICHIO
Graduate School of Engineering
Associate Professor,KHAYYER ABBAS
Graduate School of Engineering
Associate Professor,KIM SUNMIN
Graduate School of Engineering
Associate Professor,ONDA SHINICHIROU
Graduate School of Engineering
Senior Lecturer,YOROZU KAZUAKIYear/semesters 2023/Second semester

LectureLanguage of instruction English[Overview and purpose of the course]This course covers the fundamentals of hydraulics as the mechanism of various problems related to thedevelopment, maintenance and management of social infrastructures, water disaster prevention andenvironment, as well as the solutions to these problems, with examples of cutting-edge approaches in the realworld. Specific themes will be discussed from the viewpoints of turbulent flows, numerical fluid dynamics,
physical mechanisms of water and sediment transport from mountains to coasts, design theory of hydraulicengineering structures, hydraulic engineering planning methods, etc., and the viewpoint of considering water
areas as public environmental social infrastructures will be presented.
[Course objectives]
Students learn about case-based practical solutions against various problems related to both fundamentals of
hydraulics and hydraulic engineering, and students acquire academic preparation of how to approach to
public environmental infrastructure on water area.
[Course schedule and contents]
Introduction [ 1time]
Guidance will be given on how to proceed with the lecture and grading.
Fundamentals of hydraulics [6times]
To organize and discuss the fundamentals of hydraulic engineering, including fundamentals of fluid dynamics(continuity equation, equation of motion), viscous fluids and turbulence models.
Mid-term examination [1 time]
To confirm understanding of the fundamentals of hydraulics.
Rainfall-runoff prediction and hydrologic design [3times]
Continue to 水域社会基盤学(2)↓↓↓

水域社会基盤学(2)Water resources issues related to rainfall-runoff prediction and hydrologic design are discussed withadvanced practical examples.
Numerical simulation for Hydraulic engineering,1time,Recent numerical simulation development and related
state-of-the-art technologies are overviewed.
Issues related to erosion mechanisms in water area [3 times]
Issues and solutions related to the physical mechanisms of water and sediment transport in open channel
flows, rivers and coasts will be discussed, including the state-of-the-art simulation methods, and examples of
cutting-edge approaches in the real world.
feedback class [1 time]
Answer questions from the students.
[Course requirements]
hydraulics, fluid dynamics, river engineering, coastal engineering, hydrology, etc.
[Evaluation methods and policy]
Grades will be based on the mid-term examination for fundamental hydraulics (50 %) and two reports (50 %).
[Textbooks]
No designation[References, etc.]（Reference books）
References will be introduced as needed.
（Related URLs）(Non)[Study outside of class (preparation and review)]
Review the basics of hydraulics, fluid dynamics, river engineering, coastal engineering, hydrology, etc.
（Other information (office hours, etc.)）
Non*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 5F067 LE73 G-ENG01 5F067 LE73

Course title(and course 構造安定論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Structural Stability

Target year
Days and periods Fri.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SUGIURA KUNITOMO
Graduate School of Engineering
Associate Professor,KITANE YASUO

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Fundamental concept of static and dynamic stability of large-scale structures such as bridges is to be
introduced in addition to the way to keep/improve their safety and to evaluate their performance. Basicconcept of structural stability and its application and technical subjects to improve safety will be lectured
systematically. Furthermore, the practical solutions to the subjects are to be introduced to assure the safety ofstructures.
[Course objectives]
The class aims to cultivate the understanding of static and dynamic stability problems for structural system
and make understand the methodology to clarify the limit state. To get knowledge on countermeasures toassure the stability which is applicable to practical design and manufacturing will be also required.
[Course schedule and contents]
Elastic Stability under Static Loading(8)Stability of Structures and Failures
Basis of Structural Stability
Elastic Buckling of Columns
Elastic Buckling of Beams & Frames
Elastic Torsional Buckling of Beams
Elastic Buckling of Plates
Elasto-plastic Buckling
Buckling Analysis
Basic Theory of Dynamic Stability(3)Dynamic Response Characteristics of Structural System
State Equation of Motion with Nonlinearities in External, Damping and Restoring Force,
Stability around Equilibrium Points
Examples of Structural Instability under Dynamic Loadings(3)Instability under Nonconservative ForceInstability under Periodical ForceInstability under Impact Force
Achievement Check(1)Summary and Achievement Check

Continue to 構造安定論(2)↓↓↓構造安定論(2)[Course requirements]
It is desired for participants to master structural mechanics, continuum mechanics, mathematical analysis as
well as vibration theory.
[Evaluation methods and policy]
Grading will be evaluated by written examination(80%), reports(10%) and attendance(10%).
[Textbooks]
Not specified.

[References, etc.]（Reference books）
Introduced in class if necessary.
（Related URLs）(none)[Study outside of class (preparation and review)]
Work on Assignments（Other information (office hours, etc.)）
none*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 6F068 LE73 G-ENG01 6F068 LE73

Course title(and course 材料・構造マネジメント論
title inEnglish)Instructor's
name, job title,
Material and Structural System & Management and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Management
Professor,YAMAMOTO TAKASHI
Graduate School of Engineering
Associate Professor,AN RIN
Graduate School of Engineering
Assistant Professor,TAKAYA SATOSHI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Regarding the maintenance of concrete structures, the deterioration prediction procedures in material andstructural properties will be described based on durability and deterioration processes of concrete structures.
Repairing materials and methods are also introduced. Note: strengthening materials and methods will be
described in Concrete Structural Engineering, provided in the second semester. In the later half of this lecture,
structures are focused as groups rather than an individual structure to understand the difference between asset
management and maintenance. By taking into consideration the economic aspect and human resources aspect
as well as the physical aspect, the work flow of the asset management for structures with view points of thelife cycle cost and the budget will be described.
[Course objectives]
Understanding the maintenance targeting individual structure and asset management for targeting structures.
[Course schedule and contents]
1. Outline of maintenance for concrete structures, 1
Outline of the durability and deterioration of concrete structures
Outline of the maintenance management of concrete structures
2. Deterioration mechanisms of concrete structures and deterioration prediction, 4Infiltration and shift of degradation factors, reaction mechanisms, deterioration of materials and adhesion
characteristics, deterioration of mechanical performance
3. Repair materials and methods for concrete structures, 1
Repair materials and methods for concrete structures
4. Maintenance and asset management, 3Overview and work flow of asset management
Performance of structure
5. Maintenance for structures, 3Inspection and its sophistication and simplification
Deterioration prediction, uncertainty, and safety factors
6. Management for structures, 2Remedial measures, LCC calculation, and levelization
Prospect of asset management
Continue to 材料・構造マネジメント論(2)↓↓↓

材料・構造マネジメント論(2)7. Confirmation of learning achievements, 1[Course requirements]
Basic knowledge on Construction Materials, Concrete Engineering and Steel Engineering.
[Evaluation methods and policy]
Reports (60%) and mini quizzes (40% including attendance) will be assigned, and the overall score will be
judged.
[Textbooks]
Not usedSome handouts will be distributed as necessary.
[References, etc.]（Reference books）
Introduced during class
To be introduced during class.
（Related URLs）
http://sme.kuciv.kyoto-u.ac.jp/(Department of Civil & Earth Resources Engineering, Structural Materials
Engineering (Takashi Yamamoto))
http://csd.kuciv.kyoto-u.ac.jp/(Department of Urban Manatement, Structures Management Engineering)[Study outside of class (preparation and review)]
1. Previewing the handouts.
2. Reviewing by tackling mini quizzes.
（Other information (office hours, etc.)）
It is expected that students will actively participate in the lectures by showing their positive presence.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6F071 LJ77

Course title(and course 応用弾性学
title inEnglish)Applied Elasticity for Rock Mechanics

Target year
Days and periods Fri.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,FUKUYAMA EIICHI
Graduate School of Engineering
Associate Professor,MURATA SUMIHIKO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Theory of elasticity relating to the deformation and failure of rock and rock mass and design of rock
structures is explained. Specifically, two-dimensional analyses of elasticity using the basic equations, theconstitutive equations, and the complex stress function are explained. Several applications to rock mechanics,
rock engineering, and fracture mechanics are also explained. Then, strain and stress field ahead of the
propagating crack is theoretically investigated. And the stress change due to the crack propagation is
explained.
[Course objectives]
The goal of this class is to master the theory of elasticity so as to solve the elastic problem in rock mechanics,
rock engineering, and fracture mechanics.
[Course schedule and contents]
1.-2. Airy's stress function and complex stress function (2 times)
Airy's stress function used to solve a two-dimensional elastic problem is first explained, and then the complex
stress functions that are the representation of Airy's stress function by the complex variables are explained.
3.-6. Two-dimensional elastic analysis using the complex stress function (4 times)
Analytical solutions of two-dimensional elastic problems in fracture mechanics and rock engineering arederived by using the complex stress functions. The mechanical behavior of rock material is also explained
based on the derived solutions.
7. Application of two-dimensional elastic analysis (1 time)
The theory of rock support, ground characteristic curve, theoretical equations used for the evaluation of rockstress, which are derived from the solution of two-dimensional elastic problem, are explained.
8.-10. Propagating two-dimensional mode 1 crack (3 times)
Suddenly appeared two-dimensional mode 1 stationary crack is investigated to theoretically obtain a stressand displacement field around the crack. The solution is extended to a mode 1 crack propagating at a constantvelocity. Then the solution is further extended for the cases with non-uniform propagation velocity. Finally,
the same procedure is applied to obtain the solutions for mode 2 and mode 3 cracks.
11.-12. Stress field at a crack tip and path-independent integrals (2 times)
Using the two-dimensional solution for cracks propagating with non-uniform velocity, how to evaluate thestress field at the crack tip is explained. And path independent integrals around the crack tip is introduced.
13.-14. Effects of viscoelasticity and high strain rate on the crack propagation (2 times)
Continue to 応用弾性学(2)↓↓↓応用弾性学(2)When the crack surfaces behaves viscoelastically or high strain rate is applied at the crack tip, the effects tothe crack propagation are investigated in comparisons to the cases with perfect linear elasticity.
Examination (1 time)
15. Feedback (1 time)
The contents of this class are summarized. In addition, the achievement of course goals is checked.
[Course requirements]
The knowledge and calculation skill of calculus, vector analysis and complex analysis are required.
[Evaluation methods and policy]
Evaluation is made by the score of two report problems or homeworks (25% each) and semester final
examination (50%).
[Textbooks]
Handouts are delivered.

[References, etc.]（Reference books）
Jaeger, J. C., N. G. W. Cook, and R. W. Zimmerman: Fundamentals of Rock Mechanics -4th ed., Blackwell
Publishing, 2007, ISBN-13: 978-0-632-05759-7
Freund, L. B.: Dynamic Fracture Mechanics, Cambridge University Press, 1990, ISBN: 0-521-30330-3（Related URLs）(Web page of this lecture is not provided. When preparing it by need, the information is shown in the class.)[Study outside of class (preparation and review)]
Review of the each class is required.
（Other information (office hours, etc.)）
Office hour is set 10:30-12:00 and 14:30-1600 on the same day of the class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F073 LJ77

Course title(and course 物理探査の基礎数理
title inEnglish)Instructor's
name, job title,
Fundamental Theories in Geophysical Exploration and departmentof affiliation

Target year
Days and periods Fri.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI
Graduate School of Engineering
Assistant Professor,XU Shibo

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
We are outlining various basic mathematical principles used for the analysis of the dynamic and kinematic
earth-scientific problems in conjunction with wave propagation, mass transfer, etc. in the crust, andpresenting examples of such analysis techniques in the area of earth sciences and earth resources engineering.
[Course objectives]
The aims of the class is to understand various signal-processing theories, the applied seismology, and theapplied geo-electromagnetics with respect to exploration geophysics as application tools in seismology and in
geo-electromagnetics.
[Course schedule and contents]
Introduction to exploration geophysics,1time,General introduction to the lecture.
Seismic wave propagation and signal processing,8times,Acquire knowledge on the propagation phenomenaof elastic waves to learn the equivalency of 1D propagation with the theory of system function. The topics
included would be, z-transform, Levinson recursion, Hilbert transform, etc.
Fundamentals of geo-electromagnetics and their application to exploration geophysics,5times,Learn
fundamental theories of magnetotellurics, instantaneous potential, spontaneous potential, and apparent
resistivity methods, etc. that deal with geo-electromagnetic phenomena. Case studies are introduced tounderstand the advantages of geo-electromagnetic exploration schemes.
Wave propagation problem in seismic exploration,1time,Discussing fundamental theories of elastic wave
propagation, used in subsurface structural surveys, in terms of the actual utilization and the theories of wave
phenomena.
[Course requirements]
Students should understand exploration geophysics of undergraduate level.
[Evaluation methods and policy]
Rating is performed by the combination of exams (40%) and the attendance to the class (60%).
[Textbooks]
Specified in the course.

[References, etc.]（Reference books）
Claerbout, J.F. (1976): Fundamentals of Geophysical Data Processing (Available online URL: http://sep.
Continue to 物理探査の基礎数理(2)↓↓↓

物理探査の基礎数理(2)stanford.edu/oldreports/fgdp2/)（Related URLs）(Could be specified by the lecturers if any.)[Study outside of class (preparation and review)]
Specified in the course.
（Other information (office hours, etc.)）
Visit the office.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F075 LJ73 G-ENG02 5F075 LJ73

Course title(and course 水理乱流力学
title inEnglish)Instructor's
name, job title,
Hydrodynamics and Turbulence Mechanics and departmentof affiliation

Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,SANJIYOU MICHIO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents]
Guidance ,1time,Guidance and entrance level lecture about fluid dynamics and turbulence
Theories of turbulence ,3times,Lectures about momentum equation, boundary layer, energy transport, vortex
dynamics and spectrum analysis
Turbulence in natural rivers,4times,Lectures about diffusion and dispersion phenomena observed in naturalrivers.
Vegetation and turbulence,3times,Lecture about turbulence transport in vegetation canopy together withintroduction of recent researches
Practical topics in natural rivers,2times,Lectures about compound channel and sediment transport
Practical topics in hydraulic engineering,2times,Lectures about drifting object in flood and fish way[Course requirements]
Hydraulics[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 7F077 LJ73 G-ENG02 7F077 LJ73

Course title(and course 流域治水砂防学
title inEnglish)Instructor's
name, job title,
River basin management of flood and sediment and departmentof affiliation

Target year
Days and periods Mon.1

Number of credits 2
Class style

Disaster Prevention Research Institute
Professor,SUMI TETSUYA
Disaster Prevention Research Institute
Professor,KAWAIKE KENJI
Disaster Prevention Research Institute
Associate Professor,TAKEBAYASHI HIROSHI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
河川流域では、源頭部から河口部までにおいて、土石流・地すべり・洪水氾濫・内水氾濫・高潮な
どのあらゆる水災害・土砂災害が発生する。それらの災害について、国内外での事例、発生メカニ
ズム、予測のための理論と方法、防止・軽減対策、ならびに流砂系の総合土砂管理やダム貯水池の土砂管理方策について述べる。
[Course objectives]
流域という単位で発生する現象について理解し、水災害および土砂災害に関する問題点や対策について見識を深めることを目標とする。
[Course schedule and contents]
豪雨災害対策について(2回)
近年の豪雨災害の発生と特徴、ダムによる洪水調節と異常洪水への対応などについて事例紹介とともに詳述する。
貯水池土砂管理について(3回)
ダムの長寿命化および流砂系の総合土砂管理の観点に着目した貯水池土砂管理について、世界的な動向、日本の先進事例を交えて詳述する。
流域治水について(4回)
河川の流域で発生する水害とその対策について、日本の治水史をたどりながら詳述する。
流域土砂動態について(5回)
流域土砂動態の解析方法について、最新の研究事例およびIRICを用いた演習を交えながら詳述する。

15回目は評価のフィードバック。
[Course requirements]
水理学、河川工学の基礎知識を習得していることが望ましい。

Continue to 流域治水砂防学 (2)↓↓↓

流域治水砂防学 (2)[Evaluation methods and policy]
３名全員が出す課題の中から２課題を選択してレポートを提出。レポート点を７割、平常点を３割として、総合成績を判断する。
[Textbooks]
必要に応じて研究論文等を配布する。

[References, etc.]（Reference books）
ダム工学会 『ダムの科学（改訂版）』（SBクリエイティブ, 2019）ISBN:978-4-7973-9708-6（ダムの歴史、洪水調節操作の基本、環境対策、新技術などを図解で解説）
池田駿介・小松利光・角 哲也 『流水型ダム−防災と環境の調和に向けて−』（技報堂，2017）
ISBN:978-4-7655-1847-5（洪水調節に特化した流水型ダムの歴史，環境，土砂動態，具体事例などを解説）
国土文化研究所 『気候変動下の水・土砂災害適応策−社会実装に向けて−』（近代科学社，2016）
ISBN:978-4-7649-0530-6（気候変動適応策の基本的考え方，国内外の具体的事例の解説）
気候変動による水害研究会 『水害列島日本の挑戦−ウィズコロナの時代の地球温暖化への処方箋−』（日経BP，2020）ISBN:978-4-296-10753-7（ウィズコロナ時代の地球温暖化適応策について図解で解説）[Study outside of class (preparation and review)]
配布されたテキストを予習しておくことが望ましい。
（Other information (office hours, etc.)）
隔年開講科目、令和5年度は開講。
開講年にあっては各回とも出席を確認する。
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F078 LJ73 G-ENG02 5F078 LJ73

Course title(and course 岩盤応力と地殻物性
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Rock stress and physical properties

Target year
Days and periods Tue.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,HAYASHI TAMETO
Graduate School of Engineering
Assistant Professor,ISHITSUKA KAZUYA神戸大学大学院理学研究科 教授
YAMAMOTO YUZURU

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
In this course, we will give lectures on i) in-situ rock stress and its measurement methods, ii) physicalproperties and mechanical properties of rocks under large depths determined by laboratory experiments,
borehole logs and geophysical survey. We will introduce new research results related to the above items ingeoengineering and geoscience research areas.
[Course objectives]
Understand the representative physical properties of rocks under high-temperature and high-pressure
conditions, in-situ stress and its measurement methods and their applications in earth resource development
field and in deep scientific drilling projects.
[Course schedule and contents]
Guidance: 1 class by Weiren LIN
Introduce the contents of the course.
Rock stress and its measurements: 5 classes by Weiren LIN
Measurement methods of in-situ stress such as borehole compressive and tensile failure analyses, hydraulicfracturing, core-based methods; introduction of the new research achievements.
Physical properties and strength of rocks: 4 classes by Weiren LIN
Physical properties (elastic wave velocity, resistivity, fluid flow and thermal properties) and mechanicalproperties (strength and deformation).
Logs and physical property analyses using log data: 2 classes by Saneatsu Saito,
Principles, operation procedures, data processing and interpretation of results in deep drilling wells.
Crustal deformation and physical property, 2 classes by Kazuya Ishitsuka
Estimation of geological and physical property distribution in wide areas by explorational and remote sensing
data.
Feedback: 1 class by the all.

Continue to 岩盤応力と地殻物性 (2)↓↓↓

岩盤応力と地殻物性 (2)[Course requirements]
None[Evaluation methods and policy]
Evaluation will be based on active participation and assignments. Assignments and individual reports will beassessed on the basis of achievement level for course goals.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Independent studies by published research papers, technical books and relative websites are recommended.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 7F085 LE77 G-ENG02 7F085 LE77

Course title(and course 地殻環境計測

Graduate School of Engineering
Professor,FUKUYAMA EIICHI
Graduate School of Engineering
Associate Professor,NARA YOSHITAKA

title inEnglish)Part-time Lecturer,YAMAMOTO KOJI

Instructor's
name, job title,
Measurement in the earth's crust environment and departmentof affiliation

Part-time Lecturer,NAGANO YU
Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureYear/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
The theories and measurement methodologies required for various engineering projects in the Earth's crust
are explained. In this course, we explain them related to the geological disposal of radioactive wastes, thecarbon capture and storage, and the extractions of oil and gas. Especially, we explain the characteristics andmeasurement methods of mechanical properties of rock and their applications to the engineering projects.
Then we give lectures on the measurement methodology and novel information related to the various
engineering projects in the Earth's crust.
[Course objectives]
The goal of this course is to understand various measurement methods conducted for rock materials in the
Earth s crust environment. Specifically, we hope that students understand the methods to obtain the rockmechanical properties (strength, fracturing, permeability, etc.) and their importance. In addition, theunderstanding of the monitoring methods of mechanical behaviors for fluids, heat, and rock mass related tovarious engineering projects in the Earth's crust.
[Course schedule and contents]
・Topic 1: Measurement of mechanical properties of rock under various environment(Class number of times: 5)
Description: At first, various engineering projects in the Earth's crust are introduced. Then, the measurement
methodologies of mechanical properties (strength, fracturing, permeability, etc.) of rock under different
environmental conditions and their importance are described. In addition, the relationships between
mechanical properties of rock and engineering projects in the Earth's crust, especially the radioactive waste
disposal and the carbon capture and storage, are described.
・Topic 2: Rock Friction and Induced Seismicity: Generation and Monitoring(Class number of times: 5)
Description: Induced seismicity is one of the unstable factors during the development of natural resources inthe earth's crust. Induced seismicity is controlled by the preexisting crack geometry, effective stress field
including pore pressure, and static and dynamic friction of rocks. In this course, the measurement techniquesof these physical quantities will be overviewed. Then, we discuss how to mitigate the damages from induced
seismicity by monitoring these quantities.
・Topic 3: Effect of rock stress on oil and gas exploration(Class number of times: 4)
Description: Estimation of rock stress condition by hydraulic fracturing and logging, which is conducted atContinue to 地殻環境計測(2)↓↓↓

地殻環境計測(2)various steps for oil and gas exploration, will be explained. Importance of rock stress affecting on boreholestability will be explained as well.
・Topic 5: Confirmation of understanding(Class number of times: 1)
Description: The confirmation of understanding will be done by the feedback through tests.
[Course requirements]
It will be better to complete
course.

Engineering Geology

andRock Engineeringin the undergraduate[Evaluation methods and policy]
Grading will be made by the scores of reports and achievement tests (70%), and the class activity (30%).
[Textbooks]
None. Handouts will be given in classes when needed.

[References, etc.]（Reference books）
1) Amadei, B. & Stephansson, O.: Rock Stress and Its Measurements, Capman & Hall, 1977.
2) Vutukuri, V. S. & Katsuyama, K.: Introduction to Rock Mechanics, Industrial Publishing & Consulting,Inc., Tokyo, 1994.
3) Paterson, M.S. & Wong, T-F.: Experimental Rock Deformation #8211 The Brittle Field, Springer, 2005.

[Study outside of class (preparation and review)]
Some reports will be required to check the understanding of the contents of classes.
（Other information (office hours, etc.)）
This class is made by English.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 6F088 LE77 G-ENG01 6F088 LE77

Course title(and course 地球資源学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Earth Resources Engineering

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KOIKE KATSUAKI
Graduate School of Engineering
Associate Professor,KASHIWAYA KOUKI

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Securance and development harmonious with natural environments of the mineral and fossil energy resources,
and utilization of storage function of geologic strata have become important issues for constructing
sustainable society. This subject introduces comprehensively the present situation of uses of mineral andenergy resources, crust structure and dynamics, economic geology for the genesis and geologic environmentsof deposits, physical and chemical exploration methods of marine deposits, mathematical geology for reserve
assessment, engineering geology for resource development and geological repository, and problems andpromise of natural energy such as geothermal, solar, wind, and tide.
[Course objectives]
To find out directionality about the technologies required for constructing sustainable society by yourself
with full understandings of genetic mechanism, biased distribution, and the present situation of demand andsupply of the mineral and energy resources.
[Course schedule and contents]
Introduction of this course and resources(1)Definition of renewable and non-renewable resources. Interaction among Earth environment, human society,and natural resources. Existence pattern of natural resources in the crust.
1. Internal structure of Earth and geodynamics(2)Inner structure of the Earth, geodynamics, geologic composition, temperature structure, rock physics, andchemical composition of crust.
2. Present and future of energy resources(1)Classification of energy sources, recent trend on social demand of energy, physical characteristics of eachenergy resources, and sustainability.
3. Present and future of mineral resources(1)Classification of minerals used for resources, recent trend on social demand of mineral resources, industrial
uses of each mineral, and sustainability.
4. Economic geology (1)(1)Classification of ore deposits, distribution of each type of ore deposit, generation mechanism of deposit.
4. Economic geology (2)(1)
General structure and distribution of fuel deposits (coal, petroleum, and natural gas), generation mechanismof deposits, and geological process of formation.
Continue to 地球資源学 (2)↓↓↓

地球資源学 (2)5. Resource exploration (1): Terrestrial area(1)Physical and chemical exploration technologies for natural resources in terrestrial area. Representative
methods are remote sensing, electric sounding, electromagnetic survey, and seismic prospecting.
6. Resource exploration (2): Sea area(1)Introduction of marine natural resources such as methane hydrate, cobalt-rich crust, and manganese nodule,
and exploration technologies for the deposits in sea area.
7. Assessment of ore reserves and deposit characterization(2)Fundamentals of geostatistics, variography for spatial correlation structure, spatial modeling by kriging,
geostatistical simulation, integration of hard and soft data, and feasibility study.
8. Resource development(1)Development and management technologies of energy resources related to coal, petroleum, and natural gas.
9. Engineering geology(1)Fundamentals of deep geological repository for high-level nuclear waste, CCS (carbon dioxide capture andstorage), and underground storage of petroleum and gas.
10. Sustainability(1)Characteristics of natural energy related to geothermal, solar, wind, and tide, aand ssessment of naturalenergy resources. Co-existence of natural resource development with environment, low-carbon society, andproblems for human sustainability.
Feedback(1)Based on evaluation of the reports, contents that are not well understood will be explained additionally using
KLUSIS or by personal interview.
[Course requirements]
Elementary knowledge of engineering, mathematics, physics, and geology are required.
[Evaluation methods and policy]
The grades will be evaluated by combining the report and points given for participation in class. The points
given for participation in class will be evaluated based on attendance status, confirmation of comprehension
level by quizzes, and so forth during class. The ratio between report and participation points is about 9:1.
[Textbooks]
Prints will be distributed during each class.

[References, etc.]（Reference books）
Introduced during classContinue to 地球資源学 (3)↓↓↓

地球資源学 (3)[Study outside of class (preparation and review)]
Reports will be assigned about three or four times in order to review the contents of the class. The aim is todeepen understanding by solving problems.
（Other information (office hours, etc.)）
Office hours are not particularly set, but questions are accepted from time to time.This class is opened every
two years, and opened in 2019.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F089 LJ73 G-ENG02 5F089 LJ73

Course title(and course 社会基盤安全工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Infrastructure Safety Engineering

Target year
Days and periods Thu.3

Number of credits 2
Class style

Graduate School of Engineering
Program-Specific Professor,OHTA NAOYUKI
Graduate School of Engineering
Assistant Professor,YASUDA NAOTOSHI

Year/semesters 2023/Second semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
The issues concerning the safety and reliability of infrastructures such as tunnels and bridges and also theissues on natural disaster are reviewed in the lecture.
[Course objectives]
To understand the basic technologies to enhance the safety of structures and also the fundamentals on disasterprevention.
[Course schedule and contents]
1. Lecture schedule and content explanation
Give an overall explanation of this lecture and show the goals and goals to be understood
2. Introduction to Railway Disaster Prevention System
Main contents of natural disasters suffered by infrastructure equipment and measures taken to ensure safety
3. practice of safety measures against natural disasters (1)・ Necessity of traffic regulation during heavy rain, various methods and issues
4. Practice of Safety Measures Against Natural Disasters (2)・ Algorithm of early detection method of earthquake motion and Shinkansen and Earthquake Early Warning
5. Practice of safety measures against natural disasters (3)・ Specific measures for train safety during strong winds and heavy snowfall
6. Search for problems from the measures actually taken by the railway when the typhoon passed
7. Disaster prevention weather information and weather statistics
Disaster prevention weather information and extreme value statistics important for the safety of social
infrastructure facilities
8. Introduction to maintenance of linear structures
Maintenance method for linear structures such as roads and railways
9. Current status and issues of maintenance methods for each structure (1)・ Maintenance of ground structures such as embankments and cuts
10. Current status and issues of maintenance methods for each structure (2)Continue to 社会基盤安全工学(2)↓↓↓

社会基盤安全工学(2)・ Tunnel maintenance technology
11. latest technology in structural inspection
The twelfth method of decision-making of measures by risk evaluation
Disaster risk evaluation and disaster prevention investment decision-making method using probabilistic
methods
13. site tour (1)By observing the railway facilities, you can get a first-hand feel of what specific measures are being taken as
safety and disaster prevention measures for infrastructure equipment.
14. site tour (2)Consider issues related to safety measures from the information obtained from the site tour
15. issue review feedback
Based on the knowledge gained in the class, think about questions about safety measures for social
infrastructure structures and future prospects, and give explanations based on the results.
[Course requirements]
Basic knowledge on statistics is required. Students should have taken the course of geo-mechanics, structural
mechanics and concrete engineering.
[Evaluation methods and policy]
Evaluation method]
Exam results (60%)
Normal score evaluation (40%)
Normal score evaluation includes evaluation of small reports imposed during class[Evaluation policy]
Pass 60 points or more
[Textbooks]
Distribute prints every time

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
No special preparation is required, but it is desirable to review to understand the content of each lecture.

Continue to 社会基盤安全工学(3)↓↓↓

社会基盤安全工学(3)（Other information (office hours, etc.)）
confirm the attendance at every lecture*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 7F100 LE73 G-ENG02 7F100 LE73

Course title(and course 応用水文学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Applied Hydrology

Target year
Days and periods Wed.4

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,HORI TOMOHARU
Disaster Prevention Research Institute
Professor,SUMI TETSUYA
Disaster Prevention Research Institute
Professor,TANAKA KENJI
Disaster Prevention Research Institute
Associate Professor,Sameh Kantoush

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Applied and integrated approach to the problems closely related to the water circulation system, such as
floods, droughts, water contamination, ecological change, and social change is introduced mainly from thehydrological viewpoint with reference to water quantity, quality, ecological and socio-economic aspects. In
the course, several actual water problems are taken up and solving process of each problem which comprisesof problem-identification and formulation, impact assessment, countermeasures design and performance
evaluation is learned through the lecturesrsquo description and also investigation and discussion among thestudents.
[Course objectives]
To obtain fundamental Knowledge and skills to perform problem definition, survey amd countermeasuredesign on problems about water use, water hazard mitigation and water environment.
[Course schedule and contents]
The 1st - 2nd Classes: Water disasters and risk management
Risk assessment of water disasters, countermeasures and adaptation design, water disasters and humansecurity
The 3rd - 4th Classes: Reservoir Systems and Sustainability
Reservoir system and its environmental impacts, Sustainable management of reservoir system
The 5th - 7th Classes: Hydrological Measurements of Large River Basins
Design and management of hydrological measurement system in large river basins
The 8th - 10th Classes: Land Surface Processes
Observation and modelling of land surface processes, Application of land surface model
The 11th - 13th Classes: Hydro-eco Systems
Ecohydrological management of habitats in river ecosystems, Ecohydrological management of biodiversity inwetland ecosystems
The 14th - 15th Classes: Survey and Exercise
study and exercise for given topics

Continue to 応用水文学(2)↓↓↓

応用水文学(2)[Course requirements]
Elementary knowledge of hydrology and water resources engineering.
[Evaluation methods and policy]
Grading is based on student activities in lectures, presentation (about 20%) and reports (about 80%).
[Textbooks]
Printed materials on the contents of this class are distributed in class.

[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Review work based on handouts and report work for issues given in the classes are required.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 6F103 LE73
Disaster Prevention Research Institute
Professor,NAKAKITA EIICHIDisaster Prevention Research Institute
Professor,MORI NOBUHITO
Disaster Prevention Research Institute
Professor,KAWAIKE KENJI
Disaster Prevention Research Institute
Associate Professor,SAYAMA TAKAHIRO
Disaster Prevention Research Institute
Associate Professor,YAMAGUCHI KOSEIDisaster Prevention Research Institute
Associate Professor,SHIMURA TOMOYADisaster Prevention Research InstituteSenior Lecturer,LAHOURNAT，Florence

Course title
Instructor's(and course 環境防災生存科学
name, job title,
title inCase Studies Harmonizing Disaster Management and Environment Conservation and departmentof affiliation
English)Target year
Days and periods Mon.4

Number of credits 2
Class style

Year/semesters 2023/First semester

Language of instruction English

Lecture[Overview and purpose of the course]
Environmental impacts by infrastructure for disaster prevention and mitigation are discussed. Introducing
various examples of natural disasters, degradation of the environment, and harmonizing disaster management
and environmental conservation in the world, this classroom carries on a dialogue about effective measures
for reducing negative environmental impacts and serious disasters.
[Course objectives]
Conservation of the environment and prevention/mitigation of natural disasters, which are very important forhuman's survivability, often conflict with each other. This course introduces various examples. Students willlearn many examples harmonizing these two issues, and shall consider technical and social countermeasures
fitting to the regional characteristics.
[Course schedule and contents]
Hajime Nakagawa / River environment and disaster
Eiichi Nakakita / Heavy rainfall -using radar nowcasts and climate changeNobuhito Mori / Climate change and impact assessment on coastal environment
Takahiro Sayama / Hydrological processes and water disaster predictions
Kosei YAMAGUCHI/ Heavy rainfall -prediction of severe storm
Florence LAHOURNAT/ Traditional narratives of disaster: adaptation, meaning making,Continue to 環境防災生存科学(2)↓↓↓

環境防災生存科学(2)[Course requirements]
No special knowledge and techniques are necessary, but requires reading, writing and discussing in English
in the class.
[Evaluation methods and policy]
Considering both the number of attendances and the score of final test at the end of the semester.
[Textbooks]
No particular textbook for this course. Necessary documents and literature introduction are provided in theclass room from time to time.

[References, etc.]（Reference books）
Some literature would be introduced by professors.
[Study outside of class (preparation and review)]
No specific requirement for independent study. Collect information broadly regarding environment anddisaster related topics.
（Other information (office hours, etc.)）
Contact Associate Professor Mori email;mori.nobuhito.8a@kyoto-u.ac.jp, if you have any query.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F106 LE16 G-ENG02 5F106 LE16

Course title
Instructor's(and course 流域管理工学
name, job title,
title inIntegrated Disasters and Resources Management in Watersheds and departmentof affiliation
English)Target year
Days and periods Mon.1

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Associate Professor,YONEYAMA NOZOMU
Disaster Prevention Research Institute
Professor,KAWAIKE KENJI
Disaster Prevention Research Institute
Associate Professor,TAKEBAYASHI HIROSHI
Disaster Prevention Research Institute
Associate Professor,BABA YASUYUKI
Disaster Prevention Research Institute
Associate Professor,MIYATA SYUUSUKE

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Mechanism and countermeasures of sediment disasters, flood disasters, urban flood disasters and coastal
disasters are explained. An integrated watershed management of these disasters and water/sediment resources
is also introduced. This lecture will be open at Katsura Campus and Ujigawa Open Laboratory.
[Course objectives]
Learn an integrated basin management system for natural disasters (sediment disasters, food disasters, coastal
disasters, urban flood disasters) mitigation and water/sediment resources utilization considering
environmental conservation.
[Course schedule and contents]
Introduction,1time,Contents of this lecture are explaned.
Urban flood disaster managemnet,2times,We review urban floods from the viewpoint of river basins, floodcauses, and features, together with the results of recent studies. Based on these studies, we propose
comprehensive measures against urban floods, including underground inundations. In addition, we discuss on
prediction methods of the tsunami disaster in urban area.
Flood disaster management,2times,Prevention / mitigation measures against flood disasters and flood
prediction methods are explained as well as examples of recent flood disasters in Japan.
Sediment disaster management,2times,Showing the problems on sediment disasters and sediment resources, I
explain an integrated sedimnet management system both for sediment disasters and sediment resources.
Coastal disaster management,2times,Coastal erosion and tsunami hazard become remarkable in these days inJapanese coast. In a lecture, we discuss on characteristics of such coastal disasters.
Exercise on flood disaster at Ujigawa Open Laboratory,５times,Experiment and analysis on debris flows,
riverbed variation and flooding at Ujigawa Open Laboratory, Fushimi-ku, Kyoto city.
Evaluation of proficiency level,１times,Students confirm the proficiency level in this lecture.
[Course requirements]
Hydraulics, River Engineering, Coastal Engineering, Sediment Transport Hydraulics[Evaluation methods and policy]
Evaluation will be based on active participation (10 points), assignments (6 lecturers,15points each),
Assignments will be assessed on the basis of achievement level for course goals.
Continue to 流域管理工学(2)↓↓↓流域管理工学(2)- Those who are absent more than four times will not be credited.
- The assignments with high problem consciousness, originality and new ideas will be given a high score.
[Textbooks]
Not used
None[References, etc.]（Reference books）
Introduced during class
None[Study outside of class (preparation and review)]
This lecture is related to hydraulics, coastal engineering, hydrology and river ecology. Therefore we strongly
recommend reviewing these subjects and the contents of the lecture should be well understood through reportmaking.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6F109 LE73 G-ENG02 6F109 LE73

Course title(and course 地盤防災工学
title inEnglish)Disaster Prevention through Geotechnics

Target year
Days and periods Mon.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Disaster Prevention Research Institute
Professor,UZUOKA RYOSUKE
Disaster Prevention Research Institute
Associate Professor,UEDA KYOHEI

Year/semesters 2023/Second semester

Language of instruction English

Lecture[Overview and purpose of the course]
The lecture covers soil dynamics and unsaturated soil mechanics, stress-strain models under cyclic loading,design approach to liquefaction, dynamic three-phase analysis for geo-hazards. The lecture ranges fromfundamental soil mechanics to numerical analysis for geo-hazards.
[Course objectives]
Successful students will have the ability to initiate their own research work on geo-hazards based on the solid
understanding of soil mechanics and numerical analysis.
[Course schedule and contents]
Week 1: Introduction- Introduction to the course (objectives, contents, and grading procedure)- Geo-hazards induced by heavy rain and earthquake- Application of numerical analysis to predict the geo-hazards
Week 2-5: Soil dynamics and unsaturated soil mechanics- In-situ survey, laboratory tests- Cyclic deformation and strength properties of saturated soil
- Deformation and strength properties of unsaturated soil
Week 6-8: Stress-strain models under cyclic loading- Linear viscoelastic model- Nonlinear cycle-independent model- Dilatancy under cyclic loading
Week 9-12: Design approach to liquefaction- Assessment of liquefaction potential- Measures to prevent/allow liquefaction and their design methods- Methods for predicting lateral spreading
Week 13-14: Fundamentals of dynamic three-phase analysis for geo-hazards- Porous media theory- Balance laws and constitutive equations- Numerical method
Week 15: Applications of numerical analysis for geo-hazards- Liquefaction
Continue to 地盤防災工学(2)↓↓↓

地盤防災工学(2)- Landslide[Course requirements]
None[Evaluation methods and policy]
Assignments and class performance[Textbooks]
Handouts[References, etc.]（Reference books）
Gerhard A. Holzapfel: Nonlinear Solid Mechanics: A Continuum Approach for Engineering, John Wiley &Sons.
Javier Bonet, Antonio J. Gil, Richard D. Wood: Nonlinear Solid Mechanics for Finite Element Analysis:
Statics, Cambridge University Press.
Lewis, R.W. and Schrefler, B.A.:
The Finite Element Method in the Static and Dynamic Deformation and Consolidation of Porous Media, John
Wiley & Sons.
Kenji Ishihara, Soil Behaviour in Earthquake Geotechnics, Clarendon Press.
Oxford Engineering Science Series.
Ikuo Towhata, Geotechnical earthquake engineering, Springer-Verlag.
D. G. Fredlund, H. Rahardjo, M. D. Fredlund, Unsaturated Soil Mechanics in Engineering Practice, John
Wiley & Sons.

[Study outside of class (preparation and review)]
Fundamental soil mechanics（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6F113 LE95

Course title(and course グローバル生存学
title in
Global Survivability Studies
English)Target year
Days and periods Thu.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TACHIKAWA YASUTO
Graduate School of Engineering
Professor,FUJII SATOSHI
Disaster Prevention Research Institute
Professor,Cruz Ana Maria
Disaster Prevention Research Institute
Associate Professor,SAYAMA TAKAHIRO
Graduate School of Agriculture
Professor,SHIRAIWA TATSUHIKO
Graduate School of Energy Science
Professor,MCLELLAN，BenjaminYear/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Modern global society is facing risks or social unrest that are caused by huge natural hazards and disasters,
man-made disasters and accidents, regional environmental change/degradation including infectious diseases,
and food security. Introducing such examples at global and regional scales, this course provides lectures on
how to cope with them at national, local and community levels for making the society sustainable/survivable.
Future countermeasures are also discussed under uncertain circumstances such as climate change, population
growth, energy and socio-economic issues.
The issues listed above are taking place in many parts of the world and difficult to be solved by a single
discipline. Interdisciplinary approaches are necessary. This subject gives opportunities to learn and discusswith professors and students who have various academic backgrounds.
[Course objectives]
The objectives of this class are to have basic knowledge about global issues threatening safety and security of
the global society such as catastrophic natural disasters, man-made disasters and accidents, regional
environmental and climate changes, and to enhance student s ability to express their own ideas and discusswith professors and students from other study areas.
[Course schedule and contents]
Introduction of Global Survivability Studies (1)Discuss on global agendas for sustainable development and resilient societies and why we need Global
Survivability Studies (GSS).
Water-related disaster risk management (1)Discuss on water-related disaster risk management: concept and recent experiences.
Climate change and water-related disasters (1)Discuss on impact assessment and adaptations for water-related disaster risk under climate change.
Living safely in an industrialized world: When natural and technological hazards collide (1)Discuss conjoint natural and technological disasters so called Natech .
Continue to グローバル生存学(2)↓↓↓

グローバル生存学(2)Moving from risk management to risk governance for Natech risk reduction (1)Discuss risk governance concept to reduce Natech.
Building national resilience in Japan (1)Discuss on building national resilience based on Japanese experiences.
Globalism as totalitarianism (1)Discuss on globalism as totalitarianism.
Disaster risk management and governance for global changes (1)Lecture and group work on disaster risk management and governance for global changes.
Energy systems and just zero carbon energy transitions under uncertainty (1)Lecture and discussions on energy systems and energy transitions to meet social, environmental andeconomic goals.
Crop production for food security (1)Overview constraints to food crop production and discuss counter measures for future food security.
Presentation by students; discussions (5)Presentation by students related to the lectures and discussions on the presented topics.
[Course requirements]
Nothing special.
[Evaluation methods and policy]
Reports (30 %) and Presentation and discussion (70 %).
[Textbooks]
Nothing special.

[References, etc.]（Reference books）
Nothing special.
[Study outside of class (preparation and review)]
If handouts (teaching materials) are distributed (or downloaded from the website), students should read themprior to the class. They may be distributed at the classroom (or put on the website). Students can make use ofthem after the class for reviewing lectures and preparing presentation materials and discussion sessions which
will be organized in the latter half of the semester.

Continue to グローバル生存学(3)↓↓↓

グローバル生存学(3)（Other information (office hours, etc.)）
This subject is compulsory for students enrolled in the Inter-Graduate School Program for Sustainable
Development and Survivable Societies. Students other than ones in Graduate School of Engineering should
submit a registration card for taking this class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 7F201 LB58 G-ENG01 7F201 LB58

Course title(and course 都市社会情報論
title inEnglish)Instructor's
name, job title,
Information Technology for Urban Society and departmentof affiliation

Target year
Days and periods Thu.1

Number of credits 2
Class style

Graduate School of Global Environmental Studies
Associate Professor,YAMAGUCHI KEITA

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
The advancement of urban society by the use of information has been realized through the remarkabledevelopment of informational communication technology. This seminar has the discussions about the worth
and affect in the urban society using engineering and economic estimation method, and lectures about theway of maintenance, operation and management of urban systems in the advanced informational andknowledge-intensive society.
[Course objectives]to understand the way of maintenance, operation and management of urban systems in the advanced
informational and knowledge-intensive society.
[Course schedule and contents]
Outline,1time
Series of lectures on a topic given by different professors,13times
Summary and feedback,1time,[Course requirements]
None[Evaluation methods and policy]
Evaluation by four papers (Details will be provided in the first lecture)[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Details will be provided in the first lecture.
（Other information (office hours, etc.)）
Details will be provided in the first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 5F207 LJ73 G-ENG01 5F207 LJ73

Course title(and course 都市社会環境論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Urban Environmental Policy

Target year
Days and periods Mon.2

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,MATSUNAKA RYOUJI
Graduate School of Management
Associate Professor,OOBA TETSUHARU

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]This lecture aims to learn urban environmental policy and its fundamental theory and methodology to solve
social and environmental problems that occur in urban area as well as to understand the structure of these
problems.
[Course objectives]to understand the structure of social and environmental problems in urban area and urban environmental
policy, its fundamental theory and methodology to solve the problems[Course schedule and contents]
Outline,1time
Structure of urban problems,3times
Expansion of urban areas, Increase of Environmental impact, Making compact cities
Basic theory of transportation and environment,2times
Downtown activation, Road space re-allocation, Pedestrianisation
Road traffic and Public transportation,2times
Characteristics of traffic modes, Light Rail Transit, Bus Rapid Transit, Mobility Management
Fundamental theory for measurements of environmental values,3times
Utility, Equivalent Surplus, Compensating Surplus
Methodology to measure environmental values,3times
Travel Cost Method, Hedonic Approach, Contingent Valuation Method, Conjoint Analysis
Summary and feedback,1time,[Course requirements]
basic knowledge of public economics is required

Continue to 都市社会環境論(2)↓↓↓

都市社会環境論(2)[Evaluation methods and policy]
evaluation by commitment, tests, reports and examination[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Review of each class is required.
（Other information (office hours, etc.)）
Office our : Check on KULASIS*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6F215 LJ73 G-ENG02 6F215 LJ73

Course title(and course 交通情報工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Intelligent Transportation Systems

Target year
Days and periods Fri.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,UNO NOBUHIRO
Graduate School of Management
Professor,YAMADA TADASHI
Graduate School of Engineering
Assistant Professor,NAKAO SATOSHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This class provides you with the outlines of engineering methodology with information and communication
technology as its core element for improving the safety, efficiency and reliability of traffic and transportation
systems and reducing the environmental burden. Concretely, we discuss the applicability of countermeasures,such as Travel Demand Management, modal-mix in transportation systems, traffic safety improvement
schemes for relieving contemporary problems in traffic and transportation systems, in addition to brief
introduction of innovative approaches to collect high-quality of real-time traffic data. Moreover, themethodology for policy evaluation and the related basic theory are explained.
[Course objectives]
Goal of this class is to cultivate basic and critical abilities of students for implementing effective traffic andtransportation management using ITS (Intelligent Transportation System).
[Course schedule and contents]
Basics for Transportation Network Analysis,1 time,
Analytical Approaches Based on Transportation Network Equilibrium,4 times,
Outlines of ITS ,1 time,
Traffic Management for Enhancing Efficiency,1 times,
Innovative Approaches for Data Collection Using ICT,1 time,
Application of ITS for Enhancing Traffic safety,1 time,
Travel Demand Management and Congestion Charging,3 times,
Application of Traffic Simulation,1 times,
Prospects of Intelligent Transportation Systems, 1 time,
Feedback of evaluation of report examination to students,1 time.
[Course requirements]
None[Evaluation methods and policy]
Final report: 45%(including quizzes), Mid-term report: 45% and Mark given for usual commitment to class:
10%

Continue to 交通情報工学(2)↓↓↓

交通情報工学(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
The instructions about home study will be available in the class.
（Other information (office hours, etc.)）
The office hour is notified to the students in the class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 6F219 LJ34

Course title(and course 人間行動学
title inEnglish)Instructor's
name, job title,
Quantitative Methods for Behavioral Analysis and departmentof affiliation

Target year
Days and periods Mon.5

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,3times,,3times,,3times,,3times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJII SATOSHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG01 5F223 LE24

Course title(and course リスクマネジメント論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Risk Management

Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,Cruz Ana Maria

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
The aim of the class is to provide the basic knowledge of risk management methods for various types of risks
such as natural disaster, environment and natural resources in urban and rural areas. Students will learn thedecision making principle under risks in Economics and asset pricing methods in Financial Engineering aswell as have exercises of application on public project problems.
[Course objectives]
It is targeted to understand 1) representative concepts of risk and risk management process, 2) expected utility
theory and 3) foundation of Financial Engineering, and examine 4) public project problems by applying theabove knowledge.
[Course schedule and contents]
Basic framework of risk management,2times,1-1 Representative concept of risk1-2 Risk management
technologies
Decision making theory under risks,3times,2-1 The Bayes#039 theorem2-2 The Expected utility theory
Financial engineering,6times,3-1 The Capital Asset Pricing Model3-2 Option pricing theory3-3 The arbitrage
theorem3-4 The Black-Scholes formula
Decision making methods for projects,3times,4-1 The decision tree analysis4-2 The real option approach
Comprehension check,1time,5 Comprehension check[Course requirements]
Fundamental understanding of probability[Evaluation methods and policy]
20% of score is valuated on attendance and discussion in classes, and 80% on reports.
[Textbooks][References, etc.]（Reference books）
1.Ross, S.M.: An Elementary Introduction To Mathematical Finance, Cambridge University Press, 19992.
Sullivan W.G.: Engineering Economy, Pearson, 2012
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5F227 LJ73 G-ENG02 5F227 LJ73

Course title(and course 構造ダイナミクス
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Structural Dynamics

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TAKAHASHI YOSHIKAZUDisaster Prevention Research Institute
Professor,IGARASHI AKIRA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]This course deals with dynamics of structural systems and related topics, to provide the theoretical basis todeal with the problems of vibration, safety under dynamic loads and health monitoring associated with
infrastructures. The students will study the dynamic response, properties of natural modes and methods ofeigenvalue analysis for multi-DOF systems. The topics on the numerical time integration schemes,
probabilistic evaluation of structural response to random excitation, and dynamic response control techniques
for structures are also studied.
[Course objectives](1) To aquire the knowledge on theories and principles of analysis of MDOF systems (2) Systematic
understanding of frequency-domain structural response analysis (3) Concept of analysis of numerical time
integration schemes (4) Understanding of fundamentals of the random vibration theory[Course schedule and contents]
Introduction (1 week)
The fundamental concepts of structural dynamics and the scope of the problem to be treated are described,
and the outline of the theoretical framework of methodologies for analysis is overviewed.
Dynamics of Multi-Degree-Of-Freedom Systems (2 weeks)
Basic concepts, including the formulation of vibration model of multi-degree of freedom systems, eigenvalue
analysis, normal modes and modal analysis of linear systems and modeling of system damping, are described.
Frequency-Domain Analysis of System Response (1 week)
Methodology of response analysis of linear systems based on the concept of the frequency response function,and the relationship between the frequency-domain analysis and time-domain response via Fourier integral,mathematical operation and numerical procedure are described.
Numerical Time Integration (2 weeks)Overview of the step-by-step time integration method used for numerical response analysis in the time
domain is followed by the implication and mathematical analysis of the characteristics of the integration
method, including stability and accuracy.
Random Vibration (6 weeks)
The methodology for stochastic modeling of inputs when the dynamic load on the structure can not be
deterministically specified is shown, and the concept, theory and method for probabilistic evaluation of the
dynamic response of the structures are described.
Continue to 構造ダイナミクス(2)↓↓↓構造ダイナミクス(2)Structural Response Control (2 weeks)
The concept of dynamic response control of structures, in particular the active control and semi-active control,
is described, and the standard theories for analysis and design are introduced.
Achievement Evaluation (1 week)
Students' achievements in understanding of the course material are evaluated.
[Course requirements]
Mechanical vibration (undergraduate level), Complex calculus (integration of analytic functions, Fouriertransform, etc.), Probability theory, Linear algebra[Evaluation methods and policy]
Based on the results of a final examination (90%), plus homework assignments (10%)[Textbooks]
Not used; Class hand-outs are distributed when necessary.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
There will be homework assignments at the end of most of the lectures.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 7F241 LJ73 G-ENG02 7F241 LJ73

Course title(and course ジオコンストラクション
title inEnglish)Instructor's
name, job title,
Construction of Geotechnical Infrastructures and departmentof affiliation

Target year
Days and periods Fri.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KIMURA MAKOTO
Graduate School of Engineering
Professor,KISHIDA KIYOSHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Advanced construction technology of geo infrastructures, such as tunnel, large underground cavern,
foundation, culvert, retaining wall, is introduced and explained. And, the practical projects applied by theadvanced construction technology are also introduced.
[Course objectives]
To learn to the advanced construction technology and to propose the project and design through the advanced
construction technology.
[Course schedule and contents]
Guidance, Introduction of construction of geotechnical infrastructures,1time,Guidance, Introduction of
construction of geotechnical infrastructures
Geo-investigation and survey techniques,2times,Introduction of the advanced geo-infestation and survey
techniques. Explanation of inversion theory and technique.
Auxiliary mthods of mountain tunnel,2times,Introduction of NATM for construction of tunnel andunderground cavern. In addition, the role of auxiliary methods, auxiliary method for safety in tunnel
constrcution, axiliary methods for preservation of the surrounding environment are explained
Rock physics and its applications,2times,Introduction of the constitutive law of rock material and rockphysics (pressure solution) and its application fields, such as special projects of underground space, namely,
nuclear waste disposal, and Carbon Capture and Storage.
Field visit or special lecture,1time,Visit the construction field or invite special lecture who is the expert
engieer on the construction of geotechnical infrastructures.
Foundation,2times,Design and construction of piles foundation and steel pipe sheet piles
Culvert,2times,Design and construction of box type and arch type culverts
Retaining wall,2times,Design and construction of retaining wall
Examination of understanding,1time,[Course requirements]
Soil mechanics, Rock mechanics[Evaluation methods and policy]
Attendance and Report (20 %), Examination (80 %)[Textbooks]
Not used
Continue to ジオコンストラクション(2)↓↓↓

ジオコンストラクション(2)[References, etc.]（Reference books）
日本材料学会編 『ロックメカニクス』[Study outside of class (preparation and review)]
Students should be reviewed the exercises which are learned at the class.
（Other information (office hours, etc.)）
Office hour will be explained at the guidance. Students can contact with professors as an e-mail.
kimura.makoto.8r@kyoto-u.ac.jp
kishida.kiyoshi.3r@kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number

G-ENG02 8F251 PB58 G-ENG01 8F251 PB58

Course title(and course 自主企画プロジェクト
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Exercise on Project Planning

Target year
Days and periods Intensive

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,SAWAMURA YASUO

Year/semesters 2023/Intensive, year-round

Practical training

Language of instruction Japanese and English[Overview and purpose of the course]
The purpose of this seminar is to bring out the self-initiative, the planning ability, the creativity of students.
From project and to practice, the students set up the goals of projects, go ahead with the projects bythemselves, and finally make the presentations of project results. Specifically, about the internship activities
in enterprises, the training activities in enterprises or universities at home and abroad, the planning andoperation of collaborative projects with citizen, the student makes the perfect plannings including the
purposes, the ways, the results and so on. For a final, the students do practice, they write the reports and makethe presentations about the project results.
[Course objectives]
Goals are cultivating ability for self-initiative, planning and creativity.
[Course schedule and contents]
Course introduction: 1 time
Proposal of project: 6 times (by June)
Implementation of project: 12 times (from June to December)
Progress report: 1 time (by October)
Final report: 8 times (deadline for submission: early January)
Presentation: 2 times (early January)[Course requirements]
There is no specific requirement for taking this course.
[Evaluation methods and policy]
Planning, implementation of project and reports are comprehensively evaluated.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Details are provided by adviser.
（Other information (office hours, etc.)）
Details are provided in the first lecture.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 5F261 LE73 G-ENG02 5F261 LE73

Course title(and course 地震・ライフライン工学
title inEnglish)Instructor's
name, job title,
Earthquake Engineering/Lifeline Engineering and departmentof affiliation

Target year
Days and periods Tue.4

Number of credits 2
Class style

Disaster Prevention Research Institute
Professor,IGARASHI AKIRA
Graduate School of Engineering
Associate Professor,FURUKAWA AIKO

Year/semesters 2023/First semester

LectureLanguage of instruction English[Overview and purpose of the course]This course deals with the mechanism and propagation characteristics of the seismic ground motion that often
greatly affects the urban society, in particular the wave generation in the earthquake fault and the groundvibration analysis, and the elastic and elastoplastic response of the structures to the seismic ground motions.
The topics include the dynamic response characteristics of RC/steel structures, current seismic responsecontrol technology, basic theory and technical development of lifeline earthquake engineering, thoreticalaspect of lifeline management and safety assessment learned from past damage experience.
[Course objectives]
This course aims to provide students with the knowledge to comprehensively understand the flow from themechanism of earthquake occurrence and wave generation to ground motions and seismic characteristics ofstructures including lifelines, as well as to acquire advanced earthquake-resistant technologies and risk
management methods for lifeline systems.
[Course schedule and contents]
Fundamental theory on seismology and earthquakes, 2 times
Fundamental theory on ground response analysis, 1 time
Probabilistic seismic hazard analysis, 1 time
Prediction of strong ground motions from scenario earthquakes, 1 time
Fundamental theories on dynamic response of nonlinear elastoplastic structural systems and representative
seismic design principles, 2 times
Seismic performance and seismic design of concrete structures,1 time,
Seismic isolation and seismic response control techniques for enhancement of seismic performance ofstructures, 1 time,
Seismic retrofit and rehabilitation of existing structures,1 time,
Earthquake resistance of foundations and structures,1 time,
Earthquake resistance of underground structures ,1 times,
Continue to 地震・ライフライン工学(2)↓↓↓

地震・ライフライン工学(2)Earthquakes and Lifelines,1 time,
Earthquake Risk Management for Lifelines,1 time,Achievement evaluation,1 time, achievements in understanding of the course material are evaluated.
[Course requirements]
None[Evaluation methods and policy]
Attendance, assignments, etc. (about 50% of the points), and the final report (about 50% of the points) will becomprehensively taken into account in the evaluation.
[Textbooks]
Not specified[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Instructions will be given as appropriate.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 7F263 LJ73 G-ENG01 7F263 LJ73

Course title(and course サイスミックシミュレーション
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Seismic Engineering Exercise

Target year
Days and periods Mon.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TAKAHASHI YOSHIKAZUDisaster Prevention Research Institute
Associate Professor,GOTOU HIROYUKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course provides the knowledge of simulation methods for earthquake engineering. Small groups ofstudents are exercised in the prediction of ground motion generated by a specified seismic fault and the
response analysis of structure selected by themselves considering soil-structure interaction.
[Course objectives]
At the end of this course, students will be required to have a good understanding of: - Prediction of groundmotion generated by a specified seismic fault - Dynamic response analysis of structures and foundation(linear/nonlinear)[Course schedule and contents]
1. Frequency domain analysis
Basics of Fourier transformation is introduced.
2. Modeling of structure - soil system and time domain analysis
Equation of motion of SR model is introduced and the integration method of the equation in time domain is
explained.
3-4. Exercise of linear seismic response analysis
Small groups of students are exercised in elastic modeling of structures and linear response analysis in time
domain and frequency domain.
5-7. Prediction of ground motion by empirical Green's function method
Empirical Green's function method is introduced to predict large earthquakes based on observed small
earthquakes.
8-9. Seismic analysis method of soil
Seismic analysis method of layered half-space based on equivalent linearization method is introduced.
10-11. Nonlinear seismic analysis method of structures
Nonlinear modeling of structures and the integration and iterative methods of the nonlinear equation of
motion in time domain are introduced.
12-14. Exercise of nonlinear seismic response analysis
Small groups of students are exercised in the prediction of ground motion generated by a specified seismic
fault and the nonlinear response analysis of structures and foundation.
Continue to サイスミックシミュレーション(2)↓↓↓

サイスミックシミュレーション(2)15. Achievement Check
All students give presentations and discussions.
[Course requirements]
Earthquake Engineering/Lifeline Engineering (10F261), Structural Dynamics (10F227)[Evaluation methods and policy]
Based on the performance during the course (including homework) and the results of presentation and reports.
[Textbooks]
Not used; Class hand-outs are distributed when necessary.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Students require to review and analyze in preparation for final presentations.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG02 6F267 LJ73 G-ENG01 6F267 LJ73

Course title
Instructor's(and course 水文気象防災学
name, job title,
title inHydro-meteorologically based Disaster Prevention and departmentof affiliation
English)Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,NAKAKITA EIICHIDisaster Prevention Research Institute
Associate Professor,SAYAMA TAKAHIRO
Disaster Prevention Research Institute
Associate Professor,YAMAGUCHI KOSEIDisaster Prevention Research Institute
Program-Specific Associate Professor,Watanabe Satoshi
Disaster Prevention Research Institute
Assistant Professor,Yukari Naka

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Technical theories of designing and real-time predictions, which combine hydrology and meteorology, as
well as water planning and management theory will be covered based on climate change, as well as changes
in water circulation and water environments associated with urbanization, and the impact of these on people
and society, as well as disasters. Not only the physical factors but also the probability statistics approach will
be covered, while using weather radars and satellite remote sensing information, on a scale from the global tothe city level.
[Course objectives]
Learning about the technical theories of planning prediction and real-time prediction, which combinehydrology and meteorology, as well as basin water planning and management theory will be covered basedon climate change as well as changes in water circulation and water environments associated withurbanization and the impact of these on people and society and disasters.

[Course schedule and contents]"Observation and prediction of rainfall by radar (2 times)
Up-to-date information on rainfall observations with advanced weather radars and satellite-mounted radars
will be provided, as well as rainfall estimation and rainfall prediction.
World heavy rain disasters, people/society and global warming (2 times)
Consideration of the impact of heavy rain disasters on people and society, taking as examples the flood
disasters that have occurred abroad. In addition, consideration will be given to how it is thought that global
warming affects how rain falls, how to confirm this scientifically, how to carry out flood control planning,
and what countermeasures to take.
Hydrometeorological disasters and prevention (1 time)
Recent cases of hydrometeorological disasters that have occurred both in Japan and abroad are introduced,
and their characteristics are clarified. Additionally, a lecture will be given on techniques, policies, and legal
systems for the prevention of disasters.
Hydrologic frequency analysis (2 times)
A method to calculate the frequency of extreme events by the probabilistic statistical analysis of data onhydrological extreme values, such as the greatest torrential rainfall and flood of the year, will be presented.
Continue to 水文気象防災学 (2)↓↓↓

水文気象防災学 (2)Using the actual data series on extreme values, various probability distributions will be applied, their fitness
will be evaluated, and the T annual probable hydrological value and its estimation accuracy will be obtained.
Hydrological and water quality analysis of urban rivers (2 times)
The explanation, analysis, and evaluation method of the rainfall outflow system in urban river basins (natural)
and water and substance outflow phenomena in water supply/sewerage systems (artificial) will be discussed.
In particular, the outflow phenomenon from the non-point pollution source and the impact on the riverenvironment will be described.
Flood control in urban areas and water environmental management (2 times)
Sewerage for urban flood control and the suppression effect of various facilities for the suppression of theaccompanying overflow as well as the actual situation of rainwater use will be introduced. In particular, thenecessity of real-time control of sewage pumping stations and storage facilities, and their effects andlimitations, will be described.
Operation of flood control dams and their effect (1 time)
Dams are a powerful method for controlling floods. Practical examples of the operation method of flood
control dams and the operation of dams at the time of floods in recent years will be introduced, andimprovements in the degree of safety by flood control dams will also be considered. Additionally, thepossibility of further improving the effect by using a flexible operation method combined with weather
forecasting will be covered.
Transmission of hydrometeorological information and flood hazard map (1 time)
Hydrometeorological information is transmitted using various media. The information route andcommunication method from observation to actual evacuation/flood control activities will be introduced.
Thorough consideration will be given to the ideal state of an effective disaster prevention information system.
Test (1 time)[Course requirements]
Basic knowledge on hydrology and water engineering[Evaluation methods and policy]
The results will be evaluated by combining regular tests and points given for class participation.
[Textbooks]
Not in particular.

[References, etc.]（Reference books）
Not in particular.

Continue to 水文気象防災学 (3)↓↓↓

水文気象防災学 (3)[Study outside of class (preparation and review)]
Review of basic knowledge on hydrology and water engineering（Other information (office hours, etc.)）
The course is opened every other year. It will be opened in 2023.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6F405 LE73 G-ENG02 6F405 LE73

Course title(and course ジオフロント工学原論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Fundamental Geofront Engineering

Target year
Days and periods Tue.1

Number of credits 2
Class style

Graduate School of Management
Professor,HIGO YOUSUKE
Graduate School of Engineering
Associate Professor,IWAI HIROMASA

Year/semesters 2023/First semester

Language of instruction English

Lecture[Overview and purpose of the course]This course covers the physical, chemical, and mechanical properties of soils and rocks distributed on theearth's surface, from land to seabed ground. It also covers problems related to disaster prevention, unsaturated
behavior, and structural design. The course aims to provide students with an understanding of pioneeringresearch in geotechnical and rock engineering, as well as the mechanical background and fundamental
theories that form the basis of such research.
[Course objectives]
The objective of this course is to understand the mechanical background of the following engineering
problems.
− Mechanical behavior of unsaturated soils and disaster prevention of levees, embankments, and slopes.
− Engineering problems related to seabed ground engineering and mechanisms of submarine geo-disasters.
− Groundwater flow and coupled problems in rock mass and monitoring of slope deformation.

[Course schedule and contents]
Outline of earth structures, Unsaturated soil mechanics (2 times)
Roles of earth structures as an infrastructure. Unsaturated soil mechanics.
Damage of earth structures caused by rainfall and earthquake (1 time)
Case examples and their mechanisms of the damages of earth structures caused by rainfall and earthquake.
Methods to evaluate and improve stability of earth structures subjected to rainfall and earthquake (1 time)
Design methods of earth structures and their problems are outlined.
Engineering application of seabed ground (2times)
Explain topics related to the engineering utilization of seabed sediments, such as rare minerals and methane
hydrates in seabed deposits, and offshore wind energy.
Seabed geohazards and damage case studies (1time)
Submarine geohazards that can be expected to occur on the seabed are reviewed, with a particular focus on
tsunamis induced by seabed landslides.
The governing equations for groundwater flow in a rock mass and methods of groundwater investigation andpermeability test will be explained.
An analytical model describing the permeability behavior of a discontinuous rock mass in a coupled thermalhydraulic-mechanical-chemical field is also described, using a high-level radioactive waste repository as an
Continue to ジオフロント工学原論(2)↓↓↓

ジオフロント工学原論(2)example. (3times)
In addition, the latest monitoring methods to monitor slope deformation during heavy rainfall will be
explained. (1time)

Site visit, 1 time, Visit construction site relevant to the issues of this course.
Evaluation and feedback, 1 time, Evaluation of achievement by examination, and its feedback.
[Course requirements]
Undergraduate courses in geology, geotechnical engineering, and soil mechanics are desired.
[Evaluation methods and policy]
Performance grading will be provided based on examination. Attendance and quality of assigned reports, etc.
are considered.
The grade will be based on roughly 50% and 50% on examination and others, respectively.
[Textbooks]
Handouts will be distributed.

[References, etc.]（Reference books）
References are indicated in the handout.
[Study outside of class (preparation and review)]
Fundamental knowledge of soil mechanics（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 5F415 LJ73 G-ENG01 5F415 LJ73

Course title(and course 環境材料設計学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Ecomaterial Design

Target year
Days and periods Wed.1

Number of credits 2
Class style

LectureGraduate School of Management
Professor,YAMAMOTO TAKASHI
Graduate School of Engineering
Assistant Professor,TAKAYA SATOSHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Lecture on outline of impact of construntion materials to environment and influence on materials andstructures from environment. Discuss how to use materials sustainably. Keywords are concrete, steel,composite materials, CO2, durability, recycle and reuse, life-cycle assessment.
[Course objectives]
To understand the limit of resources and effect of material use to environment. and to understand the basic
theory to make environmental-friendly infrastructures from the view point of materials use.
[Course schedule and contents]
Guidance,1time,Object of the Course, Grading and Goals
product of materials and impact to environment,1time,Product of cement, steel, concrete CO2 product and its
influence
recycle and reuse of materials,3times,Recycle and reuse of steel, metals, concrete, asphalt, plastics
Technology development of construction materials
deterioration of concrete structures,1time,Mechanism of deterioration of concrete structures: carbonation, salt
attack, alkali-aggregate reaction Maintenance and retrofit methods
deterioration of steel structures,1time,Mechanism of deterioration of steel structures: corrosion, fatigue
Maintenance and retrofit methods
deterioration of composite structures,1time,Mechanism of deterioration of composite structures: Maintenanceand retrofit methods
life-cycle assessment of structures,1time,Life-cycle assessment of structures considering initial cost as well as
maintenance cost
topics and discussion,2times,Recent topics on construction materials and discussion
presentation by students and discussion / feedback,4times,Presentation by students on the individual topics
Discussion on the topics. Feedback at the last class[Course requirements]
Basic knowledge of construction materials, concrete engineering[Evaluation methods and policy]
Reports (60%) and mini quizzes (40% including attendance) will be assigned, and the overall score will be
judged.

Continue to 環境材料設計学(2)↓↓↓

環境材料設計学(2)[Textbooks]
No set text

[References, etc.]（Reference books）
Instructed in class[Study outside of class (preparation and review)]
Check the handouts. Additional studies will also be instructed.
（Other information (office hours, etc.)）
Questions and discusions are welcome*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 6F462 LE73 G-ENG01 6F462 LE73

Course title(and course 海岸波動論
title inCoastal Wave Dynamics
English)Target year
Days and periods Fri.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Graduate School of Engineering
Professor,GOTOH HITOSHI
Graduate School of Engineering
Associate Professor,KHAYYER ABBAS
Graduate School of Engineering
Professor,HARADA EIJI
Graduate School of Engineering
Assistant Professor,IKARI HIROYUKI
Graduate School of Engineering
Assistant Professor,Yuma Shimizu

Year/semesters 2023/First semester

LectureLanguage of instruction English[Overview and purpose of the course]
Wave motion, which is the main driving force in coastal zone, is explained focusing on wave transformation
theory and computational fluid dynamics, and design for coastal structures of their engineering applications is
illustrated. As for the computational fluid dynamics for waves, methodology of free-surface wave based on
the Navier-Stokes equation, which has been significantly developed in recent years, is explained in detail.
[Course objectives]
Goal of this course is a detailed understanding of fundamental of wave transformation theory andcomputational fluid dynamics related to wave motion, and is also acquiring a design concept for coastal
structures as their engineering applications.
[Course schedule and contents]
Introduction:
The purpose and constitution of the lecture the method of the scholastic evaluation are explained.(1)Conservation laws of fluid:
Fundamentals of fluid mechanics, liner / non-liner wave theories and numerical mathematics are explained.(4)Modeling of surf zone dynamics:
Several methodologies against free-surface wave including breaking waves (i.e. VOF, MPS, SPH) areillustrated. Especially advanced approaches of MPS and SPH are explained in detail.(6)Introduction of turbulence models:
Reynolds averaging models and large eddy simulation are outlined.(1)Modeling of rock mound dynamics:
Method for tracking of armor blocks under high waves using Distinct Element Method is described.(2)Achievement Confirmation:
Comprehension check of course contents.(1)Continue to 海岸波動論(2)↓↓↓

海岸波動論(2)[Course requirements]
Non. It is desiarable to have knowledge about hydraulics, fluid mechanics.
[Evaluation methods and policy]
Grading is based on student s activities in lectures and written examination.
[Textbooks]
Computational Wave Dynamics by Hitoshi Gotoh, Akio Okayasu and Yasunori Watanabe 234pp, ISBN: 978981-4449-70-0[References, etc.]（Reference books）
non[Study outside of class (preparation and review)]
The review after the class is necessary.
（Other information (office hours, etc.)）
If there are any questions, please send e-mail to the staff. This course will be offered in 2019.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 7F464 LJ73 G-ENG01 7F464 LJ73

Course title(and course 水工計画学
title inEnglish)Hydrologic Design and Management

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TACHIKAWA YASUTO
Graduate School of Management
Professor,ICHIKAWA YUTAKA
Graduate School of Engineering
Assistant Professor,TANAKA TOMOHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Hydrologic design and real-time rainfall-runoff prediction methods are described. The frequency analysis ofhydrologic extreme values and the time series analysis of hydrologic variables are described, and then aprocedure to determone an external force for the hydrologic design are explained. Next, a physically basedhydrologic model which includes various processes of human activities for the hydrologic cycle is described.
A flood control planning and water resources management with the use of innovative hydrologic simulation
tools is described. Then, A real-time rainfall runoff prediction method with the use of Kalman filter theory is
described.
[Course objectives]
The class aims to understand the probabilistic and statistical analysis of hydrologic variables to determine theexternal force of hydrologic designs, applications of hydrologic simulations for hydrologic designs, and realtime rainfall and runoff prediction methods for water resources management.
[Course schedule and contents]
Introduction,1time,A flood control planning and water resources planning are introduced.
Frequency analysis and hydrologic design,3times,The frequency analysis of hydrologic extreme values is
described. The methods to set the external force for the hydrologic design are explained.
Time series analysis and hydrologic design,2times,The time series analysis of hydrologic variables is
described. The methods to develop time series models, time serried data generation methods, spatiotemporalvariation of hydrologic variables and a random field model, disaggregation methods are explained.
Hydrologic modeling and predictive uncertainty ,2times,Hydrologic models which include the process ofhuman activities for the hydrologic cycle is described. Then, hydrologic predictive uncertainty is explained,
which is inevitable coming from model structure uncertainty, parameter identification uncertainty and model
input uncertainty. Especially, the relation between spatiotemporal scales of hydrologic modeling and model
parameter values is described.
Hydrologic modeling system,2times,A hydrologic modeling system which helps to develop complicatedhydrologic simulation models and its importance for a flood control planning is also described.
Watershed management for flood disaster,2times,Watershed management to mitigate flood disasters is
described. A cost-benefit analysis of flood control measures is discussed.
Real-time rainfall runoff prediction,2times,A real-time rainfall runoff prediction method with the use of
Kalman filter theory and a new filter theory is described.
Feedback of study achievement,1time,Feedback of study achievement is conducted.

Continue to 水工計画学(2)↓↓↓

水工計画学(2)[Course requirements]
Basic knowledge of hydrology, probability and statistics are required.
[Evaluation methods and policy]
Final report (100)[Textbooks][References, etc.]（Reference books）（Related URLs）(http://hywr.kuciv.kyoto-u.ac.jp/lecture/lecture.html)[Study outside of class (preparation and review)]
Read the textbook and/or related documents in advance and work on assignments to improve understandingof the lecture contents.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 6K016 LE73 G-ENG02 6K016 LE73

Course title(and course 計算地盤工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Computational Geotechnics

Target year
Days and periods Mon.1

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,UZUOKA RYOSUKE
Graduate School of Engineering
Associate Professor,SAWAMURA YASUODisaster Prevention Research Institute
Associate Professor,UEDA KYOHEI

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
The course provides students with the numerical modeling of geomaterials to predict the mechanical behaviorof geomaterials. The course will cover the nonlinear continuum mechanics and the governing equations for
multiphase geomaterials based on the theory of porous media. The fundamental constitutive models ofgeomaterials including the elastic model, the elastoplastic models will also be presented. In addition,
numerical methods including FEM and FDM will be explained with some applications, such as, consolidation,soil-structure interaction problems. Finally, students are required to do excises of numerical calculations.
[Course objectives]
Understanding the numerical modeling of multiphase geomaterials[Course schedule and contents]【Nonlinear continuum mechanics】（5times）
Nonlinear continuum mechanics 1: Vector and tensor algebra, Kinematics (motion and strain tensors),
Concept of stress tensors
Nonlinear continuum mechanics 2: Balance principles, Objectivity and stress/strain rates, Constitutive laws
【Governing equations】 (5 times)
Governing equations for fluid-solid two-phase materials: Conservation of mass, balance of linear momentum.
Constitutive models for soils, including elastic model, elastoplastic model (Cam-clay model).
【Numerical methods and applications】 (3 times)
Numerical methods (FEM, FDM etc.)
Applications of finite element method【Exercises】 (2 times)
FEM analysis for two-phase mixture
Exercises and interpretations of the results
Presentation[Course requirements]
Understanding on fundamental geomechanics

Continue to 計算地盤工学(2)↓↓↓

計算地盤工学(2)[Evaluation methods and policy]
Assignments (100%)[Textbooks]
Handout will be given.

[References, etc.]（Reference books）
Handout will be given.
[Study outside of class (preparation and review)]
Handout will be given through PandA .
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 5W001 LE73 G-ENG02 5W001 LE73

Course title(and course 社会基盤構造工学
title inEnglish)Instructor's
name, job title,
Structural Engineering for Civil Infrastructure and departmentof affiliation

Target year
Days and periods Thu.2

Number of credits 2
Class style

Graduate School of Engineering
KANKEI KYOIN
Graduate School of Engineering
Associate Professor,FURUKAWA AIKO

Year/semesters 2023/Second semester

LectureLanguage of instruction English[Overview and purpose of the course]
Structural engineering problems related to planning, design, construction and maintenance of theinfrastructures are discussed. Topics concerning structural engineering and management are widelly taken up
including latest advanced knowledge and technology, future view and/or international topics. Special lecturesby extramural lecturers are carried out if necessary.
[Course objectives]
To grasp problems related to structural engineering and their specific solutions.
To understand applicability of advanced technologies and development prospects.
[Course schedule and contents]
Structural Materials, Structural Mechanics,4times,Steel materials, Concrete materials, mechanical behavior ofstructures, Problems related to design, construction and maintenanceApplied Mechanics,1time,Numerical analysis for structure performance evaluation
Earthquake and Wind Resistance of Structures,7times,Infrastructure and natural disaster, Trends of disasterprevention technology, Problems related to Earthquake and wind resistant design
Maintenance of structure,3times,International technology, Scenario design, International technologicaleducation and collaboration[Course requirements]
Structural Mechanics, Wind Resistant Design, Construction Materials, Dynamics of Structures, etc.
[Evaluation methods and policy]
Coursework will be graded based on the reports.
[Textbooks]
The textbook is not required. Materials will be supplied by instructors.
[References, etc.]（Reference books）
Supplemental text books will be introduced by instructors.
[Study outside of class (preparation and review)]
To review today's topics.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 7X311 LE77

Course title(and course 都市基盤マネジメント論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Urban Infrastructure Management

Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureGraduate School of Management
Professor,ICHIKAWA YUTAKA
Graduate School of Engineering
Professor,TAKAHASHI YOSHIKAZU
Graduate School of Engineering
Professor,TACHIKAWA YASUTO
Graduate School of Management
Professor,HIGO YOUSUKE

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
To build resilient and sustainable social infrastructures against natural disasters, urban infrastructure
management, which is related to all fields of civil engineering, is the subject of this course. Through lecturesand group discussions, students will deepen their understanding of the impact assessment of natural disasters
on urban infrastructure, risk assessment, technical response, and social response in particular. Group workand student presentations will be emphasized. In addition, to learn about disaster prevention and mitigation
activities not only in the public sector but also in the private sector, hands-on company activities will beincorporated into the lectures.
[Course objectives]
Through lectures, group discussions, and company experiences, students will learn about impact assessment,risk assessment, technical response, and social response to urban infrastructure, and deepen theirunderstanding of civil engineering as a comprehensive engineering discipline.
[Course schedule and contents]
1) Guidance / Introduction to Urban Infrastructure Management.
2) Hazard prediction and impact assessment 1: Impact and risk assessment of earthquakes on structures andurban infrastructure, and technical and social responses to them.
3) Hazard prediction and impact assessment 2: Impact and risk assessment of floods and inundation on urban
infrastructure and technical and social responses to them.
4) Hazard Prediction and Impact Assessment 3: Impact and risk assessment of earthquakes and heavy rainfall
on geotechnical structures and urban infrastructure, and technical and social responses to them.
5) Improve disaster resilience through advance planning (BCP, disaster insurance, legal system), response at
the time of disaster (disaster prevention information, disaster medical information), and post-disaster response(recovery plan).
6) Description of group assignments. Group assignments will be made for comprehensive content common to
all lectures.
7) and 8) Group discussion.
Continue to 都市基盤マネジメント論(2)↓↓↓

都市基盤マネジメント論(2)9) and 10) Presentation of group discussion results.
11) Introduction of Private Sector Disaster Prevention and Mitigation Initiatives12), 13) and 14) Experience with disaster prevention and mitigation efforts in the private sector.
15) Presentation of internship results.
[Course requirements]
None[Evaluation methods and policy]
Lecture reports (20%), presentations of group discussion results (40%), and internship results (40%) will be
evaluated comprehensively.
[Textbooks]
Lecture notes will be provided by the instructors.

[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Instruct appropriately during the lecture.
（Other information (office hours, etc.)）
Contact address: tachikawa@hywr.kuciv.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 5X333 LE24

Course title(and course 災害リスク管理論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Disaster Risk Management

Target year
Days and periods Wed.4

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,TATANO HIROKAZU
Disaster Prevention Research Institute
Associate Professor,SAMADDAR，Subhajyoti
Disaster Prevention Research Institute
Associate Professor,FUJIMI TOSHIO

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Natural disasters have low frequencies but high impacts. It is very important to make an integrated risk
management plan that consists of various countermeasures such as prevention, mitigation, transfer, andpreparedness. This class will present economic approaches to natural disaster risk management and designingappropriate countermeasures.
[Course objectives]
Students are expected to understand fundamental ways of economic analyses of disaster prevention such as
economic valuation of disaster losses, decision making principle under risks, derivation of benefits of risk
management.
[Course schedule and contents]
Introduction to disaster risk management,1time,Introduction and Explanation of Course Outline, The Global
Trends of Natural Disasters
1. Decision making theory under uncertainty,1time,Bayes#039 theorem, Expected utility function
Methods of disaster risk management,1time,Risk control and risk finance
Economic valuation of catastrophic risk mitigation,1time,Cost-Benefit analysis, conventional valuation
method, catastrophic risks and economic valuation of disaster mitigation
Risk perception bias, land-use and risk communication,2times,Risk perception bias, land-use model, risk
communication
Disaster risk finance,2times,Recent issues of risk finance market, reinsurance, CAT bond, roles ofgovernment, derivatives
Risk curve and risk assessment,1time,Fragility curve and risk assessment
General equilibrium analysis under disaster risk,1time,General equilibrium model under disaster risk
Macrodynamics under disaster risk,1time,GDP, economic growth
Disaster accounting,1time,Accounting systems
Exercise and presentation,2times,Students#039 exercise and presentation
Confirmation of the learning achievement degree,1time,Confirmation of the learning achievement degree[Course requirements]
Nothing

Continue to 災害リスク管理論(2)↓↓↓

災害リスク管理論(2)[Evaluation methods and policy]
Evaluate mainly by the presentations in the class as well as end-of-term report, taking active and constructive
participation in the class into account.
[Textbooks]
Tatano,H., Takagi,A.(ed.):Economic Analysis of disaster prevention, Keiso pub.,2005 (in Japanese).

[References, etc.]（Reference books）
Froot ,K.A.(ed) ldquoThe Financing of Catastrophic Riskrdquo, the University of Chicago Press Kunreuther
H. and Rose, A., ldquoThe Economics of Natural Hazardsrdquo, Vol.1 amp 2, The International Library of
Critical Writings in Economics 178, Edward Elgar publishers, 2004 Okuyama, Y., and Chang, S.T.,(eds.)
ldquoModeling Spatial and Economic Impacts of Disastersrdquo (Advances in Spatial Science), Springer,
2004.
（Related URLs）(No web site)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 7F063 PJ58

Course title(and course 社会基盤工学実習
title inEnglish)Practice in Infrastructure Engineering

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
To develop fundamental and practical understandings on Civil and Earth Resources Engineering and cultivate
problem-solving abilities, students are encouraged to attend a practical education and engineering program
offered by educational institutes such as universities, international and domestic associations. Students attend
a program under the instructions of academic supervisors. Programs are limited to the ones certified by thedepartment.
[Course objectives]
To develop fundamental and practical understandings on Civil and Earth Resources Engineering and cultivate
problem-solving abilities by attending a practical education and engineering program offered by educational
institutes such as universities, international and domestic associations.
[Course schedule and contents]
all,1time,study practical knowledge.
,5times,,6times,,3times,[Course requirements]
None[Evaluation methods and policy]
Attendance and reports are comprehensively evaluated.
[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG31 7U051 SE58

Course title(and course 社会基盤工学総合セミナーＡ
title inEnglish)Instructor's
name, job title,
Integrated Seminar on Infrastracture Engineering A and departmentof affiliation

Target year
Days and periods Fri.5

Number of credits 2
Class style

SeminarGraduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
On the investigation of themes by the students, they make the presentation and discussion in English. The
themes are about the technology innovation of infrastructure on the international viewpoint, the ideal style ofinfrastructure management, the standardization of project technology for internationalization, and about thetechnology movement or the role of Japan in the world on the construction of infrastructure and the usage ofresource energy such as the development and utilization of international crust or resource energy.

[Course objectives]
Goals are to cultivate students' ability for discussing research topic in English.
[Course schedule and contents]
Guidance, 1 time,
Preparation for presentation, 2 times,
Presentation on research and discussion, 10 times,
Submission of presentation materials, 2 times.
[Course requirements]
None[Evaluation methods and policy]
Evaluation for each student is made comprehensively based on presentation, discussion and participation in
the classroom.
[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Review the presentation contents in the seminar.
（Other information (office hours, etc.)）
Details will be provided in the guidance and first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG31 7U052 SE58

Course title(and course 社会基盤工学総合セミナーＢ
title inEnglish)Instructor's
name, job title,
Integrated Seminar on Infrastracture Engineering B and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 2
Class style

SeminarGraduate School of Engineering
KANKEI KYOIN
Graduate School of Engineering
Associate Professor,KAWABATA YUICHIRO

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
On the investigation of themes by the students, they make the presentation and discussion in English. The
themes are about the technology innovation of infrastructure on the international viewpoint, the ideal style ofinfrastructure management, the standardization of project technology for internationalization, and about thetechnology movement or the role of Japan in the world on the construction of infrastructure and the usage ofresource energy such as the development and utilization of international crust or resource energy.
[Course objectives]
Goals are to cultivate students' ability for discussing research topic in English.
[Course schedule and contents]
Guidance,1time,
Preparation for presentation,2times,
Presentation on research and discussion,10times,
Submission of presentation materials,2times,[Course requirements]
None[Evaluation methods and policy]
Evaluation for each student is made comprehensively based on presentation, discussion and attendance.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Review the presentation contents in the seminar.
（Other information (office hours, etc.)）
Details will be provided in the guidance and first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 7U055 PJ58

Course title(and course 社会基盤工学セミナーA
title inEnglish)Seminar on Infrastructure Engineering A

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]This lecture focuses on the movement and content of the most advanced research at home and abroad on
Infrastructure Engineering. The students are individually instructed about the planning of study schedule , theway of collecting datas, the way of doing the research and summarizing the results of research.
[Course objectives][Course schedule and contents],2times,,6times,,8times,,6times,,8times,[Course requirements]
None[Evaluation methods and policy]
Points are allocated for research activities such as a presentation at laboratory seminars, domestic conferences,international conferences, research paper presentation etc. Students are required to obtain the points in total
which are more than predefined points.
Students are required to get no less than 10 points in total for two years from M1 to M2, no less than 3 points
in each year.
1 point: Presentation at laboratory seminar (only if supervisor agrees), oral presentation in the annual
meeting in the Society of Civil Engineers.
1〜5 point: Attending the lecture held by Academic Society (Certification is required), number of points isdetermined by your supervisor in accordance to the level of difficulty for approval.
3 point : Presentation in English in international conference. If the papers are peer-reviewed, the points are
determined as journal papers (see below).
5〜10 point: Fist author or coauthor of published and/or accepted journal papers (e.g., for Journal of Societyof Civil Engineers, ASCE Journal, etc.) (Number of points is determined by your supervisor depending onlevel of journal and/or your contribution.)
Others: Exercise on project or training course (Number of points is determined by your supervisor). However,
the activities related to the other courses are not admitted, which are Exercise on Project Planning, Capstone
Continue to 社会基盤工学セミナーA(2)↓↓↓

社会基盤工学セミナーA(2)Project, Internship on Infrastructure Engineering, Long-Term Internship, Practice in Infrastructure
Engineering or Practice in Urban Management.
[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 7U056 PJ58

Course title(and course 社会基盤工学セミナーB
title inEnglish)Seminar on Infrastructure Engineering B

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
The students make the collection of data, study and summarize the research results about the specific themeson Infrastructure Engineering. In addition, the students are individually instructed about the way ofpresentation of research results through the presentations at the conferences at home and abroad, the ones atlaboratory and participation in training course.
[Course objectives][Course schedule and contents]
all,2times,Each supervisor navigates students thorough their presentations and discussion.
,6times,,8times,,6times,,8times,[Course requirements]
None[Evaluation methods and policy]
Points are allocated for research activities such as a presentation at laboratory seminars, domestic conferences,international conferences, research paper presentation etc. Students are required to obtain the points in total
which are more than predefined points.
Students are required to get no less than 10 points in total for two years from M1 to M2, no less than 3 points
in each year.
1 point: Presentation at laboratory seminar (only if supervisor agrees), oral presentation in the annual
meeting in the Society of Civil Engineers.
1〜5 point: Attending the lecture held by Academic Society (Certification is required), number of points isdetermined by your supervisor in accordance to the level of difficulty for approval.
3 point : Presentation in English in international conference. If the papers are peer-reviewed, the points are
determined as journal papers (see below).
5〜10 point: Fist author or coauthor of published and/or accepted journal papers (e.g., for Journal of Societyof Civil Engineers, ASCE Journal, etc.) (Number of points is determined by your supervisor depending onlevel of journal and/or your contribution.)
Others: Exercise on project or training course (Number of points is determined by your supervisor). However,Continue to 社会基盤工学セミナーB(2)↓↓↓

社会基盤工学セミナーB(2)the activities related to the other courses are not admitted, which are Exercise on Project Planning, Capstone
Project, Internship on Infrastructure Engineering, Long-Term Internship, Practice in Infrastructure
Engineering or Practice in Urban Management.
[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG01 8U059 PJ58

Course title(and course 社会基盤工学インターンシップ
title inEnglish)Internship on Infrastructure Engineering

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,SAWAMURA YASUO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
Through the long-term internship outside the university, the students can get the practical techniques, the wayof finding and solving the problems, the way of integrating the techniques, the way of summarizing theresults and making the presentation in each field of infrastructure engineering.
[Course objectives]
The students can understand research trend, society's needs, and their aptitude, through long-term job
experiences linked with future career.
[Course schedule and contents]
Course introduction: 1 time
Preparation for internship: 5 times
Implementation of internship: 14 times (longer than 3 months between August and December)Preparation of final report: 8 times
Presentation: 2 times[Course requirements]
None[Evaluation methods and policy]
Writing plans, completing internship, final report and presentation are comprehensively evaluated.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Details are provided in the course.
（Other information (office hours, etc.)）
Details are provided in the first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG31 7U060 PB58

Course title(and course 社会基盤工学ＯＲＴ
title inEnglish)ORT on Infrastructure Engineering

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English[Overview and purpose of the course]
By practicing about the research themes on Infrastructure Engineering and making the presentations of theresearch results at the conferences, the students can develop the advanced specialities and the ability offinding out the new fields of research. Also, the students get the practical ability which is necessary for
researchers and engineers. The students can participate in the conferences at home and abroad, in thepresentations of research at laboratory, in some kinds of seminars, symposiums, lecture classes, internship tothe enterprises or research organizations at home and abroad. The director of the department and thesupervisor totally evaluate the reports made about these activities by the students.
[Course objectives][Course schedule and contents],2times,,6times,,8times,,6times,,8times,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 社会基盤工学ＯＲＴ(2)↓↓↓

社会基盤工学ＯＲＴ(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
Details will be provided in the guidance.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG31 7U064 PB58

Course title(and course 社会基盤工学総合実習A
title inEnglish)Instructor's
name, job title,
Practice in Advanced Infrastructure Engineering A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,5times,,2times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese and English

未更新
Course number

G-ENG31 7U065 PB58

Course title(and course 社会基盤工学総合実習B
title inEnglish)Instructor's
name, job title,
Practice in Advanced Infrastructure Engineering B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,5times,,2times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese and English

Course number

G-ENG02 8F150 PJ58

Course title(and course 長期インターンシップ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Long-Term Internship

Target year
Days and periods Intensive

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,SAWAMURA YASUO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
Through the long-term internship outside the university, the students can get the practical techniques, the wayof finding and solving the problems, the way of integrating the techniques, the way of summarizing theresults and making the presentation in each field of urban management.
[Course objectives]
The students can understand research trend, society's needs, and their aptitude, through long-term job
experiences.
[Course schedule and contents]
Course introduction: 1 time
Preparation for internship: 5 times
Implementation of internship: 14 times (longer than 3 months between August and December)Preparation of final report: 8 times
Presentation: 2 times[Course requirements]
None[Evaluation methods and policy]
Writing plans, completing internship, final report and presentation are comprehensively evaluated.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Details are provided in the course.
（Other information (office hours, etc.)）
Details are provided in the first lecture.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG02 8F253 PJ58

Course title(and course キャップストーンプロジェクト
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Capstone Project

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Associate Professor,FURUKAWA AIKO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English[Overview and purpose of the course]
The students plan and implement projects on various problems in the urban society by widely making use of
the basic knowledge which you have gotten in Undergraduate or Master Course. Actually, the students
simulate the actual problems for which you collect and analyze the data, and then evaluate the practice andeffect of projects. At the end, the students write the reports about a series of project results and make thepresentations about them.
[Course objectives]
Goals are to cultivate students' ability for planning, creativity and communication.
[Course schedule and contents]
Guidance,1time,
Plan projects,4times,
Implement projects,6times,
Analyze and evaluate projects,12times,
Discuss results,6times,
Presentation,1time,[Course requirements]
None[Evaluation methods and policy]
Evaluation for each student is made comprehensively based on both report and presentation about the project,
and usual contribution of student to the project.
[Textbooks]
Non[References, etc.]（Reference books）
Non[Study outside of class (preparation and review)]
Examine the project theme.
（Other information (office hours, etc.)）
Details will be provided in the first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 7F257 SJ58

Course title(and course 都市社会工学セミナーA
title inEnglish)Seminar on Urban Management A

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

SeminarGraduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]This seminar has the lectures about the movement and content of the most advanced research at home andabroad on Urban Management Engineering.. Also, the teachers in this seminar instruct the students
individually about the planning of study schedule, the way of collecting datas, doing the research andsummarizing the results of research on the concrete and specific themes.
[Course objectives][Course schedule and contents],2times,,6times,,8times,,6times,,8times,[Course requirements]
None[Evaluation methods and policy]
Points are allocated for research activities such as a presentation at laboratory seminars, domestic conferences,international conferences, research paper presentation etc. Students are required to obtain the points in total
which are more than predefined points.
Students are required to get no less than 10 points in total for two years from M1 to M2, no less than 3 points
in each year.
1 point: Presentation at laboratory seminar (only if supervisor agrees), oral presentation in the annual
meeting in the Society of Civil Engineers.
1〜5 point: Attending the lecture held by Academic Society (Certification is required), number of points isdetermined by your supervisor in accordance to the level of difficulty for approval.
3 point : Presentation in English in international conference. If the papers are peer-reviewed, the points are
determined as journal papers (see below).
5〜10 point: Fist author or coauthor of published and/or accepted journal papers (e.g., for Journal of Societyof Civil Engineers, ASCE Journal, etc.) (Number of points is determined by your supervisor depending onlevel of journal and/or your contribution.)
Others: Exercise on project or training course (Number of points is determined by your supervisor). However,Continue to 都市社会工学セミナーA(2)↓↓↓

都市社会工学セミナーA(2)the activities related to the other courses are not admitted, which are Exercise on Project Planning, Capstone
Project, Internship on Infrastructure Engineering, Long-Term Internship, Practice in Infrastructure
Engineering or Practice in Urban Management.
[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 7F259 SJ58

Course title(and course 都市社会工学セミナーB
title inEnglish)Seminar on Urban Management B

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

SeminarGraduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
The students make the collection of datas, research and summarize the research results about the concrete andspecific themes on Urban Management Engineering.. In addition, the teachers in this seminar instruct thestudents individually about the way of presentations of research results through the presentations andquestions at the conferences at home and abroad, the ones at laboratory and participation in lecture classes.
[Course objectives][Course schedule and contents],2times,,6times,,8times,,6times,,8times,[Course requirements]
None[Evaluation methods and policy]
Points are allocated for research activities such as a presentation at laboratory seminars, domestic conferences,international conferences, research paper presentation etc. Students are required to obtain the points in total
which are more than predefined points.
Students are required to get no less than 10 points in total for two years from M1 to M2, no less than 3 points
in each year.
1 point: Presentation at laboratory seminar (only if supervisor agrees), oral presentation in the annual
meeting in the Society of Civil Engineers.
1〜5 point: Attending the lecture held by Academic Society (Certification is required), number of points isdetermined by your supervisor in accordance to the level of difficulty for approval.
3 point : Presentation in English in international conference. If the papers are peer-reviewed, the points are
determined as journal papers (see below).
5〜10 point: Fist author or coauthor of published and/or accepted journal papers (e.g., for Journal of Societyof Civil Engineers, ASCE Journal, etc.) (Number of points is determined by your supervisor depending onlevel of journal and/or your contribution.)
Others: Exercise on project or training course (Number of points is determined by your supervisor). However,Continue to 都市社会工学セミナーB(2)↓↓↓

都市社会工学セミナーB(2)the activities related to the other courses are not admitted, which are Exercise on Project Planning, Capstone
Project, Internship on Infrastructure Engineering, Long-Term Internship, Practice in Infrastructure
Engineering or Practice in Urban Management.
[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG32 7U201 SE58

Course title(and course 都市社会工学総合セミナーＡ
title inEnglish)Instructor's
name, job title,
Integrated Seminar on Urban Management A and departmentof affiliation

Target year
Days and periods Fri.5

Number of credits 2
Class style

SeminarGraduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
The students pick up the various types of influential elements on the development of urban society, and thestudents make the collection and analysis of datas in detail about these elements by themselves. In addition,on the basis of results of investigation and analysis, the students develop the argument about the ideal style or
the future vision of urban society, and the students make the presentation and discussion in English about
these results each other.
[Course objectives]
Goals are to cultivate students' ability for discussing research topic in English.
[Course schedule and contents]
Guidance, 1 time,
Preparation for presentation, 2 times,
Presentation on research and discussion, 10 times,
Submission of presentation materials, 2 times.
[Course requirements]
None[Evaluation methods and policy]
Evaluation for each student is made comprehensively based on presentation, discussion and participation in
the classroom.
[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Review the presentation contents in the seminar.
（Other information (office hours, etc.)）
Details will be provided in the guidance and first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG32 7U203 SE58

Course title(and course 都市社会工学総合セミナーＢ
title inEnglish)Instructor's
name, job title,
Integrated Seminar on Urban Management B and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,KAWABATA YUICHIRO

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
On the investigation of themes by the students, they make the presentation and discussion in English. The
themes are about the urban policy on the world-wide viewpoint, the ideal style of urban management, thestandardization of project technology for internationalization, the project management such as the contract,
the tender, the management technology to country risk and so on, and about the problems on the structure ofurban society for internationalization such as the technology movement or the role of Japan in the world on
improving urban infrastructure.
[Course objectives]
Goals are to cultivate students' ability for discussing research topic in English.
[Course schedule and contents]
Guidance,1time,
Preparation for presentation,2times,
Presentation on research and discussion,10times,
Submission of presentation materials,2times,[Course requirements]
None[Evaluation methods and policy]
Evaluation for each student is made comprehensively based on presentation, discussion and attendance.
[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Review the presentation contents in the seminar.
（Other information (office hours, etc.)）
Details will be provided in the guidance and first lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG02 7U210 PJ58

Course title(and course 都市社会工学実習
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Practice in Urban Management

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
To develop integrated and holistic understandings on Urban Management and cultivate problem-solving
abilities, students are encouraged to attend a practical education and engineering program offered byeducational institutes such as universities, international and domestic associations. Students attend a program
under the instructions of academic supervisors. Programs are limited to the ones certified by the department.
[Course objectives]
To develop integrated and holistic understandings on Urban Management and cultivate problem-solving
abilities by attending a practical education and engineering program offered by educational institutes such asuniversities, international and domestic associations.
[Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy]
Attendance and reports are comprehensively evaluated.
[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG32 7U216 PB58

Course title(and course 都市社会工学ORT
title inEnglish)ORT on Urban Management

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English[Overview and purpose of the course]
By practicing the research themes on Urban Management and making the presentations of research results atthe conferences, the students can develop the advanced specialities, the ability of finding out the new fields ofresearch. Also, the students can get the practical ability which is necessary for researchers and engineers . The
students can participate in the conferences at home and abroad, the presentations of research at laboratory,
some kinds of seminars and symposiums, lecture classes and internship to the enterprises or researchorganizations at home and abroad. The director of the department and the supervisor totally evaluate thereports made about these activities by the students.
[Course objectives][Course schedule and contents],2times,,6times,,8times,,6times,,8times,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 都市社会工学ORT(2)↓↓↓

都市社会工学ORT(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
Details will be given in the guidance.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG32 7U224 PB58

Course title(and course 都市社会工学総合実習A
title inEnglish)Instructor's
name, job title,
Practice in Advanced Urban Management A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,5times,,2times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese and English

未更新
Course number

G-ENG32 7U225 PB58

Course title(and course 都市社会工学総合実習B
title inEnglish)Instructor's
name, job title,
Practice in Advanced Urban Management B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,5times,,2times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,TAKEKAWA JUNICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese and English

Course number

G-ENG03 5A622 LJ15

Course title(and course 地圏環境工学特論
title inEnglish)Instructor's
name, job title,
Geohydro Environment Engineering, Adv. and departmentof affiliation

Target year
Days and periods Thu.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,YONEDA MINORU
Graduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]With the theme of conservation of the geosphere environment and contamination countermeasures, lectures
are given on the current situation of surrounding groundwater both in Japan and abroad, sustainablegroundwater use from the viewpoint of groundwater quality, various global environmental problems related
to the geosphere environment, countermeasures, and so forth. In particular, geostatistics, which is a field of
spatial statistics, used as a method of investigating the contamination of soil among other things, will be
described in detail from its theoretical foundation to application. Additionally, the programming for analyzing
spatial data in geostatistics, and the programming method by Excel VBA through a numerical simulation
program related to groundwater pollution using Excel VBA will be explained.
[Course objectives]
Recognizing the importance of groundwater in Japan and abroad, understanding the basics of geostatistics for
estimating the spatial distribution of soil and groundwater contamination, and the foundation of numericalsimulation on groundwater pollution.
[Course schedule and contents]
Current state of domestic and overseas groundwater (1 time)
The usage situation of groundwater in Japan and abroad and its importance will be outlined.
Sustainable groundwater usage method (1 time)Through examples of degradation of groundwater quality in the Kyoto basin, the method of sustainablegroundwater use will be outlined from a qualitative point of view.
Geosphere environment and global environmental issues (1 time)
In particular, the global environmental problems in the geosphere environment will be outlined.
Introduction to VBA (1 time)
In particular, the programming method of Excel VBA that is necessary for numerical calculation in a way thatis easy to understand by FORTRAN users will be outlined.
Introduction to geostatistics 1 (1 time)
The analysis procedure of spatial data by geostatistics and the method of data review as the first procedure
will be outlined.
Introduction to geostatistics 2 (1 time)
The importance of the variogram as a statistical structure of the field and how to obtain it will be outlined.
Continue to 地圏環境工学特論(2)↓↓↓

地圏環境工学特論(2)Introduction to geostatistics 3 (1 time)
The spatial distribution and the method of kriging to estimate its uncertainty will be outlined.
Introduction to geostatistics 4 (1 time)
The statistical processing method when there is a lot of data below the detection limit and overranged data
will be outlined.
Introduction to geostatistics 5 (1 time)
Cokriging and its simplified method for estimating the spatial distribution using several types of data will beoutlined.
Introduction to geostatistics 6 (1 time)
A conditional simulation method as a simulation method considering spatial uncertainty and its usage will beoutlined.
Chemistry and simulation of soil and groundwater (1 time)
The fundamentals of chemistry to understand the relation between soil pollution and groundwatercontamination, as well as the method to simulate the change of groundwater quality will be outlined.
Introduction to groundwater simulation (4 times)
The basics of numerical simulations on groundwater contamination will be outlined.
[Course requirements]
Basics of linear algebra and probability statistics[Evaluation methods and policy]
Evaluated by the average scores of about 10 reports. The themes of the reports will be given at some lectures.
The result of the average score should be 60 and above out of 100.
60 and above: Passed
59 and below: Failed
The score of the reports which are not submitted are evaluated as 0.
[Textbooks]
Not used
Handout will be given at each lecture.
[References, etc.]（Reference books）
Others; to be recommended during class as necessary.
（Related URLs）
http://risk.env.kyoto-u.ac.jp/chiken/index.html

Continue to 地圏環境工学特論(3)↓↓↓

地圏環境工学特論(3)[Study outside of class (preparation and review)]
Completely understand the contents of each handout.
（Other information (office hours, etc.)）
In consideration of social conditions and so forth, there are cases where class items and contents may bechanged.
Please check KULASIS for the information of office hour!
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 5A626 LJ24

Course title(and course 環境衛生学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Environmental Health, Adv.

Target year
Days and periods Tue.4

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,MATSUDA TOMONARI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Environmental factors and genetic factors are responsible for our health and diseases. This seminar has thelecture on the relationships between environmental factors and our health. Also, Students make presentationand discussion on the previous and recent environmental problems, with special emphasis on their relation
with health concerns.
[Course objectives]
Students learn about the fundamentals of environmental health and make use of the knowledge for thedevelopment of related areas.
[Course schedule and contents]
Environment and health,2times,Lecture on the relationships between environmental factors and our healthSeminar on the previous and recent environmental problems,13times,Presentation and discussion on theprevious and recent environmental problems, with special emphasis on their relation with health concerns[Course requirements]
None[Evaluation methods and policy]
Points are allocated for the activities on the presentation and discussion.
[Textbooks]
Not used. To be introduced from time to time in the lecture.
[References, etc.]（Reference books）
To be introduced during class. To be introduced from time to time in the lecture.
[Study outside of class (preparation and review)]
If knowledge of high school biology is insufficient, it might be considered desirable to review every time. No
particular preparations are necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 5A632 LB24

Course title(and course 都市代謝工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Urban Metabolism Engineering

Target year
Days and periods Tue.3

Number of credits 2
Class style

Graduate School of Engineering
Professor,TAKAOKA MASAKI
Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI
Graduate School of Engineering
Program-Specific Associate Professor,HARADA HIROKI
Graduate School of Engineering
Program-Specific Assistant Professor,OLESZEK Sylwia-Izabela

Year/semesters 2023/First semester

LectureLanguage of instruction English[Overview and purpose of the course]
Much energy and resources are consumed to maintain various activities in urban city. As the result, various
environmental loads such as exhaust gas, wastewater and waste generate and should be reduced to levels
natural environment can accept .To establish sustainable urban metabolism, concept, elements, control,
optimization and management of urban metabolism are explained.
[Course objectives]
To understand technological measures by learning about current trend and issue of urban metabolism andrelated engineering principles.
[Course schedule and contents]
Class 1:Introduction (Takaoka)
Concept of urban metabolism and its system are explained.
Class 2-10: Elements of urban metabolic system (Takaoka: 6, Oshita: 1, Harada:1, Oleszek:1)
Planning and selection of urban metabolic system, Transportation & collection, Engineering principles on
Recycling, Thermal recovery, Engineering principles on flue gas treatment and Landfill management are
explained.
Class 11-12: Hazardous Waste Management(Takaoka)
Treatment, disposal and management of hazardous waste are explained.
Class 13-14: Design of sewage treatment system in urban area (Oshita)
Properties and chemical compositions of sewage and sludge. Introduction and developing trend of sewage
treatment system. Elemental and heat balance analysis of sedimentation, aeration tank, anaerobic
fermentation and incineration.
Class 15:Feedback(Takaoka, Oshita, Harada, Oleszek)
We will answer/discuss about questions for the results of small tests and reports or the contents of lectures via
E-mail etc.

Continue to 都市代謝工学(2)↓↓↓

都市代謝工学(2)[Course requirements]
It is desirable that students have already learned Environmental plant engineering.
[Evaluation methods and policy]
Small tests and reports(70%)
Participation (30%)[Textbooks]
Learning materials are delivered in class.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Review the learning materials used in class.
（Other information (office hours, etc.)）
The order of lecture content can be changed. Questions about each class should be given to each faculty
member. Questions about overall class should be given to Professor Takaoka.
takaoka.masaki.4w@kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 5A643 LJ16

Course title(and course 環境微生物学特論
title inEnglish)Environmental Microbiology, Adv.

Target year
Days and periods Mon.1

Number of credits 2
Class style

Graduate School of Engineering
Professor,Fujiwara Taku
Graduate School of Engineering
Associate Professor,NISHIMURA FUMITAKE
Graduate School of Engineering
Associate Professor,HIDAKA TAIRA

Instructor's
name, job title,and departmentof affiliation

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
The roles of microorganisms in the environment and the utilization methods of them for environmental
purification are explained with state-of-the-art research findings. Besides, literature review and presentationof the reviewing results are certainly required in order to understand latest research findings and application
to environmental engineering. The concrete contents are as follows; 1) Fundamental science: classification,cultivation, function, gene and genetic analysis of microorganisms, growth rate and biological reaction
kinetics. 2) Application of environmental engineering: analyses with mathematical model and simulation, bio
assay and bio sensor, relationship between waterborne disease and microorganisms, relationship between
phytoplankton growth and hazardous substances production. Presentation and discussion about literature
review by the students are prepared.
[Course objectives]
To understand fundamental knowledge of microbiology, which can support environmental engineering.
To discuss current situation and challenges about application of microorganisms for solution ofenvironmental problem, and study with practice.
[Course schedule and contents](1) Basic of Environmental Microbiology: [1 time]
Introduction of this course: Objectives, composition, and basic of the environmental microbiology. How toreview the latest research results from literature, and presentation.
(2) Classification, Nomenclature, Cultivation, and Function of Microorganisms: [1 time](3) Microbial ecosystem structure and Microorganism community analysis by gene information: [2 times](4) Metabolism of microorganisms, and material transformation: [2 times](5) Mathematical model of microbial activity and numerical analysis by computer: [1 time](6) Environmental measurement and evaluation using microorganisms: [1 time](7) Waterborne diseases and microorganisms: [1 time](8) Phytoplankton growth and hazardous substances production: [1 time](9) Presentation and Discussion of each research subject: [3 times]
Continue to 環境微生物学特論(2)↓↓↓

環境微生物学特論(2)(10) Keynote address by an up-and-coming specialist of microbiology: [1 time]・Final examination/ Learning achievement evaluation(1 time):
・Feedback(1 time):[Course requirements]
None[Evaluation methods and policy]
Evaluation will be based on both one written examination and report & presentation of each research topic.
[Textbooks]
Materials for each lecture will be provided.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Review with related literature is strongly recommended in order to understand broadly based knowledge andto obtain useful information.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 5F234 LB15

Course title(and course 水質衛生工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Water Sanitary Engineering

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,ITOH SADAHIKO
Graduate School of Global Environmental Studies
Professor,ECHIGO SHINYA
Graduate School of Engineering
Assistant Professor,NAKANISHI TOMOHIRO

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
The ultimate goal of this course is to understand Sanitary Engineering quantitatively. Students will learn
methods to quantify chemical and microbial risk in drinking water and realize concept and methods of risk
management and control.
[Course objectives]
To quantify chemical and microbial risk in drinking water and to realize methodologies of risk management
and control.
[Course schedule and contents]
Environmental risk and quantification (1 time; Itoh)Introduction and goal of the class. Concept of Sanitation. Environmental risk and quantification. Safety ofdrinking water and acceptable risk level.
Quantitative microbial risk assessment and management (5 times; Itoh)
Coexistence and competition between human and microbes. Quantitative microbial risk assessment (QMRA).
Comparison of the risk assessment and management methods between chemicals and microbes. Disability
adjusted life years (DALYs).
Risk assessment and control of hazardous chemicals (3 times; Itoh)
Risk assessment of hazardous chemicals. Drinking water quality standards. Derivation of drinking water
quality standards. The benchmark dose method.
Global burden of disease and its index (2 times; Nakanishi)
Disability-adjusted life years and its significance.
Perspectives of water treatment technology (3 times; Echigo)
Development of advanced water treatment processes. Water supply technology and its prospects. Water reuseand health risk. Access to safe drinking water in developing countries and global burden of disease.
Feedback and summary (1 time; All the professors)
Feedback of assignments and summary.

Continue to 水質衛生工学(2)↓↓↓

水質衛生工学(2)[Course requirements]
General understanding of water quality and water treatment process[Evaluation methods and policy]
Evaluated by assignments.
[Textbooks]
Class handouts[References, etc.]（Reference books）
Itoh, S., Echigo, S.: Disinfection By-products in Water, GIHOUDOU SHUPPAN Co., Ltd., 2008 (inJapanese).
（Related URLs）(Data for assignments will be at http://www.urban.env.kyoto-u.ac.jp)[Study outside of class (preparation and review)]
Instruction will be given by the professors.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7F400 PJ16

Course title(and course 都市環境工学セミナーＡ
title inEnglish)Instructor's
name, job title,
Seminar on Urban and Environmental Engineering A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese

Practical training[Overview and purpose of the course]
Provide seminar assignments related to a wide range of problems in each educational field of environmental
engineering such as advanced research related to urban environmental engineering, actual problems requiring
solutions, examples of advanced activities in real society, and the specialization of each student deepen
discovery and understanding of problems from a field perspective. Acquire individual guidance from thesupervisor on the method of research investigation on issues, the method of collecting related information andthe method of writing paper. Students need to give reports and presentations, and discuss with supervisors.
Finally students must summarize their master's research in original research paper.
[Course objectives]
To understand the overall picture of the issues related to urban environmental engineering and to summarize
the master's research in original research paper.
[Course schedule and contents]
Issue 1 setting (1 time)
Set issue 1 on urban environmental engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected task 1.
1st presentation (1 time)
Each student presents the contents of survey and research on task 1 to the teachers in charge and receives
questions and evaluations.
Task 2 setting (1 time)
Set issue 2 on urban environmental engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected task 2.
2nd presentation (1 time)
Each student presents the contents of research and research on problem 2 to the teachers in charge andreceives questions and evaluations.
Issue 3 setting (1 time)
Set issue 3 on urban environmental engineering to be studied by each student.
Continue to 都市環境工学セミナーＡ(2)↓↓↓

都市環境工学セミナーＡ(2)Survey and progress report (1 time)
Each student conducts survey and research on selected task 3.
The 3rd presentation (1 time)
Each student presents the contents of research and research on problem 3 to the teachers in charge, andreceives questions and evaluations.
Task 4 Setting (1 time)
Set issue 4 on urban environmental engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected task 4.
The 4th presentation (1 time)
Each student presents the contents of survey and research on task 4 to the teachers in charge and receives
questions and evaluations.
Writing paper (3 times)
According to supervisor's guidance, each student summarizes the master's thesis in original research paper.
[Course requirements]
None[Evaluation methods and policy]
Students must submit original paper-style documents by the specified date (end of September), and thesupervisor comprehensively evaluates the activities at the seminar along with the evaluation of the documents.
If the student has already published an original paper, he/she can submit it. This original paper must be peerreviewed, but it may be a peer-reviewed paper in conference proceedings. However, peer-reviewed abstracts
can not be accepted.
Students should submit this document as PDF file via PandA. The file name should include student's name(in the order of first and last name, connect the first and last names with an underscore). For example,"Kankyo_Taro.pdf".
[Textbooks]
Handout will be given accordingly.

[References, etc.]（Reference books）
Handout will be given accordingly.
[Study outside of class (preparation and review)]
Good preparation and enough review are required.
Continue to 都市環境工学セミナーＡ(3)↓↓↓

都市環境工学セミナーＡ(3)（Other information (office hours, etc.)）
Please check KULASIS for the information of my office hour.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7F402 PJ16

Course title(and course 都市環境工学セミナーＢ
title inEnglish)Instructor's
name, job title,
Seminar on Urban and Environmental Engineering B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese

Practical training[Overview and purpose of the course]
Provide seminar assignments related to a wide range of problems in each educational field of environmental
engineering such as advanced research related to urban environmental engineering, actual problems requiring
solutions, examples of advanced activities in real society, and the specialization of each student deepen
discovery and understanding of problems from a field perspective. Acquire individual guidance from thesupervisor on the method of research investigation on issues, the method of collecting related information andthe method of writing paper. Students need to give reports and presentations, and discuss with supervisors.
Finally students must summarize their master's research in original research paper.
[Course objectives]
To understand the overall picture of the issues related to urban environmental engineering and to summarize
the master's research in original research paper.
[Course schedule and contents]
Issue 1 setting (1 time)
Set issue 1 on urban environmental engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected task 1.
1st presentation (1 time)
Each student presents the contents of survey and research on task 1 to the teachers in charge and receives
questions and evaluations.
Task 2 setting (1 time)
Set issue 2 on urban environmental engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected task 2.
2nd presentation (1 time)
Each student presents the contents of research and research on problem 2 to the teachers in charge andreceives questions and evaluations.
Issue 3 setting (1 time)
Set issue 3 on urban environmental engineering to be studied by each student.
Continue to 都市環境工学セミナーＢ(2)↓↓↓

都市環境工学セミナーＢ(2)Survey and progress report (1 time)
Each student conducts survey and research on selected task 3.
The 3rd presentation (1 time)
Each student presents the contents of research and research on problem 3 to the teachers in charge, andreceives questions and evaluations.
Task 4 Setting (1 time)
Set issue 4 on urban environmental engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected task 4.
The 4th presentation (1 time)
Each student presents the contents of survey and research on task 4 to the teachers in charge and receives
questions and evaluations.
Writing paper (3 times)
According to supervisor's guidance, each student summarizes the master's thesis in original research paper.
[Course requirements]
None[Evaluation methods and policy]
Students must submit original paper-style documents by the specified date (end of September), and thesupervisor comprehensively evaluates the activities at the seminar along with the evaluation of the documents.
If the student has already published an original paper, he/she can submit it. This original paper must be peerreviewed, but it may be a peer-reviewed paper in conference proceedings. However, peer-reviewed abstracts
can not be accepted.
Students should submit this document as PDF file via PandA. The file name should include student's name(in the order of first and last name, connect the first and last names with an underscore). For example,"Kankyo_Taro.pdf".
[Textbooks]
Handout will be given accordingly.

[References, etc.]（Reference books）
Handout will be given accordingly.
[Study outside of class (preparation and review)]
Good preparation and enough review are required.
Continue to 都市環境工学セミナーＢ(3)↓↓↓

都市環境工学セミナーＢ(3)（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 5F439 LE24

Course title(and course 環境リスク学
title inEnvironmental Risk
English)Target year
Days and periods Wed.4

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,YONEDA MINORU
Graduate School of Engineering
Associate Professor,MATSUDA TOMONARI
Graduate School of Global Environmental Studies
Professor,TAKANO HIROHISA
Graduate School of Engineering
Associate Professor,YOKO SHIMADA
Agency for Health, Safety and Environment
Professor,MATSUI YASUTO

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Paying attention to the environment of children in particular, students themselves study, make presentation,and debate about the environmental risk. Students learn the backgound, the actual situation, and the theory forquantitative risk analysis through practice of investigation and discusion by themselves.
[Course objectives]
To understand or master the necessity of environmental risk analysis, its practical exampls, framework forsolving problems concerning to risk evaluation, technical and basic knowledge for environmental risk
analysis, and the way of thinking for risk analysis[Course schedule and contents]
Introduction Framework of risk analysis,2times,Introduction of lecture and grading. Framework of risk
analysis for children of WHO.
Children and health risk,1time,1) Why children 2) Children are not little adults
Children and environmental change,1time,3) The paediatric environmental and health history 4) Globalchange and children
Air pollution,1time,5) Outdoor air pollution 6) Indoor air pollution
Lead and pesticide,1time,7) Pesticides 8) Lead
Heavy metal,1time,9) Mercury 10) Other heavy metals
Various risk,1time,11) Noise 12) Water 13) Food safety
Chemicals,1time,14) Children and chemicals 15) Persistent Organic Pollutants
Tobacco and natural toxin,1time,16) Second-hand tobacco smoke 17) Mycotoxins, plants, fungi and derivates
Occupational risk and radiation,1time,18) Injuries 19) Ionizing and non-ionizing radiations 20) Occupationalrisks
Continue to 環境リスク学(2)↓↓↓

環境リスク学(2)Respiratory diseases and cancer,1time,21) Respiratory diseases 22) Childhood cancer
Innume disorders and neural system,1time,23) Immune disorders 24) Neurobehavioral andneurodevelopmental disorders
Endocrine system and environmental monitoring,1time,25) Endocrine disorders 26) Bio-monitoring andenvironmental monitoring
Ｄevelopmental toxicity and indicators,1time,27) Early developmental and environmental origins of disease28) Indicators[Course requirements]
Not necessary in particular.
[Evaluation methods and policy]
Evaluation will be based on presentation (30%), assigned discussion (30%) and class performance (40%).
Class performance will be highly evaluated with active participation to discussions.
[Textbooks]
Handouts will be supplied.

[References, etc.]（Reference books）
To be introduced, if necessary.
[Study outside of class (preparation and review)]
Sincerely and fully prepare for the presentation and discussion.
（Other information (office hours, etc.)）
The contents may be changed according to the progress of lecture.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 5F441 LJ16

Course title(and course 水環境工学
title inWater Quality Control Engineering
English)Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,Fujiwara Taku
Graduate School of Engineering
Associate Professor,NISHIMURA FUMITAKE
Graduate School of Engineering
Associate Professor,HIDAKA TAIRA
Graduate School of Engineering
Assistant Professor,TAKEUCHI HARUKA
Graduate School of Engineering
Assistant Professor,NOMURA YOUHEI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Water resource management from the points of both water quantity and water quality is described, forexample, mechanism of water pollution and history, and current conditions of water quality standard, Water
quality indexes and their analytical technologies including biological methods and instrumental analyticaltechnique are explained as well. Water and wastewater treatment technologies of physical, chemical andbiological process including energy and resource recovery are expound.
[Course objectives]
To understand management methods of water environment and evaluation of water environment condition.
To acquire technologies of water and wastewater treatment enough to apply them from the point of creationof recycling-oriented society.
[Course schedule and contents]
・Water pollution its history and Water quality standard(1 time):
Introduction of this class. Basic and major water pollution and their generation mechanism are explained,
and the history of water pollution and solution are introduced.
・Water quality indexes and analysis(2 times)
Basic knowledge for Water quality indexes and their analysis including instrumental analysis are explained.
・Water pollution and evaluation(5 times)
Water pollution characteristics in rivers, lakes and sea, and countermeasures are explained. Behaviors ofrecalcitrant organic compounds and emerging contaminants such as PPCPs(Pharmaceuticals and Personal
Care Products) and EDCs(Endocrine-Disrupting Chemicals) are explained, and their impacts on water
environment are expounded. Based on the understanding, watershed management is explained.
・Water and wastewater treatment(5 times)
Basic countermeasure against water pollution is to remove the pollutants from the wastewater. Fundamental
technologies are introduced categorizing into physical, chemical, and biological processes, and each process
is explained in detail. Disinfection and water reuse are also introduced from the points of chemicals
management.
Continue to 水環境工学(2)↓↓↓

水環境工学(2)・Resource recovery and system(1 time):
Resource recovery is important from the points of both creation of recycling-oriented society and preventionof global warming. Technologies and systems accomplishing energy and resource recovery from wastewater
is introduced and explained・Final examination/ Learning achievement evaluation(1 time):
・Feedback(1 time):[Course requirements]
None[Evaluation methods and policy]
Evaluation will be based on one written examination.
[Textbooks]
Materials for each lecture will be provided.

[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Review with related literature is strongly recommended in order to understand broadly based knowledge andto obtain useful information.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 5F446 LB15

Course title(and course 大気・地球環境工学特論
title inEnglish)Instructor's
name, job title,
Atmospheric and Global Environmental Engineering, Adv. and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,FUJIMORI SHINICHIRO
Graduate School of Engineering
Assistant Professor,OSHIRO KEN

Year/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course]
The contents of the lecture are as follows. (1) History of Global Warming problem, Radiative forcing, Green
house gas emission, Carbon cycle, Mechanism of Climate Change, Mitigation measures, Social and Natural
impact of Climate change (2) Mechanism of formation of Photochemical oxidant and Acid rain, Global scaletransportation of atmospheric pollutants, Deposition and its impact of air pollutants, control measure of air
pollution. Also, students make presentation and discussion on the related papers.
[Course objectives]
By the end of the course, students will be able to understand the mechanisms of climate change and air
pollution, and learn to solve the problems by themselves.
[Course schedule and contents]
Guidance, IPCC, Observation of a climate change ,1time,
Carbon cycle and response of climate,1time,
Impact of Climate Change,1time,
Climate change mitigation (1),1time,
Climate change mitigation(2),1time,
Climate change mitigation and possible side effects,1time,
Urban air pollution, transboundary transport of air pollution, and international measures,1time,
Literature review presentation,1time,
Literature review presentation(1),1time,
Literature review presentation(2),1time,
Literature review presentation(3),1time,
Literature review presentation(4),1time,
Literature review presentation(5),1time,
Literature review presentation(6),1time,Achievement test,1time,[Course requirements]
None[Evaluation methods and policy]
Points are allocated for the quiz at every lectures, the presentation and discussion, report.

Continue to 大気・地球環境工学特論(2)↓↓↓

大気・地球環境工学特論(2)[Textbooks]
Handout[References, etc.]（Reference books）[Study outside of class (preparation and review)]
The students are required to prepare for the presentation with sufficient time.
（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7F449 SJ16

Course title(and course 都市環境工学演習Ａ
title inEnglish)Instructor's
name, job title,
Laboratory and Seminar on Urban and Environmental Engineering A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

SeminarLanguage of instruction Japanese[Overview and purpose of the course]
Participate in internships at international organizations, or national and local governments, publicorganizations, companies and overseas, overseas training that are carrying out environmental engineeringresearches, investigations or projects. Submit reports and give presentations. In addition to the planning andprograms that teachers arrange, students can go internships applying to the programs of various organizations.
[Course objectives]
To conduct the internship and obtain[Course schedule and contents]
Internship content determination (2 times)
Select internships where each student participates.
Research / Research (10 times)
Through internships, you gain professional knowledge and experience.
Report creation (2 times)
Report on experience gained by internship and submit.
Presentation (1 time)
In response to the teachers in charge, we will announce the content of the report and ask questions andrespond.
[Course requirements]
None[Evaluation methods and policy]
The results will be evaluated comprehensively.

Continue to 都市環境工学演習Ａ(2)↓↓↓

都市環境工学演習Ａ(2)[Textbooks]
Not used
Handout will be given accordingly.
[References, etc.]（Reference books）
Handout will be given accordingly.
[Study outside of class (preparation and review)]
Follow the instructions of your supervisor.
（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7F450 SJ16

Course title(and course 都市環境工学演習Ｂ
title inEnglish)Instructor's
name, job title,
Laboratory and Seminar on Urban and Environmental Engineering B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese

Seminar[Overview and purpose of the course]
Participate in internships at international organizations, or national and local governments, publicorganizations, companies and overseas, overseas training that are carrying out environmental engineeringresearches, investigations or projects. Submit reports and give presentations. In addition to the planning andprograms that teachers arrange, students can go internships applying to the programs of various organizations.
[Course objectives]To[Course schedule and contents]
Task assignment (1 time)
Set up the tasks that each student intends to investigate.
Research / Research (1 time)
Study and study on the tasks that have been set up and prepare presentation materials.
Presentation and question and answer (1 time)
In small classes, research presentation and question and answer are done.
Task assignment (1 time)
Set up the tasks that each student intends to investigate.
Research / Research (1 time)
Study and study on the tasks that have been set up and prepare presentation materials.
Presentation and question and answer (1 time)
In small classes, research presentation and question and answer are done.
Task assignment (1 time)
Set up the tasks that each student intends to investigate.
Research / Research (1 time)
Study and study on the tasks that have been set up and prepare presentation materials.
Presentation and question and answer (1 time)
In small classes, research presentation and question and answer are done.
Continue to 都市環境工学演習Ｂ(2)↓↓↓

都市環境工学演習Ｂ(2)Task assignment (1 time)
Set up the tasks that each student intends to investigate.
Research / Research (1 time)
Study and study on the tasks that have been set up and prepare presentation materials.
Presentation and question and answer (1 time)
In small classes, research presentation and question and answer are done.
Task assignment (1 time)
Set up the tasks that each student intends to investigate.
Research / Research (1 time)
Study and study on the tasks that have been set up and prepare presentation materials.
Presentation and question and answer (1 time)
In small classes, research presentation and question and answer are done.
[Course requirements]
None[Evaluation methods and policy]
The results will be evaluated comprehensively.
[Textbooks]
Handout will be given accordingly.

[References, etc.]（Reference books）
Handout will be given accordingly.
[Study outside of class (preparation and review)]
Follow the instructions of your supervisor.
（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 5F454 LB24

Course title(and course 循環型社会システム論
title inEnglish)Instructor's
name, job title,
Systems Approach on Sound Material Cycles Society and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureAgency for Health, Safety and Environment
Professor,HIRAI YASUHIRO
Agency for Health, Safety and Environment
Associate Professor,YANO JUNYA

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
It has been a major political/ social issue to establish a Sound Material-Cycle Society to save the resources
and protect the environment. This course mainly covers the following topics:
1) History, current status, and the prospect of waste issues and establishing a sound material-cycles society.
2) Basic concepts and current conditions/ challenges of the following items: The Basic Law for Establishing
the Material Cycles Society and the Basic Plan for accomplishing it; Containers and Packaging Recycling
Law; Home Appliance Recycling Law; End-of-Life Vehicle Recycling Law and others.
3) Basic concept and application of material flow analysis (MFA) and life cycle assessment (LCA). MFA andLCA are important to grasp the whole flow of resource use, product consumption, recycling, and disposal ofwaste.
Along with the above topics, source origin, behavior, and decomposition of persistent organic pollutants,
which should be inevitably linked to the realization of a Sound Material-Cycle Society, will also be discussed
in the class.
[Course objectives]
The goals of this class are as follows;
To understand the systems and technologies for the formation of a sound material-cycles society.
To understand the basics and current status of recycling systems and issues related to food loss and waste,
packaging and containers, plastic resource recycling, end-of-life vehicles, and waste electrical and electronicequipment.
To understand the concept of material flow analysis.
To be able to conduct a life cycle assessment.
To understand the basic concept of multi-media environmental fate model (Fugacity model) of chemical
substances.
To understand the source, fate, and management of persistent organic pollutants (POPs).
[Course schedule and contents]
1. The Fundamental Law and Plan for Establishing a Sound Material-Cycles Society (Hirai)
2. Food Loss and Food Waste (Yano)
3. Packaging and Containers Waste (Yano)
4. Resource Circulation Strategy for Plastics (Yano)
5. End of Life Vehicles (Yano)
6. E-Waste (Hirai)
7. Material Flow Analysis and Life Cycle Thinking (Yano)
8. Data Reconciliation Method for MFA (Hirai)
9. Life-Cycle Assessment: Goal and Scope Definition (Hirai)
10. Life-Cycle Assessment: Inventory Analysis (Hirai)
Continue to 循環型社会システム論(2)↓↓↓

循環型社会システム論(2)11. Life-Cycle Assessment: Impact Assessment (Hirai)
12. Life-Cycle Assessment: Interpretation, Case Studies (Hirai)
13. Environmental Fate Model for Chemicals: Basics (Hirai)
14. Environmental Fate Model for Chemicals: Application (Hirai)<<Final examination>>
15. Feedback (Hirai)[Course requirements]
Solid Waste Management[Evaluation methods and policy]
The evaluation will be based on an examination (60 points), quizzes (20 points), and assignments (20 points).
[Textbooks]
Not used
Not specified. Materials and references will be distributed when needed.
[References, etc.]（Reference books）
Introduced during class
Additional resources will be introduced during the class.
[Study outside of class (preparation and review)]
After class, answer the quiz questions posted on PandA to confirm that you have understood the lecture
content. Review the materials and references distributed. Specific instructions, if any, will be given in class.
（Other information (office hours, etc.)）
Refer to KULASIS for office hours.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 5F456 LE16

Course title(and course 新環境工学特論I
title inEnglish)New Environmental Engineering I, Adv.

Target year
Days and periods Mon.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Global Environmental Studies
Professor,ECHIGO SHINYA
Graduate School of Engineering
Associate Professor,NISHIMURA FUMITAKE
Graduate School of Asian and African Area Studies
Associate Professor,HARADA HIDENORI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This course provides various kinds of engineering issues related to the water environment in English, which
cover fundamental knowledge, the latest technologies and regional application examples. These lectures,
English presentations by students, and discussions enhance English capability and internationality of students.
The course is conducted in simultaneous distance-learning from Kyoto University, or from remote lecture
stations in University of Malaya, and Tsinghua University of China. For the distance-learning, a hybrid
system is used, which consists of prerecorded lecture VIDEO, VCS (Video conference system) and SS (slide
sharing system).
[Course objectives]
Each student is requested to give a short presentation in English in the end of the course. The students will
understand the present circumstance of environments in the world, and the students may improve theirEnglish skill and international senses through these lectures, presentations, and discussions.
[Course schedule and contents]
Guidance & Self Introduction of Students + Lecture: From Ecotoilets to Ecotowns（Shimizu)
Anaerobic Technologies for Wastewater Treatment(Prof. Shaliza, University of Malaya)
Wastewater Treatment Plant: Case Study in China, Biological Nutrient Removal (BNR) (Prof. Wen,
Tsinghua University)
Development of Wastewater Treatment Technologies: History and Recent Trends in Japan (Nishimura)
Water Supply in Malaysia: Challenngeis and Oppurtunities(Prof. Faridah, University of Malaya)
Treatment Technologies (Practical & Advanced Technology I): Membrane Technology (MT) (Prof. Huang,
Tsinghua University)
Advanced Oxidation Processes (Prof. Zhang, Tsinghua University)
Current Issues in Drinking Water Treatment in Japan (Echigo)
Student Presentations /Discussions I (all)Student Presentations /Discussions II (all)Continue to 新環境工学特論I(2)↓↓↓

新環境工学特論I(2)Student Presentations /Discussions III (all)[Course requirements]
General understanding of water environmental issues[Evaluation methods and policy]
Evaluated by class attendance, Q&A and presentation.
[Textbooks]
Class handouts[References, etc.]（Reference books）
Introduced in the classes[Study outside of class (preparation and review)]
The students should study the PPT file used in the lectures. Students also need to enough literature review
and related prior to their presentation.
（Other information (office hours, etc.)）
PowerPoint slides are main teaching materials in the lectures, and their hard copies are distributed to thestudents. In addition, a list of technical terms and difficult English words is given to the students with their
explanation and Japanese translation.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 5F458 LE16

Course title(and course 新環境工学特論II
title inEnglish)New Environmental Engineering II, Adv.

Target year
Days and periods Mon.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Graduate School of Engineering
Professor,TAKAOKA MASAKI
Graduate School of Engineering
Associate Professor,FUJIMORI SHINICHIRO
Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Second semester

Language of instruction English

Lecture[Overview and purpose of the course]
The course is conducted in simultaneous distance-learning from Kyoto University, or from remote lecture
stations in University of Malaya, and Tsinghua University. For the distance-learning, a Zoom system is used.
The students are requested to give a short presentation in English in the end of the lecture course. This course
may improve students English skill and international senses through these lectures, presentations, anddiscussions.
The course provides various kinds of engineering issues related to atmospheric environment, climate change
and solid wastes management in English, which cover fundamental knowledge, the latest technologies andregional application examples. These lectures, English presentations by students, and discussions enhance
English capability and internationality of students.
[Course objectives]
This lecture expects students to freely discuss environmental issues on air and solid wastes with international
researchers and students in English. For this purpose, the course encourages the students to conduct self-study
for following up each lecture's contents, and requests them to enhance their capabilities by preparations on
issues related to water environment.
[Course schedule and contents]
All classes are provided using Zoom.
No.1
Global warming and Low carbon society （Assoc. Prof. Fuimori, Kyoto University）
No.2
Atmospheric diffusion and modeling (Prof. S Wang, Tsinghua University)
No.3
Air Pollution, Its Historical Perspective from Asian Countries (II), Malaysia (Assoc. Prof. Nasrin
Aghamohammadi, University of Malaya)
No.4
Air Pollution, Its Historical Perspective from Asian Countries (III), Japan (TBA, Kyoto University)
No.5
Student Presentations /Discussions I (all)No.6
Continue to 新環境工学特論II(2)↓↓↓

新環境工学特論II(2)Introduction to Municipal Solid Waste (MSW) Management in Malaysia (Assoc. Prof. Fauziah Shahuk
Hamid, University of Malaya)
No.7
Solid Waste Management, Case Study in China (Assoc. Prof. Lu Wenjing, Tsinghua University)
No.8
Solid Waste Management, Case Study in Japan (Prof. Takaoka, Kyoto University）
No.9
Solid Waste Management, Case Study in Malaysia (Assoc. Prof. Noor Zalina Mahamood, University of
Malaya)No.10
Student Presentations /Discussions II (all)No.11
Student Presentations /Discussions III (all)No.12:Feedback
We will answer/discuss about questions for the results of small tests and reports or the contents of lectures via
E-mail etc.
[Course requirements]
None[Evaluation methods and policy]
Evaluate by class attendance(40%), and presentation and Q&A (60%).
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class
To be announced at the class.
[Study outside of class (preparation and review)]
Preparation homework is not required, but homework is recommended to follow up each lecture's contents.
（Other information (office hours, etc.)）
A lecture (16:30 - 18:30) is 120 min.
Continue to 新環境工学特論II(3)↓↓↓

新環境工学特論II(3)A student presentation is 130 min.
PowerPoint slides are main teaching materials in the lectures, and their hard copies are distributed to thestudents. In addition, a list of technical terms and difficult English words is given to the students with their
explanation and Japanese translation.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 5F461 LJ77

Course title(and course 原子力環境工学
title inEnglish)Instructor's
name, job title,
Nuclear Environmental Engineering, Adv. and departmentof affiliation

Target year
Days and periods Thu.2

Number of credits 2
Class style

LectureInstitute for Integrated Radiation and Nuclear Science
Associate Professor,FUJIKAWA YOUKO
Institute for Integrated Radiation and Nuclear Science
Associate Professor,FUKUTANI SATOSHI
Institute for Integrated Radiation and Nuclear Science
Assistant Professor,IKEGAMI MAIKO
Institute for Integrated Radiation and Nuclear Science
Assistant Professor,SHIBAHARA YUJI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Various wastes are generated from the use of nuclear energy, one of the key technologies to overcome theglobal warming, and the associated industrial activity. This course is inended to understand the type andorigin of radioactive wastes, as well as the management, treatment, and final disposal of these wastes, fromthe viewpoint of environmental engineering.
[Course objectives]
By providing the students with the knowledge on various radioactive wastes generated by the use on neclear
energy as well as the radiological risk of such wastes, the course will enable the students to consider the
future of nuclear industries based on their own judgement.
[Course schedule and contents]
Course Introduction ,1time,Course Introduction
Nuclear disaster action program,1time,uclear disaster action program
Nuclear reactors,1time,Nuclear reactors
Treatment of liquid radioactive waste,1time,Treatment of liquid radioactive waste
Treatment of gaseous and solid radioactive waste,1time,Treatment of gaseous and solid radioactive waste
Legislation of radioactive wastes,1time,Legislation of radioactive wastes
Decomissining and clearance,1time,ecomissining and clearance
Radiological risk,1time,The risk of radiation exposure, history of radiation dose limit set by internationalorganizations, and dose limit under different situations are discussed
Fukushima Daiichi Nuclear Power Plant (F1) accident and nuclear disaster prevention,1time,Discuss therelation between the events in F1 and the radiation dose in the environment as well as pollution ofenvironment. The evacuation activity conducted in Fukushima and the related lessons are summarized.
Problems of designated waste,1time,In the aftermath of the F1 accident, municipal solid waste contaminatedwith radioactive cesium has been produced in 12 Prefectures, some of these wastes were classified as
designated wastes (DSW). The concept of DSW is compared with that of conventional radioactive wastes.
Geological disposal of high level radioactive wastes (HLW) and the safety assessment ,1time,Inventory, themethod of disposal (critical path and nuclides), philosophy of radiological protection, etc. are discussed.
Behavior of radionuclides in the environment and mathematical modeling of nuclide migration,1time,
Behavior of radionuclides in the geosphere has governing effect on the safety of geological disposal of HLW.
The behavior based on the chemical characteristics of each nuclides and mathematical modeling of their
behavior are discussed.
Behavior and qualitative/ quantitative analysis of radionuclides in the environment,1time,Behavior andqualitative/ quantitative analysis of radioactive Cs, Co, Sr, I, Se, U, Pu and Ra in the environment, and events
Continue to 原子力環境工学(2)↓↓↓

原子力環境工学(2)of radioactive pollution of the environment in the past, are introduced.
The risk of radiation and the society,1time,After the F1 accident, the risk of radiation has drawn intense
attention from citizens. The risk communication methodology to facilitate the understanding of radiation is
discussed.
Discussion with /between students,1time,Discussion on issues such as lifestyle in the contaminatedenvironment (under existing exposure situation), whether residents should return to the contaminated areas,and how to deal with siting problems of final disposal of HLW, etc..
[Course requirements]
Basic knowledge on health physics, chemistry and earth science.
[Evaluation methods and policy]
Attendance to the lecture plus report[Textbooks]
Related papers etc. will be distributed in each lecture.

[References, etc.]（Reference books）
Related literature will be notified in each lecture.
（Related URLs）(None)[Study outside of class (preparation and review)]
NOt specified.
（Other information (office hours, etc.)）
None*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 6F468 SJ16

Course title(and course 環境微量分析演習
title inEnglish)Instructor's
name, job title,
Environmental Organic Micropollutants Analysis Lab. and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,MATSUDA TOMONARI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
There is increasing concern about proper risk evaluation and management of hazardous chemicals such asdioxins and endocrine disruptors. To manage this problem, it is necessary to understand analytical methods
and toxicity of those hazardous chemicals. In this class, lectures and experiments will be carried out aboutchromatography, bioassays and mass spectrometry.
[Course objectives]
Understand about principle and practical techniques of chromatography. Understand about principle ofseveral bioassays.
[Course schedule and contents]
HPLC -How to separate it-,3times,Learn about principle and practice of HPLC separation. How do you
choose columns, solvents and detectors? How to improve peak separation?
Fractionation and Purification by using HPLC,3times,Learn about practical techniques of fractionation andpurification using HPLC.
LC/MS/MS,5times,Learn about principle and practice of LC/MS/MS analysis. Understand about 3 different
scan modes, full scan, daughter scan and MRM. How to make an analytical method in a refined way for
substances of your interest.
Bioassays,4times,Lecture about several bioassays which are used for evaluation of environmental toxicity,and discuss about how to identify toxic compounds in environment by using HPLC in combination withbioassays.
[Course requirements]
None[Evaluation methods and policy]
It is required to attend all 3 days for lectures and experiments. Attendance and reports are considered forgrading.
[Textbooks]
Handouts are distributed.

[References, etc.]（Reference books）
Daniel C. Harris: Quantitative Chemical Analysis ISBN-13: 978-1-4292-3989-9
Continue to 環境微量分析演習(2)↓↓↓

環境微量分析演習(2)[Study outside of class (preparation and review)]
We hope active participation of students. It is welcome that patticipants additionally try to analyze the sample
their own interest.
（Other information (office hours, etc.)）
This intensive course is useful especially for students who usually use or intend to use HPLC and LC/MS/MS
for their research.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 6F470 SB16

Course title
Instructor's(and course 環境工学先端実験演習
name, job title,
title in
Advanced Enivironmental Engineering Lab. and departmentof affiliation
English)Graduate School of Engineering
Professor,TAKAOKA MASAKI
Graduate School of Global Environmental Studies
Professor,ECHIGO SHINYA
Graduate School of Engineering
Professor,ITOH SADAHIKO
Graduate School of Engineering
Professor,YONEDA MINORU
Part-time Lecturer,YASOJIMA MAKOTO

Target year
Days and periods Mon.3,4

Number of credits 2
Class style

SeminarYear/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Analytical methods to characterize environmental samples are learned through practical training includingsite visits to other research institutes or analytical companies.
[Course objectives]
To promote your own research by learning each analytical method with a wide vision[Course schedule and contents]
Some lectures from companies might be provided using Zoom etc.
1. Guidance and Safety Education: Ito
The content of subject and safety education for the following experiment are explained.
2-3. Quantitative analysis of elements: Yoneda + Nippon Instruments Corporation
The principle of multielement analysis is explained and practical training of ICP-AES or ICP-MS machine isconducted.
4-5. Gas and Liquid Chromatography: Shimadzu corporation.
The principle of Gas and Liquid Chromatography is explained.
6-7. Qualitative analysis of elements: Takaoka + Rigaku
The principle of X-ray based methods is explained and practical training of one or two X-ray based machine isconducted.
8-10.Qualitative and quantitative analysis of organic compounds:Echigo, Yasojima
Qualitative and quantitative analysis of organic compounds such as mass spectrometry is explained andpractical
training of LC-MS etc. is conducted.
11. Bioassey: Hiyoshi Corporation
Qualitative and quantitative analysis of toxic compounds by bioassey is explained.
12. Making reports
Continue to 環境工学先端実験演習(2)↓↓↓

環境工学先端実験演習(2)This time is for making reports.
13-14.Site visit(Shimadzu Corporation. Shimadzu techno-research inc., Horiba Ltd.)
Site visit to research institute or analytical company
15. Feedback
Questions about reports etc. in each class from students will be answered by e-mail etc.
[Course requirements]
None[Evaluation methods and policy]
Attendance at the class(50%) and report subjects(50%) are evaluated.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Students are required to study on each of topics after lecture by using the materials distributed.
（Other information (office hours, etc.)）
Because analytical devices are limited, we may restrict the number of students.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7F472 SJ16

Course title(and course 環境工学実践セミナー
title inEnglish)Instructor's
name, job title,
Seminer on Practical Issues in Urban and Environmental Enginering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
Acquire practical knowledge and ability required for researchers and engineers involved in environmental
engineering and environmental management. Specifically, participate in seminar series or symposium
designated by major, conducted by international organizations, government, local governments, private
enterprises, research institutes, NPOs and other practitioners / researchers.
[Course objectives]To[Course schedule and contents]
Task assignment (1 time)
Select an academic society that will make a research presentation, and set a task.
Research / research (5 times)
Investigate and research on the set issues.
Presentation of research (1 time)
Do research presentations at academic societies etc.
Task assignment (1 time)
Select an academic society that will make a research presentation, and set a task.
Research / research (5 times)
Investigate and research on the set issues.
Presentation of research (1 time)
Do research presentations at academic societies etc.
Report creation (1 time)
We prepare a report that summarizes the contents released at academic societies, etc. and submit.
[Course requirements]
None

Continue to 環境工学実践セミナー(2)↓↓↓

環境工学実践セミナー(2)[Evaluation methods and policy]
Submit a report describing the achievement record (participation in seminars and symposia etc), and credit
the unit by comprehensive evaluation by the department head and academic supervisor.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Follow the instructions of your supervisor.
（Other information (office hours, etc.)）
Details will be given at the guidance.
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7P475 PB16

Course title(and course 都市環境工学ORT
title inEnglish)Instructor's
name, job title,
ORT on Urban and Environmental Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English[Overview and purpose of the course]
Practicing research subjects related to urban environmental engineering and academic presentations ofresearch results to cultivate advanced expertise and ability to develop new research fields and acquire thepractical ability required as researchers and engineers . Specifically, we will hold research presentations at
academic conferences and laboratory seminars held in Japan and abroad, participate in various seminars /symposia / workshops, participate internships at companies and research institutes in Japan and overseas.
[Course objectives]To[Course schedule and contents]
Contents determination (1 time)
Select seminars, academic presentations, internship etc. where each student participates.
Research / Research (13 times)
Acquire specialized knowledge and experience through seminars, academic presentations and internships.
Report creation (1 time)
Seminar, conference presentation, internship etc, under the guidance of the teacher in charge, submit it as areport.
[Course requirements]
None[Evaluation methods and policy]
The department head and the supervisor instructor will comprehensively evaluate the record describing theachievement record, thereby crediting the unit.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during classContinue to 都市環境工学ORT(2)↓↓↓

都市環境工学ORT(2)[Study outside of class (preparation and review)]
Follow the instructions of your supervisor.
（Other information (office hours, etc.)）
Details will be given at the guidance.
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG03 5H424 LJ24

Course title
Instructor's(and course 環境資源循環技術
name, job title,
title inEnvironmental-friendly Technology for Sound Material Cycle and departmentof affiliation
English)Target year
Days and periods Fri.3

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,TAKAOKA MASAKI
Graduate School of Engineering
Professor,Fujiwara Taku
Graduate School of Engineering
Associate Professor,NAKAGAWA HIROYUKI
Graduate School of Engineering
Associate Professor,MAKI TAISUKE
Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI
Graduate School of Engineering
Associate Professor,HIDAKA TAIRA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
We face global warming, resource depletion and ecological destruction etc. It is necessary to establish theenvironmental-friendly and sustainable society with low carbon emission and sound material cycles. This
lecture is aimed at learning principle and fundamental knowledge on environmental sound technologies forbiomass and related valuable resource in urban area.
[Course objectives]
Learn the environmental-friendly technology to realize the environmental-friendly and sustainable society
with low carbon emission and sound material cycles.
[Course schedule and contents]
1st -5th Thermodynamic consideration of the technologies for resource cycle (Maki:2, Nakagawa:3)
Exergy, which is based on the combination of the first and the second law of thermodynamics, and themethodology to convert resources and to evaluate resource cycles utilizing exergy analysis is introduced withrespect to the concept for resource cycles from the viewpoint of the second law of thermodynamics. Global
warming and carbon cycle , renewable resources and energy , and processes for the utilization of
biomass are also introduced.
6th-8th Technologies for resource cycle of solid waste(Fujiwara:2, Hidaka:1)
General knowledge, legal structures, applied technologies and analytical methods of solid waste (metal or
inorganic resources) are introduced. The technologies of resource recovery in urban metabolic facilities arealso introduced.
9th-11th Environmental-friendly Technology related to wastewater treatment(Takaoka:2, Oshita:1)
Technologies about material recycle and recovery related to water and wastewater treatment are introduced.
Recovery of organic resource from sewage sludge, phosphorus recovery from sewage, and sewage systems
which can enhance resources & energy recovery are explained together with their current conditions andchallenges.

Continue to 環境資源循環技術(2)↓↓↓

環境資源循環技術(2)[Course requirements]
None[Evaluation methods and policy]
Evaluated by the reports for each theme and attendance.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Pre-homework is not necessary, but review the learning materials to make better reports.
（Other information (office hours, etc.)）
This class will be open in 2019. The number of class is 11th and is equivalent to 1.5 credits.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7U401 PJ16

Course title(and course 都市環境工学特別セミナーＡ
title inEnglish)Instructor's
name, job title,
Seminar on Urban and Environmental Engineering A, Adv. and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
Students give reports and presentations, have interactive discussions with the supervisors on research themes.
The research theme should be related to the circular economy, recognition and identification of social
structure, investigation and analysis of the actual state of circulation of resources and energy in real society,elucidation and modeling of mechanisms that govern various phenomena related to resources and energy
circulation.
[Course objectives]To[Course schedule and contents]
Explanation of class implementation method and presentation of examples of research subjects (1 time)
We will explain how to implement lessons and examples of issues related to recycling social structure.
Setting assignment (1 time)
Each student sets research subjects related to the recycling-based social structure etc.
Presentation of task (1 time)
We will present the significance and research plan of the research topic set up by the teachers in charge anddiscuss the contents.
Research / Research (9 times)
Investigate and research on the tasks that have been set.
Presentation of research (1 time)
We will present the results of the survey and research in front of the teachers in charge and give a question
and answer.
Report creation (2 times)
Considering points pointed out in the research presentation etc, summarize the contents of the survey andresearch into a report and submit.

Continue to 都市環境工学特別セミナーＡ(2)↓↓↓

都市環境工学特別セミナーＡ(2)[Course requirements]
None[Evaluation methods and policy]
The results will be evaluated comprehensively.
[Textbooks]
Handout will be given accordingly.

[References, etc.]（Reference books）
Handout will be given accordingly.
[Study outside of class (preparation and review)]
Good preparation and enough review are required.
（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
Detail Explanations will be given at the Guidance for Doctoral student in April every year. Students enrolled
in October must attend the Doctoral Guidance in April.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7U403 PJ16

Course title(and course 都市環境工学特別セミナーＢ
title inEnglish)Instructor's
name, job title,
Seminar on Urban and Environmental Engineering B, Adv. and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Associate Professor,OOSHITA KAZUYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
Students give reports and presentations, have interactive discussions with the supervisors on research themes.
The research theme should be related to environmental risk assessment. It is necessary to identify social
structure that environmental risk arises, propagate and propagate. Also, it would need to identify various risk
phenomena found in real world, elucidate mechanisms that control environmental risk events. We give tasks
on academic and practical research themes related to modeling, management and reduction of environmental
risks, communication of risk information, etc.
[Course objectives]To[Course schedule and contents]
Explanation of class implementation method and presentation of examples of research subjects (1 time)
We will explain how to implement lessons and examples of tasks related to environmental risk assessment.
Setting assignment (1 time)
Each student sets research subjects related to environmental risk assessment etc.
Presentation of task (1 time)
We will present the significance and research plan of the research topic set up by the teachers in charge anddiscuss the contents.
Research / Research (9 times)
Investigate and research on the tasks that have been set.
Presentation of research (1 time)
We will present the results of the survey and research in front of the teachers in charge and give a question
and answer.
Report creation (2 times)
Considering points pointed out in the research presentation etc, summarize the contents of the survey andresearch into a report and submit.
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履歴保存済み
コミュニティ
Continue to 都市環境工学特別セミナーＢ(2)↓↓↓

都市環境工学特別セミナーＢ(2)[Course requirements]
None[Evaluation methods and policy]
The results will be evaluated comprehensively.
[Textbooks]
Handout will be given accordingly.

[References, etc.]（Reference books）
Handout will be given accordingly.
[Study outside of class (preparation and review)]
Good preparation and enough review are required.
（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
Detail explanations will be given at the Guidance for Doctoral student in April every year. Students enrolled
in October must attend the Doctoral Guidance in April.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 6X321 LE24 G-ENG55 6X321 LE24

Course title(and course 環境リスク管理リーダー論
title inEnglish)Instructor's
name, job title,
Lecture on Environmental Risk Management Leader and departmentof affiliation

Target year
Days and periods Thu.5

Number of credits 2
Class style

LectureGraduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
In this class, wersquoll give lectures on theory of risk analysis, risk identification, risk assessment, risk
evaluation, and risk reduction and avoidance in the field of urban human security including human health risk
and ecological risk. The main purpose of this lecture is to provide students basic viewpoint and knowledge
required for environmental leaders who can practically solve environmental issues occurring in developing
countries, showing several international environmental projects as practical case works.
[Course objectives]
The main purpose of this lecture is to provide students with the basic viewpoint and knowledge required forenvironmental leaders able to practically solve environmental issues occurring in developing countries,
focusing on several international environmental projects as practical case works.
[Course schedule and contents]
Introduction,1time,In this introductory lecture, the current situation and problems of the environment in Asiandeveloping countries are explained, and basic ideas for their improvement measures are given together with
fundamental terminologies.
Energy and Environment,1time,
View point and commitment to rural environmental issues,1time,
Disaster Risk Management and Grass-roots International Cooperation,1time,
Environmental Risk Assessment and Risk Communication,1time,
Water, Sanitation and Solid Waste Management for Developing Countries,1time,
Presentations and Discussions,2times
Experiences and lessons learned from Japan's environmental problems,1time,
Solid Waste Management,1time,
Ensuring Sustainability in Water Supply and Sewerage Sector,1time,
Water Supply and Human Security,1time,
Impending Issues in Lake Biwa-Yodo River Water Management and the Basin Governance,1time,
Special Lecture on International Environmental Issues, 1time,
Poster Presentation in Environmental and Sanitary Engineering Research Symposium,1time,[Course requirements]
None

Continue to 環境リスク管理リーダー論(2)↓↓↓

環境リスク管理リーダー論(2)[Evaluation methods and policy]
Participation, Oral and Poster Presentation, and Report[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To be announced at class.
（Other information (office hours, etc.)）
To be announced at class about poster presentation in Environment amp Sanitary Engineering Research
Symposium.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5A856 LJ74

Course title(and course 居住空間計画学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Dwelling Planning

Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,YANAGISAWA KIWAMU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
We will discuss the principles of composition and reorganization of living spaces based on a multifaceted
study of human settlements. Specifically, we look at research based on descriptive analysis of personal
residential experiences in detail, which appear to significantly influence the composition of residential spaces.
In addition, we will conduct exercises using the "residential experience interview" method and discuss theimpact of residential experience on the formation of living environment and residential life.
[Course objectives]・Students will learn the basic method of "residential experience interview" to understand the various formsof residence corresponding to differences in society and lifestyles.
・They will be able to examine, through concrete cases, how the formation of living spaces is regulated byresidential views based on personal and social residential experiences.
・They will develop diverse perspectives and proposals on living spaces that will contribute to thediversification and improvement of housing quality in the real world.
[Course schedule and contents]
Overview (1 Class)・Lecture Overview/Course Guidance/Themes for Report Assignments ① and ②
Basic Theory of Living Space Planning (2 Classes)
・Modern Dwellings Based on Experience Descriptions of Residential Spaces
・Learning from Residential Experience Interviews
Exercise 1: Residential Space Experience Description (4 Classes)
・Presentation of Report Assignment ①
・Group work on Experience Descriptions of Residential Spaces based on the above
Exercise 2: Changes in Modern Dwellings and Diversity of Living Styles (7 Classes)
・Interim Presentation of Report Assignment ②・Exercise on the Transition of Modern Residence and the Diversity of Living Styles from the Perspective of
Other People's Experience Descriptions of Residential Spaces
Summary and Discussion (1 Class)・Summary and Discussion of Lectures and Presentations
Late August: Submission of Report Assignment ②
Continue to 居住空間計画学(2)↓↓↓

居住空間計画学(2)[Course requirements]
Students must have the basic ability to draw and decipher residence ground plans.
A basic background in architectural and residential planning is preferred, but graduate students in different
disciplines are welcome to take the course.
[Evaluation methods and policy]
Continuous assessment (40%) and Assignment Report ② Score (60%)
Continuous assessment is based on the presentation and feedback of Report ①.
・Failing to submit, present, or provide feedback for either of the Reports in class will be considered a failure.
・Reports that fail to meet the theme questions will be considered a failure.
・Reports with original ideas and a detailed discussion will be given a higher grade.
[Textbooks]
Kinamu Yanagisawa, Akane Mizushima, Takashi Ikejiri "住経験インタビューのすすめ" (Nishiyama Uzo
Kinen Bunko, 2018) ISBN: 49099395040[References, etc.]（Reference books）
Shigebumi Suzuki "住まいを語る：体験記述による日本住居現代史" (Kenchiku Shiry? Kenky?sha,2002), Uzo Nishiyama "住み方の記(改訂版)" (Chikuma Sosho, 1978), Masahiko Kishi "断片的なものの社
会学" (Asahi Press, 2015)[Study outside of class (preparation and review)]
As a class exercise, students will conduct interviews with each other and with their parents or grandparents
about their past residential experiences, and create a report analyzing and discussing the results.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B013 LJ74

Course title(and course 建築設計特論
title inEnglish)Theory of Architectural Design, Adv.

Target year
Days and periods Tue.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,HIRATA AKIHISA

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
We will discuss the various possibilities of modern architecture with reference to related discourses andexamples. In particular, we will discuss the implications of the transition from mechanistic architecture in the20th century to life-theoretic architecture in the 21st century.
[Course objectives]
Understand the possibilities of theory linked to the reality of architectural design, and acquire the ability tothink architecturally in a new era.
[Course schedule and contents]
Biological architecture (3 times)
Discuss the possibility of supple and inclusive architectural principles as an alternative to mechanisticarchitectural principles.
Architectural geometry (twice)
Discusses the modern significance of geometry and its practical potential in architectural design.
Architectural nature (twice)
Discuss the possibilities and techniques of rethinking architecture as a fusion rather than a conflict withnature.
Meaning of architecture (twice)
Discuss how we can recapture the problem of meaning in modern architecture.
Modern wisdom and architecture (5 times)
We will discuss the possibility of new architectural thinking with reference to modern wisdom that requestions the state of modern architecture.
Learning achievement evaluation (1 time)
Evaluate learning achievement.
[Course requirements]
None

Continue to 建築設計特論(2)↓↓↓

建築設計特論(2)[Evaluation methods and policy]
Comprehensive evaluation through attendance, presentations, reports, participation in discussions,submissions, etc.
[Textbooks]
Distribute necessary materials according to the theme.

[References, etc.]（Reference books）
Instruct reference books as the class progresses.
[Study outside of class (preparation and review)]
instruct as appropriate（Other information (office hours, etc.)）
Check KULASIS for more information on office hours.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B014 LJ74

Course title(and course 建築環境計画論Ⅰ
title inEnglish)Instructor's
name, job title,
Theory of Architectural and Environmental Planning I and departmentof affiliation

Target year
Days and periods Thu.2

Number of credits 2
Class style

Graduate School of Engineering
Professor,MIURA KEN

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
Japan will have a very super aging society. In order to maintain the vitality of society, a plan for building andenvironment that extends healthy life expectancy is required. This class explain the cases of international
medical welfare architecture and human environment design focusing on physiological psychologicalindicators to gain an advanced understanding relation between human well-being and architectural planningand design.
[Course objectives]
In this class students acquire subjective thinking abilities and advanced planning skills to discover and solve
problems themselves through discussions and exercises.
[Course schedule and contents]
Guidance (1 time)
Explanation of the positioning of the lecture, points to keep in mind, etc.
Environmental design (2 lectures)
Using plans for specific building types as subjects, learn about the historical background and planningconsiderations for incorporating human-environmental design from the viewpoints of designers and planners.
Analysis of architectural plans (11 classes)
Students will learn about new architectural planning cases and practices, planning methods, and concepts,
from building types and architects' works to competition-winning proposals, and learn about the planningtheory of architecture suitable for the next era, as well as its considerations and issues.
[Course requirements]
None[Evaluation methods and policy]
Based on written reports and presentation

Continue to 建築環境計画論Ⅰ(2)↓↓↓

建築環境計画論Ⅰ(2)[Textbooks]
Classes will make use of printed handouts and projected slides.

[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Subjects will be given written reports to be completed outside class, with corresponding presentations inclass.
（Other information (office hours, etc.)）
Appointments can be made by email.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B016 LJ74

Course title(and course 建築論特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Theory of Architecture, Adv.

Target year
Days and periods Tue.3

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,1time,,2times,,2times,,2times,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,TAJI TAKAHIRO

Year/semesters 2023/Second semester

Language of instruction JapaneseCourse number
Course title(and course 建築都市文化史学特論
title inEnglish)Instructor's
name, job title,
History of Architecture and Environmental Design and departmentof affiliation

Target year

1st year students or above Number of credits 2

Days and periods Wed.2

Class style

Graduate School of Engineering
Associate Professor,IWAMOTO KAORU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
巡礼を共通テーマとして、日本の宗教空間の構造と特質について講義する。日本において聖地はどのようにデザインされてきたか、どのような主体が関与してきたかを考察する。
[Course objectives]
具体的な聖地の分析を通して、空間の読解方法や史料の扱い方などを身につける。
[Course schedule and contents]
第1回 ガイダンス
第2〜4回 日本の観音巡礼
西国三十三所・坂東三十三所・秩父三十四所の成立と展開について講義する。
第5〜7回 参詣曼荼羅
善峯寺と成相寺を中心に参詣曼荼羅の読解を行う。見学も予定。
第8〜10回 写し巡礼
京都や江戸の都市巡礼、および境内地への写し巡礼、巡礼建築について講義する。見学も予定。
第11〜13回 伊勢神宮と聖地
伊勢神宮の摂末社巡拝および天岩戸について講義する。
第14回 巡礼の近代
巡礼の近代以降の変容、および新たにつくられた巡礼・聖地について講義する。
第15回 フィードバック[Course requirements]
None[Evaluation methods and policy]
レポートにて評価する。
[Textbooks]
Not used

Continue to 建築都市文化史学特論(2)↓↓↓

建築都市文化史学特論(2)[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
レポート執筆には対象とする聖地の訪問を必須とする。
講義中で取り上げた聖地を実際に訪問することが望ましい。
（Other information (office hours, etc.)）
iwamoto.kaoru.8r@kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B019 LJ74

Course title(and course 建築プロジェクトマネジメント論
title inEnglish)Project Management

Target year
Days and periods Thu.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KANETA TAKASHI
Graduate School of Engineering
Associate Professor,NISHINOSAYAKA

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Overview of Project Management and Construction Management in Japan.
Lecture and discussion.
[Course objectives]
To acquire the knowledge and the ability of project management.
[Course schedule and contents]
1-2. PM/CM
Basic knowledge of project management and construction management.
3-8. PM/CM Projects
Real projects and success in project management and construction management. Professional applications.
9-10. Method of PM/CM
Methods and tools in project management and construction management.
11-12. Topics of PM/CM
Topics of project management and construction management in Japan and overseas.
13-15. Discussion on PM/CM
Discussion and feedback on project management and construction management.
[Course requirements]
Construction Engineering and Management I and II (undergraduate program) should be mastered.
[Evaluation methods and policy]
Report. Attendance of lectures and site visit are also evaluated.
Absolute evaluation (raw score)Attendance and individual reports will be assessed on the basis of achievement level for course goals.
- Those who are absent more than four times will not be credited.
- Students will submit all reports.
The reports with originality will be given a high score.

Continue to 建築プロジェクトマネジメント論(2)↓↓↓

建築プロジェクトマネジメント論(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Read the material introduced in the class.
（Other information (office hours, etc.)）
Contact to:kaneta@archi.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number
Course title(and course 応用固体力学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Applied Solid Mechanics

Target year

1st year students or above Number of credits 2

Days and periods Thu.2

Class style

LectureGraduate School of Engineering
Professor,OOSAKI MAKOTO
Graduate School of Engineering
Associate Professor,

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
The basic concepts of stress tensor, strain tensor, and constitutive law are discussed for continuum. Boundary
value problems are formulated based on the virtual work principle. Approximated formulation methods forstructural elements such as beams and plates based on the displacement method are discussed. Finite
deformation and elastoplastic constitutive laws are also discussed.

[Course objectives]
Acquisition of basic theory of continuum mechanics[Course schedule and contents]
Stress tensor and strain tensor (3 times)
The basics of tensor analysis and the fundamentals of stress tensor, strain tensor, and constitutive law will be
explained.
Conservation laws and boundary value problems (2 times)
Boundary value problems based on conservation laws and displacement methods will be discussed.
Geometrical nonlinearity (2 times)
Stress tensor and strain tensor based on finite deformation theory will be explained.
Plate Theory (2 times)
Induce formulations of plate theory (thick and thin plates) based on the displacement method using the basic
continuum equation.
Shell theory (2 times)
The treatment of arches and cables and the formulation of shells based on membrane theory are presented.
Nonlinear theory for materials (3 times)
Basic concepts of constitutive laws for nonlinear elasticity and elasto-plasticity are explained.
Final examination/ Learning achievement evaluation (1 time)Continue to 応用固体力学 (2)↓↓↓

応用固体力学 (2)[Course requirements]
None[Evaluation methods and policy]
Final examination[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Explained in the class（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B035 LJ74

Course title(and course 人間生活環境デザイン論
title inEnglish)Instructor's
name, job title,
Design Theory of Architecture and Human Environment and departmentof affiliation

Target year
Days and periods Tue.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],１times,,6times,,2times,,5times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,KANKI KIYOKO

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG04 5B036 LJ74

Course title(and course 建築史学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

History of Japanese Architecture

Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TOMISHIMA YOSHIAKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Using contemporary artefacts and textual sources, this course will explore the relationships between
architecture and Buddhist teachings/ritual from the ancient period to the middle ages.
[Course objectives]
The objective of this course is to acquire research skills related to the investigation of architectural history
topics.
[Course schedule and contents]
Introduction and orientation on architecture and Buddhism: 1 session
The architecture of esoteric Buddhism (part 1)-On the relationship between the mandala and architectural
structure and space: 5 sessions
The architecture of esoteric Buddhism (part 2)-On the relationship between esoteric ritual and spatial
composition: 4 sessions
The architecture of Amida devotion-On the relationship between the structure of Amida halls and devotion: 4
sessions
Revision and feedback: 1 session[Course requirements]
Ability to read Japanese ancient documents is necessary.
[Evaluation methods and policy]
Mid-term reports and final report.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
It is desirable to observe the historic architecture which I took away by a class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B037 LJ74

Course title(and course 建築設計力学
title inEnglish)Instructor's
name, job title,
Design Mechanics for Building Structures and departmentof affiliation

Target year
Days and periods Mon.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,KOHEI FUJITA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Basic mechanics and inverse problem for design of building structures are explained. Structural optimization
methods are also presented. Rational structural design approaches are introduced in place of conventional tryand-error approaches.
[Course objectives]
Obtain the knowledge on basic mechanics for design of building structures. Also obtain advanced
knowledges on new theories and methodologies of structural optimization and inverse-problem formulations.
[Course schedule and contents]
Concept of inverse problem, 1 class,
Examples of inverse problem in terms of shear building models
Hybrid inverse problem of structural systems, 1 class,
Examples of hybrid inverse problem in vibration and classification of hybrid inverse problems. The solution
procedure of hybrid inverse mode problems is discussed.
Strain-controlled design method for moment-resisting frames, 1 class,
Simple examples are used for understanding fundamental concepts of strain-controlled design.
Inverse problem via design sensitivity analysis, 1 class,An inverse problem formulation via design sensitivity analysis (direct method) is explained.
Earthquake-response constrained design, 1 class,A method of earthquake-response constrained design for shear building models is explained. Design loads interms of the design response spectrum are used in the design method.
Performance-based Design, 1 class,
A design methodology based on the concept of performance-based design is explained.
Exercise 1, 1 class,
Exercise on inverse problems.
Fundamentals of mathematical programming, 2 classes,
Fundamentals of mathematical programming methods are explained. Linear and nonlinear programming
methods are introduced and some examples are presented.
Continue to 建築設計力学(2)↓↓↓

建築設計力学(2)Design sensitivity analysis, 1 class,
Basic methods of sensitivity analysis for computing derivatives (sensitivity coefficients) of static responses
and frequencies of free vibration with respect to variations of design parameters are explained.
Application to optimization of framed structures, 1 class,
Application of mathematical programming methods to optimization of framed structures is presented.
Optimal design for base isolation and structural control , 2 classes,
Several methods for optimal design of structures using base isolation and structural control are explained.
Exercise 2, 1 class,
Exercise on structural optimization
Confirmation of the Learning Degree, 1 class,[Course requirements]
Mechanics of Building Structures, Basic Linear Algebra, Basic Calculus[Evaluation methods and policy]
Grading is based on the examination at the end of semester.
[Textbooks]
Not used[References, etc.]（Reference books）
Design Mechanics and Control Dynamics of Building, Architectural Institute of Japan, 1994.
[Study outside of class (preparation and review)]
Solve the exercises presented in the first class in parallel to the class advancement.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B038 LJ74

Course title(and course 人間生活環境認知論
title inEnglish)Instructor's
name, job title,
Theory of Cognition in Architecture and Human Environment and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,ISHIDA TAIICHIROU

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Based on human visual perception in the living environment, lectures are given on fundamental concepts ofvisual environment design. Additionally, the basic matters and latest trends of related illuminating and color
engineering will be explained. Students presentations and class discussions will be adopted in order toobtain proficiency in understanding.
[Course objectives]
Understanding the human visual perception in the living environment, and being able to consider the problemof the visual environment from the basics by applying knowledge, such as visual perception, illuminating
engineering, color engineering. Additionally, acquiring the knowledge and the fundamental concept for
designing a visual environment that is suitable for human beings.
[Course schedule and contents]
1. Introduction (1 time)
Visual environment and human beings
Light and color of living environment
2. Description of light and color (2 times)
Photometry and colorimetry system
Development of color system
Perception of light and color in the environment
3. Visual perception and its theory (1 time)
Perception of brightness and color of a surface
Spatial perception
Theory of visual perception
4. Design of clear vision (1 time)
Visibility
Light source and its characteristics
Color rendering
5. Design of lighting environment (2 times)
Psychological evaluation of lighting environment
Sense of brightness and activity of an illuminating space
Effect of colored light illumination
Light and physiological response
Continue to 人間生活環境認知論(2)↓↓↓

人間生活環境認知論(2)Examples of lighting
6. Visual function of seeing (1 time)
Visual field and eye movement
Central vision and peripheral vision
Visual search
7. Foundation of visual and color information (1 time)
Classification/search by color
Color category
Changes in color according to viewing conditions
8. Diversity of visual characteristics (1 time)
Visual impairment
Effect of aging
Color vision deficiency
Universal design
9. Psychology of color (1 time)
Color psychology
Color scheme
Color in architectural environment
10. Student assignment presentation (4 times)
Student presentations and discussions on subjects of visual environment surveys will be conducted.
[Course requirements]
None[Evaluation methods and policy]
Report assignments, student presentations, and points (attendance and participation in class) are evaluatedcomprehensively.
[Textbooks]
The lecture materials will be delivered in class.

[References, etc.]（Reference books）
Reference books are introduced in class.
[Study outside of class (preparation and review)]
students are encouraged to deepen their understanding by reviewing each lecture. Students will also be
required to reconsider our visual environments by applying the knowledge acquired in this course.
Continue to 人間生活環境認知論(3)↓↓↓

人間生活環境認知論(3)（Other information (office hours, etc.)）
Questions are accepted during and after class or via e-mail.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B040 LJ74

Course title(and course 構造解析学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Analysis of Structures, Adv.

Target year

1st year students or above Number of credits 2

Days and periods Tue.2

Class style

LectureGraduate School of Engineering
Professor,OOSAKI MAKOTO
Graduate School of Engineering
Associate Professor,

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Fundamentals of numerical methods, including finite element method (FEM), for continuum are presented
based on variational and energy principles. Formulations are derived for 1D and 2D problems. Basic theories
and algorithms for nonlinear structural analysis are also presented.
[Course objectives]
Understanding of fundamentals of numerical analysis methods for building structures[Course schedule and contents]
1-3. Analysis methods for tension structures:
Equilibrium analysis methods of 2D cable structures are first presented. Equilibrium equations and stiffness
matrices are derived for general 3D pin-jointed structures. Self-equilibrium analysis as well as stability oftension structures are then presented.
4-5. Fundamentals of FEM:
Fundamental theories and concepts are presented. As a concrete example, formulations for 2D triangle
element are derived.
6-7. Isoparametric and structural elements:
Isoparametric and structural elements are presented.
8-9. Boundary element method:
Boundary element method is presented.
10-11. Fundamentals of nonlinear analysis:
Fundamentals of nonlinear analysis are presented. Based on Newton's method, basic theories and algorithms
are presented for solving quasi-static and dynamic problems.
12-13. Elastoplastic and geometrically nonlinear analysis:
Basic theories and algorithms for elastoplastic and geometrically nonlinear analysis are presented.
14. Stability theory and buckling analysis:
Basic theories and algorithms for elastoplastic analysis and buckling analysis are presented.
15. Final examination/ Learning achievement evaluation

Continue to 構造解析学特論(2)↓↓↓

構造解析学特論(2)[Course requirements]
Applied solid mechanics[Evaluation methods and policy]
Final examination (80 points), report (20 points)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Explained in the class（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B043 LJ74

Course title(and course コンクリート系構造特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Concrete Structures, Adv.

Target year
Days and periods Wed.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Graduate School of Engineering
Associate Professor,TANI MASANORI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course will cover the structural design theory of concrete building structures (reinforced concretebuildings, steel-reinforced concrete buildings, prestressed concrete buildings, etc.), based on material theory
and structural mechanics theory relating to concrete and steel. It will explain the rules for the composition of
hardened concrete under multi-axial stresses and applications for methods of structural analyses such as thefinite element method. Lectures will explain the relationship between properties related to durability (such asconcrete carbonation and salt erosion) and concrete mixing, and describe measures to extend the lives ofbuildings and ensure durability in aggressive environments.
[Course objectives]
To understand and use the structural design theory of concrete building structures (reinforced concretebuildings, steel-reinforced concrete buildings, prestressed concrete buildings, etc.), based on material theory
and structural mechanics theory relating to concrete and steel. To understand the rules for the composition of
hardened concrete under multi-axial stresses, and be able to apply it in methods of structural analyses such as
the finite element method. To understand the relationship between properties related to durability (such asconcrete carbonation and salt erosion) and concrete mixing, and be able to propose measures to extend thelives of buildings and ensure durability in aggressive environments.
[Course schedule and contents]
Ultimate Limit State of Concrete Structural Members (3 classes)
These classes will explain the basic knowledge and design methods relating to material ductility capacity thatare considered to be necessary for high earthquake-resistance in concrete structures. Specifically, theseclasses will describe basic theory relating to the effect of confined concrete on mechanisms resisting bendingin plastic hinge regions of beams and columns, and basic mechanisms resisting shear forces. Additionally,
these classes will introduce methods of calculating deformability of members based on ultimate flexuralstrength, ultimate shear strength, and the ratio of these strengths used in performance evaluation design
method.
Long-term Properties of Concrete Structural Members (3 classes)
These lectures will explain cracks and deformation, which can cause problems for concrete members underlong-term loads. Methods for assessing creep and dry-shrinkage of concrete and the influence exerted by suchfactors on individual member and a whole structure will be described.
Earthquake-resistance Evaluation and Strengthening for Existing Reinforced Concrete Buildings (3 classes)
These classes will explain seismic strengthening design and the construction methods used, based on themethods and results of evaluating earthquake-resistance capacity of existing reinforced concrete buildings.
Evaluating buildings' strength will be described in detail, based on determination of the aging deterioration ofContinue to コンクリート系構造特論(2)↓↓↓

コンクリート系構造特論(2)a building based on concrete carbonation; irregularity in elevation and in plan of a building; and thedeformability and ultimate strength of members. New upgrading construction methods will also be introduced.
Post-Earthquake Diagnosis of Damaged Reinforced Concrete Buildings (3 classes)
These lectures will describe methods for determining the degree of emergency risk and of classifying thelevel of damage as methods for diagnosing a damaged reinforced concrete building after an earthquake. The
objectives, positioning, specific procedures, and theoretical background of the evaluation methods will be
explained with examples of buildings damaged by past earthquakes.
Prestressed Concrete Structures: Design and Theory (3 classes)
These lectures will explain the behavior of prestressed concrete (PC) structures under service load and inearthquakes. PC structural member analyses, and structural design theory that uses such analysis, will be
described. These lectures will describe analyses of the response of PC building structures to seismic
excitations based on PC structure's deformation and stress redistribution based on concrete creep;mechanisms that resist bending and shear; and the hysteretic restoring force characteristics of members. They
will also explain the structural design of PC buildings.
[Course requirements]
Basic knowledge of concrete materials and architectural structures is assumed.
[Evaluation methods and policy]
Results will be assessed through a combination of examination results, submitted reports, and attendance.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
R. Park and T. Paulay 『Reinforced Concrete Structures』（John Wiley&Sons）
T. Paulay and N. J. Priestley 『Seismic Design of Reinforced Concrete and Masonry Buildings』（John
Wiley&Sons）
T. Y. Lin 『Design of Prestressed Concrete Structures』（John Wiley&Sons）
M. P. Collins and D. Mitchell 『Prestressed Concrete Structures』（Prentice Hall）
The Japan Building Disaster Prevention Association 『Seismic Evaluation and Retrofit』
Other texts will be introduced in lectures.
[Study outside of class (preparation and review)]
Active participation in lectures, with questions, is expected.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Continue to コンクリート系構造特論(3)↓↓↓

コンクリート系構造特論(3)*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B044 LJ74

Course title(and course 耐震構造特論
title inEnglish)Earthquake Resistant Structures, Adv.

Target year
Days and periods Tue.1

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Graduate School of Engineering
Associate Professor,TANI MASANORI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
These lectures will discuss the basic theory, applied theory, and practical design methods associated withearthquake-resistant design of architectural structures. Lectures will cover the basic elements of earthquakeresistant design: benchmarks and strength rankings for each structural element (pillars, beams, walls, etc.) andtheir meaning in earthquake-resistant design; the relationship between irregularities in horizontal andelevational planes in the frame and earthquake-response; mechanisms for consuming seismic energy, anddesirable structural collapse behavior. The lectures will also explain how to use the strength, rigidity,
hysterisis restoring force characteristics, and equivalent viscous damping coefficient of materials and frame
elements (obtained from structural testing) in earthquake-resistant design. The lectures will also describe
methods of approximation such as the equivalent linearizing method, with which one can easily deal withelastic-plastic response. Appropriate exercises will be given.
[Course objectives]
To undestand the basic theory, applied theory, and practical design methods associated with earthquakeresistant design of architectural structures, and how to evaluate earthquake-resistant design. To understandcurrent earthquake-resistant design techniques in Japan and overseas (and the differences between thosemethods) and gain the ability to conduct earthquake-resistant design for simple real structures and evaluate
earthquake-resistance.
[Course schedule and contents]
Lessons from the previous earthquakes,3times,Typical damages and their causes in the earthquakes in 1990s
and 2000s are discussed.
Seismic design using the capacity design concept,4times,Seismic design using the capacity design concept
are discussed. The topics are Essentials of structural systems,Definition of design quantities, and Philogophyof capacity design.
,4times,,4times,[Course requirements]
Knowledge of vibration theory and knowledge concerning reinforced concrete structures is assumed.
[Evaluation methods and policy]
Results will be assessed through a combination of examination results, submitted reports, and attendance.

Continue to 耐震構造特論(2)↓↓↓耐震構造特論(2)[Textbooks]
Instructed during class
No other materials are specified. Material will be distributed as appropriate.
Lecture materials, exercises, etc., will be distributed through KULASIS.
[References, etc.]（Reference books）
Some chapters from Seimic Design of Reinforced Concrete and Masonry Buildings by Paulay and Priestley
will be distributed for reference.
[Study outside of class (preparation and review)]
R. Park and T. Paulay, Reinforced Concrete Structures, John WileyampSons
T. Paulay and N. J. Priestley, Seismic Design of Reinforced Concrete and Masonry Buildings, John Wiley &Sons
Other texts will be introduced during lectures.
（Other information (office hours, etc.)）
Active participation in lectures, with questions, is expected.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B046 LJ74

Course title(and course 建築振動論
title inEnglish)Instructor's
name, job title,
Dynamic Response of Building Structures and departmentof affiliation

Target year
Days and periods Wed.1

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,ＳＵＧＩＮＯ ＭＩＮＡ
Disaster Prevention Research Institute
Associate Professor,NISHIJIMA KAZUYOSHI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
In designing earthquake-proof structures, it is important to consider the nonlinearity and coupled behavior of
the construction site ground as well as the structure, and there is a need for more practical design plans. In
this course, we will first study major theories related to structure earthquake response evaluation, followed byanalytical methods and earthquake-proof design methods involving dynamic interactive factors related to theground and the coupling of the structure.
[Course objectives]
To enable accurate evaluation of the behavior of buildings in earthquakes, as well as accurate evaluation ofearthquake resistance.
[Course schedule and contents]
Basics of frequency analysis and time-history analysis (4 classes)
Based on the example of earthquake resistance evaluation in single degree of freedom systems, we will
explain frequency analysis and time-history analysis in an integrated fashion, explaining the characteristics ofboth as well as points to bear in mind in analysis from a practical point of view.
Structure response analysis and damping evaluation (2 classes)
We will explain an evaluation method involving the damping ratio of the structure based on experiments andobservations. Also, the damping evaluation method will be explained as a means of creating an earthquake
response analysis model of the structure.
Dynamic interaction between the structure and the ground (4 classes)
We will discuss the relationship between the characteristics of soil springs and foundation-input-motion as
expressions of dynamic interaction on the one hand, and building response on the other. Next, we will discuss
the influence of differences in the ground and the foundation type upon interactive characteristics. Finally, we
will explain practical analysis methods, bearing in mind dynamic interaction.
Random vibration theory (4 classes)
We will discuss the basics of random vibration theory, which evaluates the response of the structure as astochastic quantity. In particular, we will explain linear stationary random response, non-stationary random
response, and first passage theory.
Feedback (1 class)Students can ask questions. Those questions are answered by email etc..
質問を受け付け、メール等で回答する。
Continue to 建築振動論(2)↓↓↓

建築振動論(2)[Course requirements]
Basic knowledge of vibration theory (linear response in single degree of freedom systems and multiple
degree of freedom systems) is required.
[Evaluation methods and policy]
Grading is based on both attendance and reports.
[Textbooks]
Not used[References, etc.]（Reference books）
柴田明徳 『最新耐震構造解析（第3版・補訂版）』（森北出版,2021）ISBN:9784627520943
大崎順彦 『建築振動理論』（彰国社, 1996）ISBN:9784395004553
日本建築学会 『建物と地盤の動的相互作用を考慮した応答解析と耐震設計』（2006）[Study outside of class (preparation and review)]
Review contents of Earthquake Resistant Structures which is a course of undergraduate school before taking
classes. Review theories explained in classes about our hour every time.
（Other information (office hours, etc.)）[Office hours] (Open for questions, etc.) After end of class and e-mail.
For details of office hours, please check KULASIS.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B052 LJ74

Course title(and course 構造安全制御
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Control for Structural Safety

Target year
Days and periods Tue.4

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,IKEDA YOSHIKI
Disaster Prevention Research Institute
Associate Professor,KURATA MASAHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Structural safety of building structures can be improved by controlling their responses to dynamic excitationinduced by earthquakes and winds. The course explains the analytical and experimental background of theadvanced analysis and simulation methods such as limit-state analysis and inelastic analysis, andmethodologies for actively control the responses, i.e. base isolation and structural control.
[Course objectives]
The course help students to understand the fundamental theory behind anti-seismic design and the tips fortheir practical application.

[Course schedule and contents]
Earthquake resistant structure, base isolation, protective systems (1)Tuned mass damper (1)Active control (1)Structures with tuned mass dampers (1)Displacement-dependent dampers (1)Velocity-dependent dampers (1)Base isolation of lateral motions (1)Dynamic characteristic evaluation of building using vibration monitoring (1)Fundamentals of seismic design (1)Simple structural performance evaluation (1)Probabilistic assessment of seismic performance (2)Actual Effect of Seismic Retrofit (2)[Course requirements]
None[Evaluation methods and policy]
The performance of students are evaluated by the exercises provided during the lectures and the final test.

Continue to 構造安全制御(2)↓↓↓構造安全制御(2)[Textbooks]
Not used[References, etc.]（Reference books）
Handouts are provided at classes.
[Study outside of class (preparation and review)]
The students are encouraged to review the handouts. The additional instruction may be announced during theclasses.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B053 LJ74

Course title(and course 建築環境物理学特論
title inEnglish)Instructor's
name, job title,
Physics in Architectural Environmental Engineering,Adv. and departmentof affiliation

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,OGURA DAISUKE
Graduate School of Engineering
Associate Professor,IBA CHIEMI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
From among the architectural environment physics, we discuss the underlying theory and application ofprediction and control method of heat, humidity, and air that is required when performing environmental
target values of the planning and design of building equipment. From the standpoint of transport phenomena,
the basic theory concerning the transport of heat, mass and momentum is lectured and the perceptions andanalysis method of phenomena that can be applied to the prediction method of each physical quantity in thebuilt environment and equipment.
[Course objectives]
Mechanism of transport phenomena of heat, mass and momentum in the built environment and building
equipment, similarity relationship, The students acquire proficiency in the concept of balance equations,grasping the microscopic or macroscopic transport phenomena.
[Course schedule and contents]
General remark,1time,The outline of lecture contents and how to proceed class are described.
Transport of momentum,4times,the mechanism concerning the transport of momentum of isothermal fluidand explain the balance formula of momentum transport are explained. The flow of the turbulent flow field,
the coefficient of friction and the wind speed distribution in the circular tube and the flat plate are explained.
Transport of heat,5times,The mechanism relating to heat transport of fluid with temperature change and thebalance formula of heat transport are explained. The heat transfer in the turbulent flow field, the temperature
distribution in the circular pipe and the flat plate, the heat transfer amount of the heat exchanger, and the likeare described.
Transport of mass,4times,The mechanism concerning multicomponent fluid movement and the balance
formula of the transport of each component are explained. Transportation of substances in turbulent flow field,
evaporation from porous material, principle of psychrometer etc. are explained.
Academic achievement test,1time,Academic achievement degree is confirmed.
[Course requirements]
It is assumed that you take undergraduate subjects such as Building Environment Engineering I, Building
Facilities System.
[Evaluation methods and policy]
Terminal Exam.

Continue to 建築環境物理学特論(2)↓↓↓

建築環境物理学特論(2)[Textbooks]
Transport Phenomena, R. Byron Bird, Warren E. Stewart and Edwin N. Lightfoot, John Wiley amp Sons, Inc.,
Revised Second Edition, 2007
[References, etc.]（Reference books）
Supplemental textbook is instructed during lecture.
[Study outside of class (preparation and review)]
Given instructions as required（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B054 LJ74

Course title(and course 建築設備システム特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Building Systems

Target year

1st year students or above Number of credits 2

Days and periods Mon.2

Class style

LectureGraduate School of Engineering
Associate Professor,IBA CHIEMI
Graduate School of Engineering
Professor,OGURA DAISUKE

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Lectures will be given on how to determine the capacity of various equipment used for air conditioning andhow to design the system consistent with architectural planning. From the viewpoint of optimal design,evaluation criteria and constraints such as economy and thermal environment, physical and mathematicalmodeling of them, search for feasible solutions, and various optimization techniques are also described. As
the basis of the above, the concept of heat and moisture balance, heat transfer around heat exchanger, transfer
systems such as pipes, ducts and pumps, and theory of mass transfer with phase change such as absorption
refrigerators will be explained.
[Course objectives]
Understanding the concept of thermal/mass balance and optimal design in building equipment systems[Course schedule and contents]
Introduction, 1 class
Provides an overview of the lecture content and procedure.
Design problem, 2 classes
The definition of the building equipment system, the concept of equipment planning, the concept ofevaluation including economy, and the necessity of the optimal planning method are explained.
Components of building thermal system, 3 classes
Basic information of thermal systems such as heat exchanger, fan, pump, refrigerating equipment and cooling
tower is provided.
Equation fitting, 2 classes
A method of equation fitting from data such as temperature, pressure, and flow rate in the components of thethermal equipment system will be described.
Optimization problem, 2 classes
Formulation as an optimization problem for equipment systems.
Optimization techniques, 2 classes
Various optimization methods including the calculus method will be described.
Exercises and calculation, 2 classes
Exercises will be provided to promote better understanding of the content of the lecture.
Continue to 建築設備システム特論 (2)↓↓↓

建築設備システム特論 (2)Evaluation of achievement, 1 class
Achievement on above items will be evaluated.
[Course requirements]
The participants are required to study Environmental engineering in Architecture I (40090) , Building
equipment system (40180) etc., prior to join this course.
[Evaluation methods and policy]【Evaluation method】
Evaluation will be based on report (60%) and class performance (40%).
Evaluation for class performance includes presentations and submission of assignments in the lecture.
【Evaluation policy】
Reports and presentations are evaluated based on the achievement of the target.
[Textbooks]
Design of Thermal Systems (Third Edition), W. F. Stoeker, McGRAW-HILL BOOK Co, 1989
Other material will be distributed as needed.
[References, etc.]（Reference books）
Give instructions as needed during the lecture.
[Study outside of class (preparation and review)]
Give instructions as needed.
（Other information (office hours, etc.)）
Questions are accepted at occasion. Contact lecturers via email for the arrangement of office hours.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 6B062 SJ74

Course title(and course 建築学特別演習Ｉ
title inEnglish)Instructor's
name, job title,
Seminar on Architecture and Architectural Engineering, I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,OOSAKI MAKOTO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
The participants are required to set a subject of study on architecture, architectural engineering and relevant
areas. Research skills and common knowledge in end-cutting and/or fundamental papers are to be studied
with the advice of professors. The participants are trained to understand existing established method of
research and to develop new methodologies. Discussions will be made among participants to establish ability
for problem finding and solution approach.
[Course objectives]
Ability to understand previous issues and how they have been solved in areas related to the student's research
theme. In addition, to discover the problems and to understand the difficulties in solving them.
[Course schedule and contents]
More than 15 times of seminars and discussions.

[Course requirements]
M1 students.
[Evaluation methods and policy]
Score is evaluated by contents amp materials of presentation and by overall progress of study.
[Textbooks]
To be specified during the course.
[References, etc.]（Reference books）
To be specified during the course.
[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 6B063 SJ74

Course title(and course 建築学特別演習II
title inEnglish)Instructor's
name, job title,
Seminar on Architecture and Architectural Engineering, II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

SeminarGraduate School of Engineering
Professor,OOSAKI MAKOTO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
The participants are required to set a subject of study on architecture, architectural engineering and relevant
areas. Research skills and common knowledge in end-cutting and/or fundamental papers are to be studied
with the advice of professors. The positioning, research findings and/or future development are discussed
among participants. Through the activities, the participants are trained for the ability of proceed research bytheir own way.
[Course objectives]
To set goals for how the students solve problems they find in the field related to the research theme. In
addition, students should be able to present the problem appropriately and acquire skills that can improve theefficiency of problem solving through discussion.
[Course schedule and contents]
More than 30 times of seminars and discussions.

[Course requirements]
M2 students.
[Evaluation methods and policy]
Score is evaluated by contents amp materials of presentation and by overall progress of study.
[Textbooks]
To be specified during the course.
[References, etc.]（Reference books）
To be specified during the course.
[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 8B069 LJ74

Course title(and course 建築技術者倫理
title inArchitectural Engineer Ethics
English)Target year
Days and periods Thu.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Graduate School of Engineering
Professor,HARADA KAZUNORI
Graduate School of Engineering
Professor,ISHIDA TAIICHIROU
Disaster Prevention Research Institute
Professor,MAKI NORIO
Graduate School of Engineering
Associate Professor,NISHINOSAYAKA

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Rapid developments in science and technology in this century have made our lives surprisingly convenient
and rich. On the other hand, it should be noted that misuse of science and technology results in thedestruction of human life as well as the environment. This risk is held by architectural engineers.
In this course, we will consider ethical responsibility of designers and engineers working on architectural andurban design, with the help of science, technology and engineering. We will deal with specific ethical issues
during architectural, structural, environmental and utility design, as well as building production, operation,and maintenance. By discussing how we can deal with these issues, students will nurture robust senses of
ethical responsibility. This course will also be meaningful for students who intend to undertake an internshipbecause it will allow them to be aware of the responsibility for the designers and engineers (which isnecessary in actual practice) in advance.
[Course objectives]
Goals of this course is to promote capability of making appropriate and fair decision, by understanding the
ethics and norms required for designers and engineers working on architectural and urban design.
[Course schedule and contents]
Architectural Design and Ethics (5 classes)
1. Expansion of NIMBY facility types(Appearance and regional acceptance of new "public" facilities, principle of location site selection, public
legitimacy and selection rules, etc.)
2. Risk communication when accepting NIMBY facilities locally-Focusing on waste disposal facilities andindustrial waste disposal facilities(Process of location site selection, regional acceptance, ideal way of risk management and risk
communication, etc.)
3. Environmental and energy issues and architectural ethics (architecture and reuse, environmental and ethicalissues and ethics, environmental consciousness and architectural technology, etc.)
4. Ideas and technology concerning nature and architecture (forest resources and architecture, considerationand control of nature, architectural reuse technology and concepts, etc.)
Structural Design and Ethics (6 classes)
The fraudulent earthquake-resistance issue brought about real ethical problems, and the safety and security ofa building as secured by its architectural structure is extremely important. It is imperative that structural
Continue to 建築技術者倫理(2)↓↓↓

建築技術者倫理(2)designers have a sense of engineering ethics. Through consideration of examples, roleplaying, and debates,
we will think about what kinds of norms structural engineers should adhere to.
1. Adding water to pre-mix concrete (AIJ Ethics Committee e-learning), the value of human life, etc.
2. The Building Standards Act as a minimum standard? (AIJ WG Report on Minimum Standards)
3. As expected seismic motion increases, how should engineers design earthquake ground motion? The caseof Uemachi fault zone earthquakes.
4. Problems concerning setting strength standards and earthquake reinforcement (determination based onearthquake-resistance grades and seismic index).
Environment & Equipment Design and Ethics (3 classes)
Environmental cosideration of architecture including utility design plays an important roll in reducing
environmental impact during the lifecyle of buildings. Accordingly, ethical responsibility of engineers
involved in architectural environment and utility design have been increased. We will consider the ethicalissues through the following examples.
1. Understanding community noise and utility noise issues, and discuss their ethical issues and mitigation
2. Introduction of recent development on energy-saving techniques for buidings and consider measuresagainst global warming.
Student Assessment - 1 class: Assessment of the level of learning achieved.
[Course requirements]
None[Evaluation methods and policy]
Based on written reports[Textbooks]
Instructed during class
Printed materials may also be distributed.
[References, etc.]（Reference books）
Introduced during class
Introduced during class[Study outside of class (preparation and review)]
Instructed during class（Other information (office hours, etc.)）
Active participation in lectures is expected in terms of questions and the expression of opinions.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 7B071 PJ74

Course title(and course インターンシップⅠ（建築）title inEnglish)Instructor's
name, job title,
Internship I, Architectural Design Practice and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents]
Guidance,2時間times,
Project Explanation,8時間times,
Briefing and Data Collection,12時間times,
Basic Design,80時間times,
Practical Design,80時間times,
Report,2時間times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,KANKI KIYOKO
Graduate School of Engineering
Associate Professor,IWAMOTO KAORU

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG04 7B073 PJ74

Course title(and course インターンシップⅡ（建築）title inEnglish)Instructor's
name, job title,
Internship II, Architectural Design Practice and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents]
Guidance,2時間times,
Project Explanation,8時間times,
Briefing and Data Collection,12時間times,
Basic Design,80時間times,
Practical Design,80時間times,
Report,2時間times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,KANKI KIYOKO
Graduate School of Engineering
Associate Professor,IWAMOTO KAORU

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG04 7B075 PJ74

Course title(and course 建築設計実習
title inEnglish)Architectural Design PracticeTarget year

Instructor's
name, job title,and departmentof affiliation

Number of credits 6

Days and periodsMon.4,5,Tue.4,5,Wed.4,5,Thu.1,Fri.3,5Class style

Practical training

Graduate School of Engineering
Professor,HIRATA AKIHISA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
By assisting the practical work of design and supervision with the actual project carried out by the teacher
who is a practitioner of architectural design as an issue, we will acquire practical knowledge and skills fromplanning to realization in architectural design. Our faculty members who have abundant practical experienceand are qualified as first-class architects will be in charge of guidance.
[Course objectives]
Prepare for an internship with the goal of developing practical skills related to building design and integrating
practical knowledge. Comprehensively develop various abilities (drawing ability, presentation ability,communication ability, etc.) to realize the concept by utilizing various knowledge and knowledge while
cultivating thinking ability at the important concept stage in the architectural production process.
[Course schedule and contents]
Arrangement of given conditions (once)
Organize given conditions by organizing design conditions and contents, investigating the site environment,
and grasping related laws and regulations.
Analysis of similar cases (once)
Verify and analyze cases similar to the task and organize the necessary knowledge.
Basic plan (twice)
Based on the grasped conditions and the knowledge obtained from similar examples, the design outline(including scale, number of floors, required rooms, zoning, structural plan, equipment plan, etc.) for basic
design will be summarized.
Basic design (twice)
Based on the basic plan, a basic design plan will be created based on specific discussions with structuraldesigners, equipment designers, acoustic designers, landscape designers, and other specialists.
Presentation (twice)
Create basic design documents (including design plans, structural plans, equipment plans, etc.), models, CG,
animation, etc., and assist the presentation to the owner using these.
Implementation design (3 times)
Create design documents (including special specifications, plan outlines, finishing tables, design design
drawings, exterior composition, structural design drawings, equipment design drawings, etc.) for estimationand construction.
Continue to 建築設計実習(2)↓↓↓

建築設計実習(2)Accumulation and assessment (1 time)
Assess whether the accumulated contents by the builder are appropriate.
Various license application procedures (once)
In accordance with various laws and regulations such as the Building Standards Act, we will prepare thedocuments necessary for confirmation application, etc., and assist in prior consultation and various
procedures.
Architectural supervision (1 time)
Assist the work of supervising on-site whether the construction is properly carried out according to theimplementation design document.
Confirmation of learning achievement (once)
Confirm the learning achievement through the exhibition.
[Course requirements]
None[Evaluation methods and policy]
Evaluate according to the implementation status of design training.
[Textbooks]
Distribute materials as necessary and introduce the literature.

[References, etc.]（Reference books）
Distribute materials as necessary and introduce the literature.
[Study outside of class (preparation and review)]
Instruct as appropriate（Other information (office hours, etc.)）
It is a practical requirement subject for architect examination qualification.
Check KULASIS for more information on office hours.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 7B077 SJ74

Course title(and course 建築設計演習Ⅰ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Architecture Design Studio I

Target year

Number of credits 4

Days and periodsThu.4,5,Fri.1,2 Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,2times,,8times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,TAJI TAKAHIRO

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG04 7B079 SJ74

Course title(and course 建築設計演習Ⅱ
title inEnglish)Architecture Design Studio II

Target year

Instructor's
name, job title,and departmentof affiliation

Number of credits 4

Days and periodsThu.4,5,Fri.3,5 Class style

Practical training

Graduate School of Engineering
Professor,DANIELL，Thomas Charles
Graduate School of Engineering
Senior Lecturer,KOMIYAMA YOSUKE

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This is a design exercise in which students work on three small assignments given by three guest architects
under the guidance of teachers who are involved in architectural design practice. Based on the basic
knowledge of architectural design acquired through undergraduate education, students learn more advanced
academic and theoretical methods of architectural design through practical involvement in specific projects.
You will be taught how to compile architectural plans into practical design drawings, how to relate these to
structural design drawings and M&E design drawings, and how to produce detailed design drawings. In
particular, students will be taught how to communicate and present their work in English, as the subject
matter of the course will be international in scope.
[Course objectives]
The aim of this course is to develop practical skills in architectural design and to synthesise practicalknowledge. Organise and systematise the experience gained through the internship and aim to acquire moreadvanced architectural design methods. To develop the ability to express a message to society througharchitecture in a practical way.

[Course schedule and contents]#1 Lecture and Briefing by guest architect A#2 Desk Crits and Discussion#3 Desk Crits and Discussion#4 Final Review by Guest Architect A#5 Feedback#6 Lecture and Briefing by guest architect B#7 Desk Crits and Discussion#8 Desk Crits and Discussion#9 Final Review by Guest Architect B#10 Feedback#11 Lecture and Briefing by guest architect C#12 Desk Crits and Discussion#13 Desk Crits and Discussion#14 Final Review by Guest Architect C#15 Feedback
In 2021, the following three guest architects will be invited.
Continue to 建築設計演習Ⅱ(2)↓↓↓

建築設計演習Ⅱ(2)A Fuminori Nosaku (Fuminori Nosaku Architects)
B Norihisa Kawashima (Nori Architects)
C Masaaki Iwamoto (ICADA)
A detailed schedule will be given during the first lecture on 1 October at 4.30pm JST @Zoom.
#1 Guidance, Lecture and Briefing by Fuminori Nosaku
If you wish to attend, please register via Google Form.
https://forms.gle/tofY8DrNdDoBiAcL7[Course requirements]
None[Evaluation methods and policy]
Evaluation: Students will be assessed on the basis of their practical solution to the briefs and the final product.

[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Introduced during class（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 7B080 PJ74

Course title(and course 建築工事監理実習
title inEnglish)Construction Supervision PracticeInstructor's
name, job title,and departmentof affiliation

Graduate School of Engineering
Professor,KANETA TAKASHI
Graduate School of Engineering
Associate Professor,NISHINOSAYAKA
Part-time Lecturer,MIZUKAWA TAKAHIKO

Target year

1st year students or above Number of credits 2

Days and periods Mon.3,4Class style

Practical training

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Engineering and practice of architects and supervisors required by architects law and building law.
[Course objectives]
To acquire the knowledge and the ability for architects and supervisors jobs.
[Course schedule and contents]
1-3. Laws and regulations.
Building code, acts of architects and building engineers, construction business act, standard forms of designand supervision contract, standard forms of construction contract.
4-5. Overview of supervisions.
Definition of terms concerning supervision. Role of supervision in project process.
6-10. Jobs in projects.
Jobs of supervision in real projects.
11-15. Risk and troubles.
Examples of troubles and their solutions.
[Course requirements]
Construction Engineering and Management I and II (undergraduate program) should be mastered.
[Evaluation methods and policy]
Report. Attendance of lectures and site visit are also evaluated.
Absolute evaluation (raw score)Attendance and individual reports will be assessed on the basis of achievement level for course goals.
- Those who are absent more than four times will not be credited.
- Students will submit all reports.
The reports with originality will be given a high score.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during classContinue to 建築工事監理実習 (2)↓↓↓

建築工事監理実習 (2)[Study outside of class (preparation and review)]
Read the material introduced in the class.
（Other information (office hours, etc.)）
Contact to:kaneta@archi.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 7B088 SJ74

Course title(and course 建築学総合演習
title inEnglish)Instructor's
name, job title,
Exercises in Architecture and Architectural Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

SeminarGraduate School of Engineering
Professor,OOSAKI MAKOTO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
Students will be assigned individual research topics and will be instructed on related analysis, fieldwork,
exercises, surveys or experiments. Issues such as literature surveys and research trend surveys in related
fields, and seeks students' awareness of problem discovery, while preparing and submitting report materials
summarizing research content and research progress with the intention of writing a master's thesis. Is imposed.
Gives advice on the contents of the research and discusses with presenters, faculty members, and attendees.
[Course objectives]
To be able to discover and organize the problems and difficulties to be solved through analysis, fieldwork,
experiments, etc., for the research theme set by them, and to plan what steps should be taken to solve them. In
addition, appropriate presentations on the progress of the research should be made, and the skills obtained touse the results of the discussion in conducting the research should be acquired.
[Course schedule and contents]
Research guidance and practice (30 times)
Research meetings and guidance for individual students with laboratory seminars more than 30 times in total.

[Course requirements]
In principle, two years of study are required.
[Evaluation methods and policy]
Comprehensively judge report materials, understanding of research contents, research management skills, andpresentation skills.
[Textbooks]
To be instructed during the exercise.
[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To be instructed during the exercise.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number
Course title(and course 建築学特別演習IA
title inEnglish)Instructor's
name, job title,
Seminar on Architecture and Architectural Engineering, IA and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
KANKEI KYOIN
Graduate School of Engineering
Professor,OOSAKI MAKOTO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese and English[Overview and purpose of the course]
Students are given individual research themes related to various fields of architecture, and instructed throughrelated analysis, fieldwork, and seminars. Students read the latest and classical papers that play importantroles in the related fields, and are guided to obtain proficiency in research methods and results throughdiscussion. In addition to making students understand conventional research methods, we provide guidance
that encourages innovative ideas that are not restricted by conventional research methods. Throughdiscussions with other students and faculty members, we provide guidance to develop the ability to identify
and solve problems in their research fields.
[Course objectives]
Ability to understand previous issues and how they have been solved in areas related to the student's research
theme, and in addition, ability to discover the problems and understand the difficulties in solving themthrough analysis, field work, and experiment.
[Course schedule and contents]
15 times of seminars and discussions.

[Course requirements]
M1 students.
[Evaluation methods and policy]
Score is evaluated by contents and materials of presentation at the seminars, and by overall progress of study.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number
Course title(and course 建築学特別演習IB
title inEnglish)Instructor's
name, job title,
Seminar on Architecture and Architectural Engineering, IB and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
KANKEI KYOIN
Graduate School of Engineering
Professor,OOSAKI MAKOTO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese and English[Overview and purpose of the course]
Students are given individual research themes related to various fields of architecture, and instructed throughrelated analysis, fieldwork, and seminars. Students read the latest and classical papers that play importantroles in the related fields, and are guided to obtain proficiency in research methods and results throughdiscussion. In addition to making students understand conventional research methods, we provide guidance
that encourages innovative ideas that are not restricted by conventional research methods. Throughdiscussions with other students and faculty members, we provide guidance to develop the ability to identify
and solve problems in their research fields.
[Course objectives]
Ability to understand previous issues and how they have been solved in areas related to the student's research
theme, and in addition, to discover the problems and understand the difficulties in solving them throughanalysis, field work, and experiment.
[Course schedule and contents]
15 times of seminars and discussions.

[Course requirements]
M1 students.
[Evaluation methods and policy]
Score is evaluated by contents and materials of presentation at the seminars, and by overall progress of study.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number
Course title(and course 建築学特別演習IIA
title inEnglish)Instructor's
name, job title,
Seminar on Architecture and Architectural Engineering, IIA and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 3
Class style

SeminarGraduate School of Engineering
KANKEI KYOIN
Graduate School of Engineering
Professor,OOSAKI MAKOTO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese and English[Overview and purpose of the course]
Guidance is provided to students on analysis, fieldwork, exercises, surveys, and experiments for the related
research themes in various fields of architecture. Students will familiarize themselves with the methods andresults of the latest papers in their research themes and related fields, and are provided with guidance on
setting research goals and finding methodologies for achieving their goals. In addition, students are required
to prepare and submit reports summarizing their research results for preparation of writing a master's thesis,
and are instructed to obtain basic thesis writing techniques for presenting their research results to externalorganizations such as academic conferences. Students will join discussions for explaining impact andsignificance of their own research in the recent developments of relevant fields, and future developments.
They are instructed to obtain the ability to independently conduct research and report the results to theacademic and other societies.
[Course objectives]
To set goals for how the students solve problems they find in the field related to the research theme. In
addition, students should be able to present the problem appropriately and acquire skills that can improve theefficiency of problem solving through discussion.
[Course schedule and contents]
23 times of seminars and discussions.

[Course requirements]
M2 students.
[Evaluation methods and policy]
Score is evaluated by contents and materials of presentation at the seminars, and by overall progress of study.

Continue to 建築学特別演習IIA (2)↓↓↓

建築学特別演習IIA (2)[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number
Course title(and course 建築学特別演習IIB
title inEnglish)Instructor's
name, job title,
Seminar on Architecture and Architectural Engineering, IIB and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 3
Class style

SeminarGraduate School of Engineering
KANKEI KYOIN
Graduate School of Engineering
Professor,OOSAKI MAKOTO

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese and English[Overview and purpose of the course]
Guidance is provided to students on analysis, fieldwork, exercises, surveys, and experiments for the related
research themes in various fields of architecture. Students will familiarize themselves with the methods andresults of the latest papers in their research themes and related fields, and are provided with guidance on
setting research goals and finding methodologies for achieving their goals. In addition, students are required
to prepare and submit reports summarizing their research results for preparation of writing a master's thesis,
and are instructed to obtain basic thesis writing techniques for presenting their research results to externalorganizations such as academic conferences. Students will join discussions for explaining impact andsignificance of their own research in the recent developments of relevant fields, and future developments.
They are instructed to obtain the ability to independently conduct research and report the results to theacademic and other societies.
[Course objectives]
To set goals for how the students solve problems they find in the field related to the research theme. In
addition, students should be able to present the problem appropriately and acquire skills that can improve theefficiency of problem solving through discussion.
[Course schedule and contents]
23 times of seminars and discussions.

[Course requirements]
M2 students.
[Evaluation methods and policy]
Score is evaluated by contents and materials of presentation at the seminars, and by overall progress of study.

Continue to 建築学特別演習IIB (2)↓↓↓

建築学特別演習IIB (2)[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B222 LJ74

Course title(and course 環境制御工学特論
title inEnglish)Instructor's
name, job title,
Environmental Control Engineering, Adv. and departmentof affiliation

Target year
Days and periods Tue.3

Number of credits 2
Class style

Graduate School of Engineering
Professor,HARADA KAZUNORI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Lecture will be given on the elements of environmental formation in normal and fire conditions. The
prediction methods of air flow, radiation and air quality is given. Discussion will be made on how to apply
them to building design.

[Course objectives]
The participants are to acquire basic concept of environmental control and to be ready for conducting
research on heat and air quality studies.
[Course schedule and contents]
Introduction (1 week)
The history of numerical analysis in environmental control is presented.
Numerical methods in heat conduction in solids (5 weeks)
A numerical method for heat conduction equation is introduced. At the end of this term, practice will be madeon calculation methods in order to understand the basic concepts.
Numerical methods in fluid flow (5 weeks)Control volume method is lectured as a basic method of calculation of fluid flow. At the end of the term,
practice on SIMPLE algorithm is carried out.
Combined analysis and turbulence (3 weeks)
The concept of combined analysis of heat and fluid flow is introduced. It is understood that the turbulencemodels are also implemented in similar ways.
End-term examination and evaluation of achievements (1 week)
Checking degree of understanding.
[Course requirements]
Knowledge on Environmental Engineering in Architecture I [U-ENG24 24009 LJ74] and II [U-ENG24
24010 LJ74] is assumed.

Continue to 環境制御工学特論(2)↓↓↓

環境制御工学特論(2)[Evaluation methods and policy]
Scores are evaluated by an end-term examination.
[Textbooks]
Hand-out's will be provided.

[References, etc.]（Reference books）
To be specified during the course.
[Study outside of class (preparation and review)]
Guidance will be given during the course.
（Other information (office hours, etc.)）
Questions will be accepted at occasions via Email. No explicit office hours are designated. If participants
need to have time for questions, and/or discussions, contact the teacher via E-mail with his/her name, students
number and intended schedule for meeting.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B226 LJ74

Course title(and course 建築地盤工学
title inEnglish)Building Geoenvironment Engineering

Target year
Days and periods Tue.1

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,KOHEI FUJITA

Year/semesters 2023/Second semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
Wave propagation theories are explained first for 1D, 2D and 3D models. 1D multi-reflection problems ofwaves are also formulated and explained. Based on these theories, methods for construction of design
earthquake ground motions are presented. Soil-structure interaction problems are stated finally for the
purpose of developing more rational design methods for building structures.
[Course objectives]
Obtain the knowledge on wave propagation theories and 1D multi-reflection theory of waves. Furthermore
obtain the knowledge on construction of design earthquake ground motions and soil-structure interaction.
[Course schedule and contents]
Introduction and in-situ (field) tests, 1 class,
Introduction of course is conducted and in-situ (field) tests are explained.
Construction of design earthquake ground motions, 1 class,Construction of design earthquake ground motions is discussed. Response spectrum, Fourier spectrum andpower spectrum are also discussed from the viewpoint of construction of design earthquake ground motions.
Soil-structure interaction, 2 classes,
The problem of soil-structure interaction is explained and various models for this problem are introduced.
Exercise on structural design considering soil-structure interaction, 1 class,
Exercise on structural design considering soil-structure interaction is conducted.
Seismic damage to soil, pile and foundation, 1 class,
Seismic damage to soil, pile and foundation is explained.
Seismic upgrading (structures), 1 class,
Seismic upgrading (structures) is discussed.
Seismic upgrading (soil, pile and foundation), 1 class,
Seismic upgrading (soil, pile and foundation) is discussed.
Wave propagation (No.1), 1 class,
1D wave propagation problems are formulated and explained from its fundamentals.
Wave propagation (No.2),1 class,Continue to 建築地盤工学(2)↓↓↓

建築地盤工学(2)1D multi-reflection problems of waves are formulated and explained. The introduction of the program of
SHAKE is also made.
Wave propagation (No.3),1 class,
3D wave propagation problems are formulated and explained.
Wave propagation (No.4), 1 class,
2D wave propagation problems are formulated and explained as the simplification of 3D problems.
Wave propagation (No.5), 1 class,
Surface waves (Rayleigh and Love waves) are explained from its fundamentals.
Exercise on wave propagation, 1 class,
Exercise of wave propagation is conducted. 1D, 2D wave propagations are treated.
Confirmation of the Learning Degree, 1 class,[Course requirements]
Basics of mechanics. Fundamentals of vibration and wave propagation. Preliminary of linear algebra andcalculus.
[Evaluation methods and policy]
Evaluated by the term examination at the end of the semester.
[Textbooks]
Not used[References, etc.]（Reference books）
Suggest in the class.
[Study outside of class (preparation and review)]
Solve the exercises presented in the first class in parallel to the class advancement.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B231 LJ74

Course title(and course 高性能構造工学
title inEnglish)Instructor's
name, job title,High Performance Structural Systems Engineering and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KOETAKA YUUJI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course discusses ultimate behavior of structural members and seismic devices used in steel structures,
fundamental theories and engineering methodologies to achieve mechanical properties which they should
possess; and explains basic and applied theories of seismic design of steel frame structures.

[Course objectives]
To understand the ultimate behaviors and mechanical properties of steel members, and learn the precautions
in design and the concept of design equations.
To understand the differences between plastic design and plastic analysis, and learn basic and applied seismic
design that does not rely too much on computer numerical calculations.
[Course schedule and contents]
Elasto-plastic behavior and design of steel frame structures
The 1st class: Elasto-plastic behavior of steel members
The 2nd class: Plastic analysis of one-story frames
The 3rd class: Plastic collapse load of multi-story frames
The 4th class: Plastic design of multi-story frames
The 5th class: Plastic collapse load of beam-hinging type 3D frames with eccentricity
The 6th class: Plastic design of steel frames with buckling-restrained braces
The 7th class: Plastic design of steel frames with ordinary braces
Ultimate behavior and design of steel members
The 8th class: Flexural buckling of compression members
The 9th class: Inelastic flexural buckling and behavior after flexural buckling
The 10th class: Buckling restraint and design of buckling-restained brace
The 11th class: Lateral-torsional buckling
The 12th class: Ultimate behavior of flexural members
The 13th class: Ultimate behavior of members under bending moments and axial force
The 14th class: Local buckling of steel plates
Feedback of course
The 15th class: Summaries and conclusions[Course requirements]
Would be preferable to have completed Mechanics of Building Structures, Steel Construction and Earthquake
Resistant Structures.
Continue to 高性能構造工学(2)↓↓↓高性能構造工学(2)[Evaluation methods and policy]
Evaluation will be based on the scores of four times of reports (25 points per a report).
[Textbooks]
Kazuo INOUE / Keiichiro SUITA 『建築鋼構造−その理論と設計−』（Kajima Institute Publishing）
ISBN:978-4306033443[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To instruct as appropriate.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B234 LJ74

Course title(and course 鋼構造特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Steel Structures, Adv.

Target year
Days and periods Wed.2

Number of credits 2
Class style

Graduate School of Engineering
Professor,KOETAKA YUUJI
Graduate School of Engineering
Assistant Professor,TAKATSUKA KOHEI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Steel building structures are built up by connecting various members and parts at fabrication factory or
construction site. This course discusses types of destruction of each connection using high-strength bolts or
welds based on past disaster, and explains connection design and construction condition for achieving highductile performance in accordance with basic and applied theories of limit state design.
[Course objectives]
To understand mechanical properties of steel material and mechanical behaviors of connections using welds
or high-strength bolts, and learn design method of beam-to-column connections, brace connections andcolumn base connections.
To learn plastic analysis based on yield line theory, and further understand fatigue fracture and design
methodology to prevent it.
[Course schedule and contents]
The 1st-2nd class: Design methodology of connections
The 3rd class: Design of brace connections
The 4th-6th class: Plastic analysis of flat plate under out-of-plane load
The 7th-10th class: Design of beam-to-column connections
The 11th-12th class: Design of column base connections
The 13th-14th class: Fatigue fracture and design against fatigue
The 15th class: Feedback of course[Course requirements]
Would be preferable to have completed Mechanics of Building Structures and Steel Construction.
[Evaluation methods and policy]
Evaluation will be based on the scores of five times of reports (20 points per a report).

Continue to 鋼構造特論(2)↓↓↓

鋼構造特論(2)[Textbooks]
Kazuo INOUE / Keiichiro SUITA 『建築鋼構造−その理論と設計−』（Kajima Institute Publishing）
ISBN:978-4306033443[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To instruct as appropriate.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B238 LJ74

Course title(and course 建築風工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Architectural Wind Engineering

Target year
Days and periods Thu.2

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,MARUYAMA TAKASHI
Disaster Prevention Research Institute
Associate Professor,NISHIJIMA KAZUYOSHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course will explain wind characteristics which is essential to wind resistant design of architecture andevaluation of wind environment including the mechanism of wind genesis and the effect of weather condition,
topography and surface roughness. The characteristics of strong wind of typhoon or tornado causing damage
to buildings is discussed. We will provide an overview of strong wind damage and explain the method ofdamage mitigation and disaster prevention. We will discuss the flow around building, the wind pressure andforce on building, and the vibration of building caused by wind. We will provide a short history of wind
resistant design and some exercises of calculating wind load on building.
[Course objectives]
Acquisition of knowledge on prediction and evaluation for wind load and wind environment around new
construction planned building.
[Course schedule and contents]
Mechanism of wind genesis and wind characteristics, 3 classes:
This course will explain the mean and instantaneous wind speed, i.e. the characteristics of wind inatmospheric boundary layer, which is essential to wind resistant design of architecture. We will discuss thecause of wind genesis by examining the forcing mechanism and the balancing wind speed and direction.
Strong wind disaster in Japan and its characteristics, 2 classes:
This course will explain the strong wind characteristics of typhoon and tornado causing damage to buildings
and houses by comparing other natural disasters. We will have an overview of historical strong wind damage
in Japan and explain the features.
Wind flow around object, 2 classes:
We will discuss the foundation of fluid dynamics describing the flow around a body which is essential for theevaluation of wind load on buildings and demonstrate the wind flows around buildings and houses.
Method of wind environment prediction - 1, 1 class:This class will drive the similarity law for wind tunnel test using scale models which is one of useful tools forwind load evaluation. We will also explain the wind tunnel test.
Method of wind environment prediction - 2, 2 classes:
These classes will explain the foundation of fluid dynamics and provide the examples of calculation.
History of wind resistant design and wind load evaluation, 2 classes:
These courses will provide an overview of the history of wind load evaluation in the Recommendations forContinue to 建築風工学(2)↓↓↓

建築風工学(2)Loads on Highrisebuildings.
Procedure of wind load evaluation based on the Building Standards Act and AIJ Recommendations for Loads
on Buildings, 2 classes:
These courses will provide the evaluation method of design wind load on real buildings based on the BuildingStandards Act, Building Standard Law Enforcement Order and AIJ Recommendations for Loads on Buildings
and practical training of calculation. We will explain the cautionary note on strong wind cause by tornado
such as the wind glass breakage which is not include the law.
Confirmation of learning attainment, 1 class:This class will summarize the course and confirm learning attainment.
[Course requirements]
Architectural structural engineering, fluid dynamics and meteolorogy will be desirable but not be obligated.
[Evaluation methods and policy]
By reports or examination[Textbooks]
Instructed during classNon, References, documents will be distributed[References, etc.]（Reference books）
Introduced during class
Non[Study outside of class (preparation and review)]
To be indicated during the lecture.
（Other information (office hours, etc.)）
Questions : directing during class
Please visit KULASIS to find out about office hours.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5B241 LJ74

Course title(and course 都市災害管理学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Urban Disaster Management

Target year
Days and periods Tue.3

Number of credits 2
Class style

LectureDisaster Prevention Research Institute
Professor,MATSUSHIMA SHINICHI
Disaster Prevention Research Institute
Professor,Yuki Sakai
Disaster Prevention Research Institute
Associate Professor,NISHINO TOMOAKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
In recent years, as the urban society becomes more dense and high-functioning, the factor of disasters become
more complex and the risk of disasters have risen. Therefore, the necessity of the integrated disastermitigation measures before the disaster, immediately after the disaster, and long after the disaster is pointed
out. In this lecture, the actual damage by past earthquakes and its generation process, methods to predict
strong motions and methods to predict building damages based on predicted ground motions, technique toevaluate earthquake-resistant performance actual buildings, risk evaluation methods of fire by earthquakes
and tsunami in urban area and its damage estimation method, is explained.
[Course objectives]
Understand the seismic risk evaluation, fire risk evaluation and evaluation of impact of disasters for structuresand urban systems, and the disaster prevention countermeasures and learn about prediction methods fordisaster management and the basics to think by oneself about its policy.
[Course schedule and contents]
Mechanism of disasters by earthquakes, 2 times, What is urban disaster management? Mechanism of disasters
by earthquakes, source mechanisms for disastrous earthquakes in and around Japan, ground motion
generation process, seismic intensity and magnitude, characteristics of observed ground motion will be
explained from previous earthquake disasters.
Basics of wave propagation and strong ground motion, 3 times, Wave propagation analysis and strong motion
simulation
Structural response estimation, 5 times, Modeling of structures and prediction of their responses
Mechanism of post-earthquake fires and disaster estimation, 2 times, Earthquake risk analysis considering of
the post-earthquake fires
Mechanism of Tsunami and Tsunami fire and disaster estimation, 2 times, Evaluation of hazard by Tsunami
firesStudent Assessment, 1 time, Assessment of the how much students have achieved the learning objectives.
[Course requirements]
Basic knowledge of anti-seismic engineering and environmental engineering[Evaluation methods and policy][Evaluation method]
Grading will be based on final report (60%) and daily attendance (40%).
Attendance to classes and reports in classes are included in the daily attendance.
[Evaluation policy]
Continue to 都市災害管理学(2)↓↓↓

都市災害管理学(2)The attainment target will be evaluated according to the policy of grading of the Graduate School ofEngineering.
[Textbooks]
Not used[References, etc.]（Reference books）
Earthquake Ground Motion and Strong Motion Prediction - Key items for learning the basics - (AIJ)
Ground motion - phenomena and theory (AIJ)
Vibration of Architecture (Asakura Publishing)
Urban disaster prevention: Theory and practice of earthquake countermeasures (Gakugei Shuppan)
Building fire prevention (Asakura Publishing)Introduction to building fire safety engineering (The Building Center of Japan)[Study outside of class (preparation and review)]
Instructed if necessary（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG04 5B259 LJ74

Course title(and course 音響空間設計論
title inEnglish)Instructor's
name, job title,
Theory of Acoustic Space Design in Architecture and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,OOTANI MAKOTO
Graduate School of Engineering
Professor,TAKANO YASUSHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
For the realization of optimal acoustic space design in architecture, it is essential to understand- Prediction of physical parameters of sound field in architecture- Measurement and analysis of sound field- Perception and cognition of acoustic spacewith in-depth understanding of acoustics, psychology of hearing, and acoustic signal processing. This lecture
introduces these theories and methods from physical and psychological viewpoints and recent research trend.
In addition, presentation and discussion by students are conducted for better understandings.
[Course objectives]
In-depth understandings of- Prediction of acoustic space - Measurement and analysis of acoustic space- Theory and method of perceptual evaluation for optimal acoustic space design in architecture.
[Course schedule and contents]
Introduction,1time, Overview
Acoustics,1time, Acoustics for understanding behavior of sound field and sound wave
Acoustic signal processing,1 time, Acoustic signal processing for measurement, analysis, and control ofsound field
Auditory perception, 2 times, Mechanism of spatial and temporal perception of sound field, based on
psychology of hearing. Multi-modal perception between hearing and other modalities.
Physical parameters of sound field and its prediction, 2 times, Physical parameters for measuring sound field
quality. Theories and methods for predicting physical parameters by computational simulations.
Measurement and analysis of sound field, 2 times, Basic measurement and analysis method of physicalinformation in sound field. Measurement and analysis of spatial information of sound field.
Auralization of sound field, 2 times, Auralization of acoustic space in architecture in its design stage.
Theories and methods of acoustic space.
Presentation,4times,Participants#039 presentation and discussion on research survey in the field of acoustic
environment.
[Course requirements]
None

Continue to 音響空間設計論(2)↓↓↓

音響空間設計論(2)[Evaluation methods and policy]
Presentation (50%) and report (50%)[Textbooks]
Provided from the lecturer during the class.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
To be instructed during the class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5i017 LE74

Course title
Instructor's(and course 建築学コミュニケーション（専門英語） name, job title,and department
title inArchitecture Communicationof affiliation
English)Target year
Days and periods Thu.3

Number of credits 2
Class style

LecturePart-time Lecturer,TSOI, Esther
Graduate School of Engineering
Professor,DANIELL，Thomas Charles

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
English is the global working language of arts and science, as well as in international project collaborations.
Japanese architectural design sensibilities are well sought after overseas. On the other hand, prominent clientslikes to employ international talents to provide a view outside the box. Being able to lead a discussion in
English with people from all backgrounds, as well as honing and communicating one s unique sensibilities,
would be an important skill to survive in a global changing environment.
In this class we will go through the different studies of architecture in English, writing and presenting shortessays on our way. The final project will be a group proposal and presentation on a Memorial .
[Course objectives]
Able to use fluent English for communicating and presenting architectural ideas.
A1 Communication ability
A2 Understanding architecture from different perspectives
B2 Understanding architectural design and spatial planning
C2 Understanding how architecture affects society
C3 Acting with correct judgement based on historical and social understanding
D2 Having one s unique viewpoint
E2 Understanding global and local values[Course schedule and contents]
Wk 1: A brief overview on famous Western architects and introduction to some previous projects that I had
worked on. Review about Renzo Piano s workshop versus Gund Hall at GSD. An introduction to Carpenter
Center, Le Corbusier s only architecture in America. (Self introduction.)
Introduction to first assignment on an essay about your favourite architecture.
Wk 2*: Glass and Steel 1: review on historical development and modern details.
Submission and presentation about first essay.
Wk 3: Glass and Steel 2: review on historical development and modern details.
Continue presentation about first essay.
Wk 4: The Technology Effect/ Crystal Palace 1
Introduction to second assignment Architecture and Technology : list 3 architectural effects related totechnology, and describe how materials and technology produced them.
Continue to 建築学コミュニケーション（専門英語）(2)↓↓↓

建築学コミュニケーション（専門英語）(2)Wk 5: The Technology Effect/ Crystal Palace 2, and shopping malls development.
Wk 6*: Pompidou Center 1: technology and city
Submission and presentation of second essay Architecture and Technology .
Fill-in-the-blank test (open book).
Wk 7*: Pompidou Center 2: technology and political movement. Comparison to Hong Kong Bank.
Continue presentation about second essay. Schematization test (concept check).
Wk 8: Utopia/ Ledoux 1: ideal and architectural representation
Wk 9*: Utopia/ Ledoux 2. Revision on terms. Fill-in-the-blank test for Hong Kong Bank.
Wk 10: A review on Rem Koolhaas

thoughts and works.

Wk 11: Cities in the world. Introduction to Kevin Lynch s The Image of the City .
Introduction to final group project: proposal and presentation of A Memorial in the city.
Wk 12: Critical Memory 1: Peter Eisenman s design in Berlin
Presentation about your group and topic.
Wk 13*: Critical Memory 2
Presentation about your group s Memorial proposal.
Wk 14*: Group presentation.
Wk 15: Feedback class. Follow-up

No final examination.
The schedule may be subject to change.
[Course requirements]
None[Evaluation methods and policy]
Students will need to listen and read different texts, and solve the related problems. Students are expected to
be able to write, discuss and present architecture in English at the end of the class. There will be no final
examination. Attendance, class participation and exercise completion is important. No plagiarism. Students
who have less than 60% in attendance will fail. Late arrival for more than 10 minutes or leaving early withoutsatisfactory explanation will be considered non-attendance.
Homework - 40% Presentations - 40%. Attendance - 20%.

Continue to 建築学コミュニケーション（専門英語）(3)↓↓↓

建築学コミュニケーション（専門英語）(3)[Textbooks]
Please check URL below.

[References, etc.]（Reference books）
Christian Norberg-Schulz, Genius Loci: Towards a Phenomenology of Architecture, Academy Editions Ltd,1980.
https://marywoodthesisresearch.files.wordpress.com/2014/03/genius-loci-towards-a-phenomenology-ofarchitecture-part1_.pdf
Kenneth Frampton, Modern Architecture: A Critical History, Thames and Hudson, 1992.
https://doubleoperative.files.wordpress.com/2009/12/kenneth-frampton_modern-architecture.pdf
Le Corbusier, Towards a New Architecture, Dover, 1986.
https://cisematakblog.files.wordpress.com/2016/11/towards-a-new-architecture1-1.pdf
Christian Schittich, in Detail Japan, Birkhauser, 2002.
Graphic Anatomy Atelier Bow-Wow, Toto, 2007.
Francis D.K. Ching, Building Construction Illustrated, John Wiley and Sons, 1991.
Francis D.K. Ching, A Visual Dictionary of Architecture, John Wiley and Sons, 2011.
Steen Eiler Rasmussen, Experiencing Architecture, MIT Press, 1992.
https://openlab.citytech.cuny.edu/12101291coordination/files/2011/06/Rasmussen_and_Elam_Proportions.
pdf
Gunter Nitschke, From Shinto to Ando, Academy, 1993.
http://www.east-asia-architecture.org/downloads/research/MA_-_The_Japanese_Sense_of_Place_-_Forum.
pdf
Junichiro Tanizaki, In Praise of Shadows, Leet s Island Books, 1997.
http://wwwedu.artcenter.edu/mertzel/spatial_scenography_1/Class%20Files/resources/In%20Praise%20of%
20Shadows.pdf
Kevin Lynch, The Image of the City, Harvard-MIT Joint Center for Urban Studies Series, 1964.
http://www.miguelangelmartinez.net/IMG/pdf/1960_Kevin_Lynch_The_Image_of_The_City_book.pdf（Related URLs）
http://wwwedu.artcenter.edu/mertzel/spatial_scenography_1/Class%20Files/resources/In%20Praise%20of%
20Shadows.pdf(Tanizaki Junichiro, In Praise of Shadows.)
https://1drv.ms/b/s!AhVq_riAFrGsgSdTZP5ykPintWMq(John Sallis, Stone.)
http://miessociety.org/mies/speeches/id-merger/(Mies van der Rohe, ID Merger speech.)https://1drv.ms/b/s!AhVq_riAFrGsgSl7_073rYqfkLCx(Construction History)
https://1drv.ms/b/s!AhVq_riAFrGsgShPD7LwDAseZAb9(Space, Time & Architecture)https://1drv.ms/w/s!AhVq_riAFrGsgTy57oqLy253JJD1(Beaubourg Effect)
https://1drv.ms/b/s!AhVq_riAFrGsgSu28rkaBXp_f9cs(The Theater of Industry)
Continue to 建築学コミュニケーション（専門英語）(4)↓↓↓

建築学コミュニケーション（専門英語）(4)https://cisematakblog.files.wordpress.com/2016/11/towards-a-new-architecture1-1.pdf(Le Corbusier,Towards a New Architecture.)
http://www.icomos-poland.org/pl/?option=com_dropfiles&format=&task=frontfile.download&catid=67&id=
66&Itemid=1000000000000(Francis Ching, A Visual Dictionary of Architecture.)
http://www.east-asia-architecture.org/aotm/index.html(Hand or Machine, by Esther Tsoi, 2012.)[Study outside of class (preparation and review)]
Please read materials from the above URL. Research the meaning of words in advance and at your leisure.
（Other information (office hours, etc.)）
About Esther: http://linkedin.com/in/kyokoto
Esther can be reached by e-mail. Assignments will have to be handed in class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q005 SJ74

Course title(and course 建築設計・計画学セミナーＩ
title inEnglish)Instructor's
name, job title,
Seminar on Architectural Design and Planning I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KANETA TAKASHI
Graduate School of Engineering
Professor,KANKI KIYOKO
Disaster Prevention Research Institute
Professor,MAKI NORIO
Graduate School of Engineering
Professor,MIURA KEN
Graduate School of Engineering
Professor,DANIELL，Thomas Charles
Graduate School of Engineering
Professor,TAJI TAKAHIRO
Graduate School of Engineering
Professor,TOMISHIMA YOSHIAKI
Graduate School of Engineering
Professor,HIRATA AKIHISA

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy]

Continue to 建築設計・計画学セミナーＩ(2)↓↓↓

建築設計・計画学セミナーＩ(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q006 SJ74

Course title(and course 建築設計・計画学セミナーII
title inEnglish)Instructor's
name, job title,
Seminar on Architectural Design and Planning II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KANETA TAKASHI
Graduate School of Engineering
Professor,KANKI KIYOKO
Disaster Prevention Research Institute
Professor,MAKI NORIO
Graduate School of Engineering
Professor,MIURA KEN
Graduate School of Engineering
Professor,DANIELL，Thomas Charles
Graduate School of Engineering
Professor,TAJI TAKAHIRO
Graduate School of Engineering
Professor,TOMISHIMA YOSHIAKI
Graduate School of Engineering
Professor,HIRATA AKIHISA

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy]

Continue to 建築設計・計画学セミナーII(2)↓↓↓

建築設計・計画学セミナーII(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG34 6Q008 SJ74

Course title
Instructor's(and course 建築構造学セミナーＩ
name, job title,
title in
Seminar on Structural Engineering of Buildings I and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KOETAKA YUUJI
Graduate School of Engineering
Professor,OOSAKI MAKOTO
Graduate School of Engineering
Professor,TAKEWAKI IZURU
Graduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Disaster Prevention Research Institute
Professor,MARUYAMA TAKASHI
Graduate School of Engineering
Professor,HAYASHI YASUHIRO
Graduate School of Engineering
Professor,KANEKO YOSHIO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
Research presentation related to building structure is made. Then, questions and answers by the faculty or theother students are performed. The advice about the research is given being conscious of writing a dorctoral
thesis.

[Course objectives]
Research contents are made to be substantial as a doctoral dissertation.
The capability to present the research content to the researcher of an outside domain is learned. The ability torespond to questions or comments from various view points exactly is learned.

[Course schedule and contents]
A research presentation (15 times):
Students make research presentation, and has a question-and-answer session.

[Course requirements]
Students should be belong to the laboratories specialize in structure.
Students cannot study both of the Building Structure Seminar I and III in the same fiscal year.

Continue to 建築構造学セミナーＩ(2)↓↓↓

建築構造学セミナーＩ(2)[Evaluation methods and policy]
Evaluation is based on the presentation and the reports which describe the comment over other students'
presentation.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
None（Other information (office hours, etc.)）
None*Please visit KULASIS to find out about office hours.

Course number

G-ENG33 6Q009 SJ74

Course title
Instructor's(and course 建築構造学セミナーII
name, job title,
title in
Seminar on Structural Engineering of Buildings II and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KOETAKA YUUJI
Graduate School of Engineering
Professor,TAKEWAKI IZURU
Graduate School of Engineering
Professor,OOSAKI MAKOTO
Graduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Disaster Prevention Research Institute
Professor,MARUYAMA TAKASHI
Graduate School of Engineering
Professor,KANEKO YOSHIO

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
Research presentation related to building structure is made. Then, questions and answers by the faculty or theother students are performed. The advice about the research is given being conscious of writing a dorctoral
thesis.

[Course objectives]
Research contents are made to be substantial as a doctoral dissertation.
The capability to present the research content to the researcher of an outside domain is learned.
to respond to questions or comments from various view points exactly is learned.

The ability[Course schedule and contents]
A research presentation (15 times):
Students make research presentation, and has a question-and-answer session.

[Course requirements][履修要件]
Students should be belong to the laboratories specialize in structure.
Students cannot study both of the Building Structure Seminar II and IV in the same fiscal year.

[Evaluation methods and policy]
Evaluation is based on the presentation and the reports which describe the comment over other students'
presentation.

Continue to 建築構造学セミナーII(2)↓↓↓

建築構造学セミナーII(2)[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Npne（Other information (office hours, etc.)）
None*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q011 SJ74

Course title(and course 建築環境工学セミナーＩ
title inEnglish)Seminar on Environmental Engineering I

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Graduate School of Engineering
Professor,OGURA DAISUKE
Graduate School of Engineering
Professor,HARADA KAZUNORI
Graduate School of Engineering
Professor,ISHIDA TAIICHIROU

Year/semesters 2023/Intensive, First semester

SeminarLanguage of instruction Japanese[Overview and purpose of the course]
Seminar topics are selected among heat transfer, human comfort on thermal, lighting, sound sensation,building systems such as HVAC, water supply, sanitation and electricity. Through discussions, theparticipants are encouraged to understand deeply the subject and to develop ability to think themselves. To
increase the progress of doctoral study, presentation and report are obligatory in order to receive instructions
by professors and to join discussion among participants.
[Course objectives]
The course intends to summarize the development of his/her own research, to develope skills to convey his/
her ideas to the researchers in other areas and to join discussions in multiple viewpoints properly.
[Course schedule and contents]
Research presentations and discussion,15times,Participants shall make presentations on the research of his/her own and make discussions among other participants and instructors.

[Course requirements]
As a general rule, students belonging to laboratories on the architectural environmental engineering are
permitted to attend.
[Evaluation methods and policy]
Presentation of research contents of his/her own and discussions among other participants and professors arenecessary. The degree of understanding, the ability of conducting research by his/her own intension, the skillsof presentation will be evaluated. In addition, the interest to broader range of research area, the ability offinding and solving problems are judged.
[Textbooks]
To be specified during the course.
[References, etc.]（Reference books）
Supplemental textbooks will be specified during the course if necessary.
[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）
This seminar shall not be registered in parallel with Seminar on Environmental Engineering III.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q012 SJ74

Course title(and course 建築環境工学セミナーII
title inEnglish)Instructor's
name, job title,
Seminar on Environmental Engineering II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Graduate School of Engineering
Professor,OGURA DAISUKE
Graduate School of Engineering
Professor,HARADA KAZUNORI
Graduate School of Engineering
Professor,ISHIDA TAIICHIROU

Year/semesters 2023/Intensive, Second

Seminarsemester

Language of instruction Japanese[Overview and purpose of the course]
Seminar topics are selected among heat transfer, human comfort on thermal, lighting, sound sensation,building systems such as HVAC, water supply, sanitation and electricity. Through discussions, theparticipants are encouraged to understand deeply the subject and to develop ability to think themselves. To
increase the progress of doctoral study, presentation and report are obligatory in order to receive instructions
by professors and to join discussion among participants.
[Course objectives]
The course intends to summarize the development of his/her own research, to develope skills to convey his/
her ideas to the researchers in other areas and to join discussions in multiple viewpoints properly.
[Course schedule and contents]
Research presentations and discussion,15times,Participants shall make presentations on the research of his/her own and make discussions among other participants and instructors.

[Course requirements]
As a general rule, students belonging to laboratories on the architectural environmental engineering are
permitted to attend.
[Evaluation methods and policy]
Presentation of research contents of his/her own and discussions among other participants and professors arenecessary. The degree of understanding, the ability of conducting research by his/her own intension, the skillsof presentation will be evaluated. In addition, the interest to broader range of research area, the ability offinding and solving problems are judged.
[Textbooks]
To be specified during the course.
[References, etc.]（Reference books）
Supplemental textbooks will be specified during the course if necessary.
[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）
This seminar shall not be registered in parallel with Seminar on Environmental Engineering IV.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q013 SJ74

Course title(and course 建築環境工学セミナーIII
title inEnglish)Instructor's
name, job title,
Seminar on Environmental Engineering III and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Graduate School of Engineering
Professor,OGURA DAISUKE
Graduate School of Engineering
Professor,HARADA KAZUNORI
Graduate School of Engineering
Professor,ISHIDA TAIICHIROU

Year/semesters 2023/Intensive, First semester

SeminarLanguage of instruction Japanese[Overview and purpose of the course]
Seminar topics are selected among heat transfer, human comfort on thermal, lighting, sound sensation,building systems such as HVAC, water supply, sanitation and electricity. Through discussions, theparticipants are encouraged to understand deeply the subject and to develop ability to think themselves. To
increase the progress of doctoral study, presentation and report are obligatory in order to receive instructions
by professors and to join discussion among participants.
[Course objectives]
The course intends to summarize the development of his/her own research, to develope skills to convey his/
her ideas to the researchers in other areas and to join discussions in multiple viewpoints properly.
[Course schedule and contents]
Research presentations and discussion,15times,Participants shall make presentations on the research of his/her own and make discussions among other participants and instructors.

[Course requirements]
As a general rule, students belonging to laboratories on the architectural environmental engineering are
permitted to attend.
[Evaluation methods and policy]
Presentation of research contents of his/her own and discussions among other participants and professors arenecessary. The degree of understanding, the ability of conducting research by his/her own intension, the skillsof presentation will be evaluated. In addition, the interest to broader range of research area, the ability offinding and solving problems are judged.
[Textbooks]
To be specified during the course.
[References, etc.]（Reference books）
Supplemental textbooks will be specified during the course if necessary.
[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）
This seminar shall not be registered in parallel with Seminar on Environmental Engineering I.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q014 SJ74

Course title(and course 建築環境工学セミナーIV
title inEnglish)Instructor's
name, job title,
Seminar on Environmental Engineering IV and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Graduate School of Engineering
Professor,OGURA DAISUKE
Graduate School of Engineering
Professor,HARADA KAZUNORI
Graduate School of Engineering
Professor,ISHIDA TAIICHIROU

Year/semesters 2023/Intensive, Second

Seminarsemester

Language of instruction Japanese[Overview and purpose of the course]
Seminar topics are selected among heat transfer, human comfort on thermal, lighting, sound sensation,building systems such as HVAC, water supply, sanitation and electricity. Through discussions, theparticipants are encouraged to understand deeply the subject and to develop ability to think themselves. To
increase the progress of doctoral study, presentation and report are obligatory in order to receive instructions
by professors and to join discussion among participants.
[Course objectives]
The course intends to summarize the development of his/her own research, to develope skills to convey his/
her ideas to the researchers in other areas and to join discussions in multiple viewpoints properly.
[Course schedule and contents]
Research presentations and discussion,15times,Participants shall make presentations on the research of his/her own and make discussions among other participants and instructors.

[Course requirements]
As a general rule, students belonging to laboratories on the architectural environmental engineering are
permitted to attend.
[Evaluation methods and policy]
Presentation of research contents of his/her own and discussions among other participants and professors arenecessary. The degree of understanding, the ability of conducting research by his/her own intension, the skillsof presentation will be evaluated. In addition, the interest to broader range of research area, the ability offinding and solving problems are judged.
[Textbooks]
To be specified during the course.
[References, etc.]（Reference books）
Supplemental textbooks will be specified during the course if necessary.
[Study outside of class (preparation and review)]
To be specified during the course.
（Other information (office hours, etc.)）
This seminar shall not be registered in parallel with Seminar on Environmental Engineering II.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG34 6Q015 SJ74

Course title
Instructor's(and course 建築構造学セミナーIII
name, job title,
title in
Seminar on Structural Engineering of Buildings III and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KOETAKA YUUJI
Graduate School of Engineering
Professor,KANEKO YOSHIO
Graduate School of Engineering
Professor,TAKEWAKI IZURU
Graduate School of Engineering
Professor,OOSAKI MAKOTO
Graduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Disaster Prevention Research Institute
Professor,MARUYAMA TAKASHI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
Research presentation related to building structure is made. Then, questions and answers by the faculty or theother students are performed. The advice about the research is given being conscious of writing a dorctoral
thesis.

[Course objectives]
Research contents are made to be substantial as a doctoral dissertation.
The capability to present the research content to the researcher of an outside domain is learned.
to respond to questions or comments from various view points exactly is learned.

The ability[Course schedule and contents]
A research presentation (15 times):
Students make research presentation, and has a question-and-answer session.

[Course requirements]
Students should be belong to the laboratories specialize in structure.
Students cannot study both of the Building Structure Seminar I and III in the same fiscal year.

[Evaluation methods and policy]
Evaluation is based on the presentation and the reports which describe the comment over other students'
presentation.

Continue to 建築構造学セミナーIII(2)↓↓↓

建築構造学セミナーIII(2)[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
None（Other information (office hours, etc.)）
None*Please visit KULASIS to find out about office hours.

Course number

G-ENG34 6Q016 SJ74

Course title
Instructor's(and course 建築構造学セミナーIVname, job title,
title in
Seminar on Structural Engineering of Buildings IV and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KOETAKA YUUJI
Graduate School of Engineering
Professor,TAKEWAKI IZURU
Graduate School of Engineering
Professor,OOSAKI MAKOTO
Graduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Disaster Prevention Research Institute
Professor,MARUYAMA TAKASHI
Graduate School of Engineering
Professor,KANEKO YOSHIO
Graduate School of Engineering
Professor,HAYASHI YASUHIRO

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
Research presentation related to building structure is made. Then, questions and answers by the faculty or theother students are performed. The advice about the research is given being conscious of writing a dorctoral
thesis.

[Course objectives]
Research contents are made to be substantial as a doctoral dissertation.
The capability to present the research content to the researcher of an outside domain is learned.
to respond to questions or comments from various view points exactly is learned.

The ability[Course schedule and contents]
A research presentation (15 times):
Students make research presentation, and has a question-and-answer session.

[Course requirements]
Students should be belong to the laboratories specialize in structure. Students cannot study both of the
Building Structure Seminar II and IV in the same fiscal year.

Continue to 建築構造学セミナーIV(2)↓↓↓

建築構造学セミナーIV(2)[Evaluation methods and policy]
Evaluation is based on the presentation and the reports which describe the comment over other students'
presentation.
[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
None（Other information (office hours, etc.)）
None*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q017 SJ74

Course title(and course 建築設計・計画学セミナーIII
title inEnglish)Instructor's
name, job title,
Seminar on Architectural Design and Planning III and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KANETA TAKASHI
Graduate School of Engineering
Professor,KANKI KIYOKO
Disaster Prevention Research Institute
Professor,MAKI NORIO
Graduate School of Engineering
Professor,MIURA KEN
Graduate School of Engineering
Professor,DANIELL，Thomas Charles
Graduate School of Engineering
Professor,TAJI TAKAHIRO
Graduate School of Engineering
Professor,TOMISHIMA YOSHIAKI
Graduate School of Engineering
Professor,HIRATA AKIHISA

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy]

Continue to 建築設計・計画学セミナーIII(2)↓↓↓

建築設計・計画学セミナーIII(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6Q018 SJ74

Course title(and course 建築設計・計画学セミナーIV
title inEnglish)Instructor's
name, job title,
Seminar on Architectural Design and Planning IV and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,KANETA TAKASHI
Graduate School of Engineering
Professor,KANKI KIYOKO
Disaster Prevention Research Institute
Professor,MAKI NORIO
Graduate School of Engineering
Professor,MIURA KEN
Graduate School of Engineering
Professor,DANIELL，Thomas Charles
Graduate School of Engineering
Professor,TAJI TAKAHIRO
Graduate School of Engineering
Professor,TOMISHIMA YOSHIAKI
Graduate School of Engineering
Professor,HIRATA AKIHISA

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy]

Continue to 建築設計・計画学セミナーIV(2)↓↓↓

建築設計・計画学セミナーIV(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 5Q021 LJ74

Course title(and course 先端建築学特論Ｉ
title inEnglish)Instructor's
name, job title,
Advanced Theory of Architecture and Architectural Engineering I and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TAKANO YASUSHI
Graduate School of Engineering
Professor,HARADA KAZUNORI
Graduate School of Engineering
Professor,KANETA TAKASHI
Graduate School of Engineering
Professor,KANKI KIYOKO
Disaster Prevention Research Institute
Professor,MAKI NORIO
Graduate School of Engineering
Professor,OGURA DAISUKE
Graduate School of Engineering
Professor,MIURA KEN
Graduate School of Engineering
Professor,DANIELL，Thomas Charles
Graduate School of Engineering
Professor,TOMISHIMA YOSHIAKI
Graduate School of Engineering
Professor,HIRATA AKIHISA
Graduate School of Engineering
Professor,TAJI TAKAHIRO
Graduate School of Engineering
Professor,ISHIDA TAIICHIROU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Students will learn concrete methodologies for planning and designing excellent buildings and environment,
through the historical and cultural backgrounds of architecture and cities, which are necessary forarchitectural planning and environmental engineering, This will give you the ability to perform excellent
research.
[Course objectives]
Ability to write original dissertations on cutting-edge issues in architectural planning and environmental
engineering.
[Course schedule and contents](15 weeks)The instructors and students gives presentations on advanced research in architectural planningand environmental engineering, and discuss what it means for architecture and related disciplines, rather thansticking solely to their research, with a wide-ranging awareness of the surroundings the contents.

Continue to 先端建築学特論Ｉ(2)↓↓↓

先端建築学特論Ｉ(2)[Course requirements]
Students must belong to the laboratories on architectural planning or environment engineering.
[Evaluation methods and policy]
A report summarizing the contents of the discussion will be submitted and evaluated by three faculty
members.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class（Related URLs）(none)[Study outside of class (preparation and review)]
Investigate related references (domestic and foreign) through consultation with the instructors.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG34 5Q022 SJ74
Graduate School of Engineering
Professor,OOSAKI MAKOTO
Graduate School of Engineering
Professor,KANEKO YOSHIO
Graduate School of Engineering
Professor,NISHIYAMA MINEHIRO
Graduate School of Engineering
Professor,HAYASHI YASUHIRO
Disaster Prevention Research Institute
Professor,IKEDA YOSHIKI
Disaster Prevention Research Institute
Professor,MATSUSHIMA SHINICHI
Disaster Prevention Research Institute
Professor,MARUYAMA TAKASHI
Graduate School of Engineering
Professor,KOETAKA YUUJI
Disaster Prevention Research Institute
Professor,Yuki Sakai

Course title(and course 先端建築学特論II
title inEnglish)Instructor's
name, job title,
Advanced Theory of Architecture and Architectural Engineering II and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 2
Class style

Year/semesters 2023/Second semester

Language of instruction Japanese

Seminar[Overview and purpose of the course]
Study the earthquake safety of building structures and the performance of structural materials. The main
topics are the structural design of buildings, the structural analysis method and the evaluation of
performances of advanced structural materials. The structural experiments are also discussed.
[Course objectives]
Acquire the ability to write original articles on advanced theme on structural engineering[Course schedule and contents]
15, 15 classes,
Presentation and discussion on advanced theme on structural engineering[Course requirements]
None[Evaluation methods and policy]
Grade based on the result of student effort.

Continue to 先端建築学特論II(2)↓↓↓

先端建築学特論II(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Investigate the state of the arts in the research field.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG04 5X401 LJ74

Course title(and course デザイン方法論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design Methodology

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KANKI KIYOKO
Disaster Prevention Research Institute
Professor,MAKI NORIO
Graduate School of Engineering
Professor,MIURA KEN
Graduate School of Engineering
Professor,HIRATA AKIHISA

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
Design is being reexamined as we enter the 21st century. The days of simply making artifacts are over;design today has expanded to include the process and act of creating rich experiences and connections. This
lecture will provide an overview of design methods, then explain design methodologies from the perspectiveof disaster prevention design, conception design, architectural and urban design, and regional design. Disasterprevention design considers various designs for the safety of society, such as hazard maps showing
inundation areas for tsunamis and river floods, pictograms for evacuation, color levels for warning, and urban
designs that are resistant to disasters. This course will lead to an understanding of the ideal disasterprevention design based on affordance and risk communication. Under conception design, students will learn
practical methods of creative conception and brush-up by teams. Under architectural and urban design, we
will take up examples of designs that have been created with unique advanced approaches of exemplaryarchitecture and cities. Guest lecturers knowledgeable about the contents will be invited. If possible, field
investigation will be undertaken to learn about past and current theories and practices to understand therelationship, sustainability, and truth of various phenomena related to design practice. Under regional andresidential design, we discuss the support design for areas challenging to sustain dwellings. Settlements is anextremely comprehensive and universal subject and most deeply related to the dignity of each individual. We
will consider ideal designs beyond partial solutions for people living with pride, local communities, and local
environments. Throughout the lectures, students will acquire a basic understanding of various design
methodologies related to architecture, community, and urban environments, as well as the basic skills to put
them into practice.
[Course objectives]
To acquire a basic background in understanding and practicing human, architectural, regional, and urban
design methods.
[Course schedule and contents]① Proceeding with design methodology (1 Class) Scheduling of lectures, overview, and introduction of basic
theories related to design methodology② Disaster prevention design (3 Classes) How to design to protect lives ? Methods and limitations of risks
assessment ? Risk communication ? Hazard maps, color codes for warning signals③ Conception Design (3 Classes) After prior study on conception of ideas, students will learn how topractically fine-tune ideas by teaming up with people from different fields. They will work on specificstationery or product competitions.
④ Architectural and Urban Design (3 Classes) We will take up actual design examples with an excellent,cutting-edge approach to architecture and urbanism. Guest lecturers appropriate to the content will be invited,
Continue to デザイン方法論(2)↓↓↓

デザイン方法論(2)and if possible, a field trip will be conducted.
⑤ Regional and Residential Design (3 Classes) Dialogue-Based Approach to local society, Participation,
Individual and children's participation (R. Hart), Dynamic Authenticity, which deals with the value inherent
in a region by identifying unclear point structures.
⑥ Discussion (2 Classes) We will discuss the integration of each design discipline and consider theconstruction of new arguments for design methodologies. All teachers will take charge. Reports and feedback
on each discussion will be included.
[Course requirements]
Not specified. In principle, lectures ① and ⑥ will be conducted at the Katsura Campus, while ② through ⑤
may be conducted on-site in the field. The specific schedule will be announced separately.
[Evaluation methods and policy]
As a Report Assignment, discuss "Design Methodology" ② through ⑤ and ⑥ under the guidance of four
instructors. As a general rule, the Report Assignment will be administered four times.
[Textbooks]
In addition, the course will be conducted using handouts and projector slides. (Shared on PandA)[References, etc.]（Reference books）
In addition, reference books will be introduced during each lesson, and a list of references will be distributed
later.
[Study outside of class (preparation and review)]
Instructions will be provided during lectures as required.
（Other information (office hours, etc.)）
The class schedule will be adjusted at the beginning of the second semester, and you will be notified of thesame. Please see the contact coordination on PandA.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG05 6B418 LB71 G-ENG06 6B418 LB71

Course title(and course 先進材料強度論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Strength of Advanced Materials

Target year
Days and periods Thu.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,NISHIKAWA MASAAKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
The mechanism underlying mechanical and functional properties are lectured for advanced materials usedand developed in advanced fields of current engineering. In particular, advanced composite materials, used
for aircraft structure etc., are introduced, with a detailed description of the relationship between microscopic
constituent materials and macroscopic properties from the perspective of multiscale mechanics; also theanisotropy of their properties, their fatigue and fracture properties are described in the basic discipline forstrength of materials. The latest applications are introduced in the field of various transportation systems
including airplanes.
[Course objectives]
The course goal is to understand basic concepts of composite materials and the underlying mechanism of
their mechanical properties from multiscale viewpoints, while the phsyical understanding of composites isdeveloped based on multiple disciplines.
[Course schedule and contents]
1-2. Concept of composite materials
The concept and definition of composite materials, their constituent materials and manufacturing methods
are illustrated. Their application to aircraft structures etc. are also introduced.
3-4. Mechanical properties of microscopic constituent materials
Resin for matrix and various fiber types are explained including their structure and mechanical properties.
The weakest link model and Weibull distribution are described as a basis of the statistic nature of strength.
5-8. Basic mechanical properties
The specific strength, the specific stiffness, and the rule of mixture for elastic modulus and strength arelectured. In particular, the detailed explanation is made to the anisotropy of elastic modulus, independent
elastic constants in the generalized Hookean law, the anisotropic failure criteria, and laminate theory. The
relationship between the mechanical properties of microscopic constituent materials and macroscopic
properties of composite materials is also illustrated.
9-10. Micromechanics
The mechanism of transverse fracture is illustrated. The mechanical models are described for short fiber
reinforced composites and particle dispersed composites. The micromechanical analyses based on finite
element method is also illustrated for the physical understanding of the strength of composite materials.
11-12．Numerical simulation
Composite materials have a unique feature in that the mechanical properties of the materials are
Continue to 先進材料強度論(2)↓↓↓

先進材料強度論(2)determined during the manufacturing process, unlike conventional materials. From the viewpoint of bothmanufacturing process and design, various strength and process simulations have been used to study theformation of microstructures and the mechanism of strength enhancement in composite materials. The latest
numerical analysis techniques and their application examples are explained.
13. Fracture mechanics properties
Fracture mechanics of anisotropic materials are described. The interlaminar fracture toughness andinterlaminar fatigue crack propagation, the critical issues in the application of composite structures, areexplained including their underlying mechanism.
14. Process and mechanical properties of composite materials
The molding and machining process of composite materials is explained to relate it to their mechanicalproperties. Fiber preform, the selection of resin, intermediate materials, machining and assembly andinspection methods are overviewed from the academic viewpoints.
15. Feedback*Academic achievement assessment (Reports)[Course requirements]
Mechanics of Materials, Continuum Mechanics, Fundamentals of Materials, Solid Mechanics, Adv., Fracture
Mechanics[Evaluation methods and policy]
Grading is based on the reports. The assignments will be given around three times.
[Textbooks]
Supplementary handouts will be distributed in the class.

[References, etc.]（Reference books）
D.Hull and T.W.Clyne, An Introduction to Composite Materials, Cambridge University Press.
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
The order and the item in the course are possibly subject to change.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG06 5G001 LJ71 G-ENG07 5G001 LJ77 G-ENG05 5G001 LJ71

Course title(and course 応用数値計算法
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Applied Numerical Methods

Target year
Days and periods Mon.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,INOUE YASUHIRO
Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Numerical techniques, such as the finite element method and numerical control method, are indispensable
in mechanical engineering. In this lecture, basics of numerical techniques which are required to study
advanced methods for graduated students will be explained. The lecture will cover the linear system solution(Ax=b), eigenvalue analysis, interpolation approximation method, solutions of ordinary differential equationand partial differential equation. The programing exercise is included in this lecture.
[Course objectives]
Understandings of mathematical theories and programing implementations of the numerical methods.
[Course schedule and contents]
1. Introduction Introduction of this class- Numerical representations and errorsMacro programing using spread sheet applications
2. Linear system- MatrixNormsSingular value decomposition
3. Linear simultaneous equation(1)- Solution of simultaneous linear equationsdirect method
4. Linear simultaneous equation(2)- iteration method
5. Eigenvalue analysis(1)- Properties of eigenvalue, Eigenvalue calculation for symmetrical matrix
6. Eigenvalue analysis(2)- Eigenvalue calculation for asymmetrical matrix
7. Interpolation(1)- Polynomial, Hermite interpolation
8. Interpolation(2)- Spline interpolation, interpolation errors
9. Numerical integral(1)- Trapezoidal rule, midpoint rule, Simpson's rule, Newton-Coats rule
10.Numerical integral(2)- Complex integration rule, Romberg integral
11.Ordinary differential equation- Solutions (explicit and implicit), initial value problems and boundary values problem
12.Partial differential equation(1)- Partial differential notation, convergence conditions, von Neumann stability analysis
13.Partial differential equation(2)- Diffusion equation, wave equation
Continue to 応用数値計算法(2)↓↓↓応用数値計算法(2)14.Partial differential equation(3)- Poisson equation, Laplace equation
15. Feedback for homework and examination[Course requirements]
Basic mathematics for undergraduates
Basic macro programing[Evaluation methods and policy]
Home works (four home works will be assigned) and examination.
[Textbooks]
Lecture note will be distributed through the course website.

[References, etc.]（Reference books）
Golub, G. H., Loan, C. F. V. 『Matrix Computations』（John Hopkins University Press）ISBN:9781421407944
R.D.Richtmyer and K.W.Morton 『Difference Methods for Initial-Value Problems, Second Edition』（John
Wiley & Sons）ISBN:978-0470720400（Related URLs）(Lecture notes, home works, and other info will be distributed through PandA: https://panda.ecs.kyoto-u.ac.
jp)[Study outside of class (preparation and review)]
Problems are based on macro on Microsoft Excel or LibreOffice and Visual C++.
（Other information (office hours, etc.)）
Have a PC with Microsoft Excel with VBA or LibreOffice (https://ja.libreoffice.org/) and Visual
Studio(https://visualstudio.microsoft.com/)*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 5G003 LJ71 G-ENG06 5G003 LJ71 G-ENG07 5G003 LJ77

Course title(and course 固体力学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Solid Mechanics, Adv.

Target year
Days and periods Thu.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,HIRAKATA HIROYUKI
Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]This course provides fundamental concepts of solid mechanics such as stress, strain, and constitutive laws,
and methods for analyzing stress/strain fields and deformation of solids and structures on the basis of theconcepts. In particular, the course lectures theories of nonlinear problems such as plasticity and creep, andtheir numerical solutions, or finite element methods, which are important for design and development of
mechanical structures.
[Course objectives]
Students will be able to:understand solid mechanics deeply and acquire basic knowledge to design mechanical structures.
analyze problems of plasticity and creep by finite element methods.
[Course schedule and contents]
Introduction,1time,Overview of solid mechanics
Stress,1time,Cauchy stress tensor, Equilibrium equation, Invariants
Deformation,2times,Material description and spatial description, Displacement, Deformation gradient,
Lagrange-Green strain and Euler-Almansi strain, Infinitesimal strain, Material time derivative
Constitutive equation: linear elasticity,1time,Linear elastic stress-strain response, Hookersquos law
Principle of virtual work and principle of minimum potential energy,1time,Principle of virtual work, Principleof minimum potential energy
Finite element method for linear elasticity,3times,Basis of finite element method, Finite element equilibrium
equations, Elements, Numerical integration
Plasticity problems,3times,Plasticity theory (uniaxial and multiaxial problems, yield criteria, flow rule,hardening rule, constitutive equations), Finite element method for elasto-plastic problems
Creep problems,2times,Creep theory (uniaxial and multiaxial constitutive equations), Finite element method
for creep problems
Summary and feedback,1time,Discussions and reports[Course requirements]
This course requires basic knowledge of mechanics of materials and solid mechanics.
[Evaluation methods and policy]
Grading is based on the examination, possibly with considerations of the homework reports.

Continue to 固体力学特論(2)↓↓↓

固体力学特論(2)[Textbooks]
Lecture materials are distributed in the classroom.

[References, etc.]（Reference books）
T. Kyoya, Continuum Mechanics, Morikita (2008) (in Japanese) Y. Tomita, ldquoFoundation andApplication of Elastoplasticityrdquo Morikita (1995) (in Japanese) E. Neto et al., ldquoComputational
Methods for Plasticity,rdquo John Wiley amp Sons (2008).
[Study outside of class (preparation and review)]
Preparation and review of lecture materials. Exercises.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG06 5G005 LJ71 G-ENG07 5G005 LJ77 G-ENG05 5G005 LJ71

Course title(and course 熱物理工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Thermal Science and Engineering

Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,MATSUMOTO MITSUHIRO
Graduate School of Engineering
Professor,IWAI HIROSHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Several topics in advanced thermal physics are discussed. From microscopic view points, basics of stochastic
process and related topics are given.
From a macroscopic viewpoint, the thermodynamics of reaction systems for energy conversion devices
involving combustion reactions and electrochemical reactions, and the fundamentals and applications ofhydrogen as an important energy carrier are discussed.

[Course objectives]
Microscopic Viewpoints: Ability of multi-scale modelling
Macroscopic Viewpoints: Gain a fundamental understanding of thermodynamics and transport phenomena insystems with reactions.
[Course schedule and contents](M) Brownian Motion,1time,(M) Transport Phenomena and Correlation Functions,1time,(M) Spectral Analysis and Fractal Analysis,2times,(M) Stochastic Process and Its Applications,3times,(I) The ideal gas and real gas revisited,2times,(I) Equilibrium, Reaction and Entropy Generation,3time,(I) Fuel Cells and Related Issues, 2times,
Check and feedback,1time,[Course requirements]
Elementary thermodynamics, Statistical physics, Heat transfer engineering, Numerical analysis etc.
[Evaluation methods and policy]
Reports[Textbooks]
handout[References, etc.]（Reference books）
Introduced during classContinue to 熱物理工学(2)↓↓↓

熱物理工学(2)[Study outside of class (preparation and review)]
Not necessary（Other information (office hours, etc.)）(2023)
Iwai: April ~ May
Matsumoto: June ~ July
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG06 5G007 LJ71 G-ENG07 5G007 LJ77 G-ENG05 5G007 LJ71

Course title(and course 基盤流体力学
title inEnglish)Instructor's
name, job title,
Introduction to Advanced Fluid Dynamics and departmentof affiliation

Target year
Days and periods Fri.1

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],５times,,５times,,４times,,１times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,HANAZAKI HIDESHI
Graduate School of Engineering
Professor,TAKATA SHIGERU
Graduate School of Engineering
Senior Lecturer,SUGIMOTO HIROSHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG06 5G009 LJ71 G-ENG07 5G009 LJ77 G-ENG05 5G009 LJ71

Course title(and course 量子物性物理学
title inEnglish)Quantum Condensed Matter Physics

Target year
Days and periods Thu.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,3times,,4times,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Senior Lecturer,SENAMI MASATO
Graduate School of Engineering
Associate Professor,NAKAJIMA KAORU
Graduate School of Engineering
Associate Professor,SHIKAMA TAIICHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG05 5G011 LJ71 G-ENG07 5G011 LJ77 G-ENG06 5G011 LJ71

Course title(and course 設計生産論
title inEnglish)Design and Manufacturing Engineering

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,3times,,2times,,3times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Professor,IZUI KAZUHIRO
Graduate School of Engineering
Professor,NISHIWAKI SHINJI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG05 5G013 LJ71 G-ENG06 5G013 LJ71 G-ENG07 5G013 LJ77

Course title(and course 動的システム制御論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Dynamic Systems Control Theory

Target year
Days and periods Tue.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,4times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Senior Lecturer,NAKANISHI HIROAKI
Graduate School of Engineering
Professor,FUJIMOTO KENJI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG05 7G041 LE71 G-ENG06 7G041 LE71

Course title(and course 有限要素法特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Advanced Finite Element Method

Target year
Days and periods Wed.2

Number of credits 2
Class style

Graduate School of Engineering
Professor,NISHIWAKI SHINJI
Graduate School of Engineering
Senior Lecturer,Lim, Sunghoon

Year/semesters 2023/First semester

LectureLanguage of instruction English[Overview and purpose of the course]This course presents the basic concept and mathematical theory of the Finite Element Method (FEM), andexplains how the FEM is applied in engineering problems. We also address important topics such as thephysical meaning of geometrical non-linearity, material non-linearity, and non-linearity of boundary
conditions, and we explore numerical methods to deal with these nonlinearities. Also, we guide students inclass in the use of software to solve several numerical problems, to develop practical skill in applying the
FEM to engineering problems.
[Course objectives]
The course goals are for students to understand the mathematical theory of the FEM and the numericalmethods for analyzing non-linear problems based on the FEM.
[Course schedule and contents]
Basic knowledge of the FEM,3times,What is the FEM? The history of the FEM, classifications of partial
differential equations, linear problems and non-linear problems, mathematical descriptions of structuralproblems (stress and strain, strong form and weak form, the principle of energy).
Mathematical background of the FEM,2times,Variational calculus and the norm space, the convergence ofthe solutions.
FEM formulations,3times,FEM approximations for linear problems, formulations of iso-parametric elements,
numerical instability problems such as shear locking, formulations of reduced integration elements, nonconforming elements, the mixed approach, and assumed-stress elements.
Classifications of nonlinearities and their formulations,4times,Classifications of nonlinearities and numericalmethods to deal with these nonlinearities.
Numerical practice,2times,Numerical practice using COMSOL.
Evaluation of student achievements,1time,[Course requirements]
Solid Mechanics[Evaluation methods and policy]
Grading is based the quality of two or three reports and the final exam.

Continue to 有限要素法特論(2)↓↓↓

有限要素法特論(2)[Textbooks]
Not used[References, etc.]（Reference books）
Bath, K.-J., Finite Element Procedures, Prentice Hall Belytschko, T., Liu, W. K., and Moran, B.., Nonlinear
Finite Elements for Continua and Structures, Wiley[Study outside of class (preparation and review)]
N/A（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 6G049 PJ71 G-ENG06 6G049 PJ71

Course title(and course インターンシップM（機械工学群）
title inEnglish)Engineering Internship M

Target year

Instructor's
name, job title,and departmentof affiliation

1st year students or above Number of credits 2

Days and periods Intensive

Class style

Practical training

Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,KUROSE RYOUICHI

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
The aim of the internship is experiencing on-site activities involved production, manufacturing, development,
designing and research of industrial goods at a factory or a research laboratory of Japanese leading companies.
On-site learning of the importance of teamwork and production processes in manufacturing is also the aim.

[Course objectives]
The goal of the internship is to master a general method of thinking and methodology at MechanicalEngineering. Furthermore, by learning the relationship between a human and machines at an industry,
motivate oneself to study and think about one's career development.

[Course schedule and contents]
As a general rule, the internship should meet the above purpose. The duration should be not less than two
weeks. Thus, the following cases are not approved as an internship; a short internship such as a week, acompany tour, a company explanation meeting and so on. Longer term more than two weeks and an overseasinternship such as IAESTE can be acceptable.
Internship location: Based on recruitment from companies. You can find them at company's web sites and/or
the educational affairs office of the Engineering Science office (Butsuri Kyoumu).
[Course requirements]
None[Evaluation methods and policy]
Credits (2) are approved based on the summary report (50%) and presentation (50%) about the internshipactivities.
[Textbooks]
Not used[References, etc.]（Reference books）
Continue to インターンシップM（機械工学群）(2)↓↓↓

インターンシップM（機械工学群）(2)[Study outside of class (preparation and review)]
Consult with the internship host location.
（Other information (office hours, etc.)）
Pre-registration at the educational affairs office of the Engineering Science (Butsuri Kyoumu) is required.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG36 7G056 LE71 G-ENG06 7G056 LE71 G-ENG35 7G056 LE71
G-ENG05 7G056 LE71

Course title(and course English Technical Writing
title inEnglish)Instructor's
name, job title,and departmentof affiliation

English Technical Writing

Target year
Days and periods Mon.5

Number of credits 2
Class style

Graduate School of Engineering
Professor,NISHIWAKI SHINJI
Part-time Lecturer,Wever Steve

Year/semesters 2023/Second semester

LectureLanguage of instruction English[Overview and purpose of the course]
大学院学生にとって，英語により論文執筆する知識・能力を得ることは必須課題である．本講義
では，英語による技術論文の執筆の仕方について，演習を踏まえながら講義を行う．すわなち，論文を執筆する際に必要となる，英語論文の常識，論文の構成方法，アブストラクト・緒言・結論のまとめ方，図・方法の記載方法，更にはより理解を深める英語の表現方法ついて，演習を交えながら，講述する．
[Course objectives]
英語の論文を構成・執筆できる十分な知識と能力を習得する．
[Course schedule and contents]
1) What Is Technical Writing?
This class will provide an introduction to technical writing with specific examples showing the difference
between general and technical English, as well as a review of the grammar forms that are important fortechnical writing.
2) The Patterns of General to Specific and Comparison and Contrast
Writing well-organized paragraphs is important for communicating your ideas clearly and efficiently. This
class will provide students with two common patterns used for organizing paragraphs: 1) starting theparagraph with a general idea and then expanding on this with more specific detail, and 2) describing how
things are the same and how they are different.
3) The Patterns of Cause and Effect and Sequencing
This class will provide students with two more common patterns used for organizing paragraphs: 1) showing
the connection between an effect and its cause, and 2) describing a sequence of steps in a process.
4) Definitions and Describing Products
In technical writing it is essential to be able to write accurate descriptions of various aspects of your research.
This class will focus on how to write clear and understandable definitions of your work as well as accurately
describe the characteristics of items and products.
5) The Introduction Section
This class will focus on what information is required for a good introduction to your research. Students will
begin writing the Introduction section to their research.
6) The Experimental Section
Continue to English Technical Writing (2)↓↓↓

English Technical Writing (2)This class will examine what features and language are required for the experimental section of a paper.
Students will begin writing the Experimental section to their research.
7) Describing Graphs and Other Visuals
There are many kinds of figures and graphs required for technical papers. When presenting figures andgraphs, you cannot just simply show them, you must also describe them in words. This class will help
students describe changes over time in graphs as well as the relationship between 2 variables.
8) The Discussion Section
It is not enough just to present data. Good technical writing should also interpret the results, discuss theirimportance and make recommendations for action or future research. This class will focus on how to write agood Discussion section of a technical paper. Students will begin writing the Discussion section to theirresearch.
9) The Conclusion Section
The Conclusion section is very important because it is one of the most read sections of the report. This classwill focus on how to organize and write a good Conclusion for your paper. Students will begin writing theConclusion section to their research.
10) The Title and Abstract
A good title and abstract are essential for describing the content of your report. This class will focus on how
to write good titles and abstracts. Students will begin writing the Titles and Abstract section to their research.
11) Resumes - Part 1
A resume is a written description of you that potential employers, etc., use as an important first evaluation ofyour background, experience and accomplishments. This class will examine what information is generally
given in a resume, and how to present this information in an effective manner. Students will begin writing
resumes about themselves.
12) Resumes - Part 2This is a workshop session where students will work together and with the instructor to evaluate the otherstudents resumes and give feedback on improvements they can make. The goal of this class will be foreach student to have a good draft resume prepared for their future use.
13) Final Paper Preparation
This is a workshop session where students will work together and with the instructor to evaluate the otherstudents final papers and give feedback on improvements they can make. The goal of this class will be foreach student to have a good draft final paper prepared to finalize for the next week.
14) Final Paper Submission and Class Wrap-up
Students will submit their final papers about their research. There will be a review of the semester course
work with final comments and questions.
15）学修到着度の確認
学修到達度の確認の後に、フィードバックを行う。

Continue to English Technical Writing (3)↓↓↓English Technical Writing (3)[Course requirements]
None[Evaluation methods and policy]
期末試験とレポート課題による.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
講義資料による予習・復習を充分行うこと．
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 8G057 LJ71 G-ENG06 8G057 LJ71 G-ENG07 5G057 LJ77

Course title
Instructor's(and course 技術者倫理と技術経営
name, job title,
title inEngineering Ethics and Management of Technology and departmentof affiliation
English)Target year
Days and periods Tue.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,NISHIWAKI SHINJI
Graduate School of Engineering
Senior Lecturer,NAKANISHI HIROAKI
Graduate School of Engineering
Professor,KOMORI MASAHARU
Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Program-Specific Professor,IWASAKI TAKASHI
Graduate School of Engineering
Program-Specific Associate Professor,KURISHIGE MASAHIKO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Basic knowledge of Engineering Ethics and Management of Technology needed for future project leaders incompanies and society is taught. Students have to make group work after-class hours as well as presentationsof wrapping-up the discussions. Engineering ethics is the field of applied ethics and system of moral
principles that apply to the practice of engineering. The field examines and sets the obligations by engineers
to society, to their clients, and to the profession. Management of Technology is a set of management
disciplines that allows organizations to manage their technological fundamentals to create competitive
advantage. This course consists of lectures, exercises, discussions and oral presentations under supervision of
professional faculties and extramural lecturers.
[Course objectives]
To cultivate a spirit of self-sufficiency needed for engineers[Course schedule and contents]
Engineering Ethics,9times,1. Introduction to Engineering Ethics (EE)2.Medical Engineering Ethics3.EE by
Institution of Professional Engineers, Japan and abroad4.Product Safety and Product Liability5.
Comprehensive Manufacturing and EE (1) 6.Comprehensive Manufacturing and EE (2)7.Group Discussions8.
History and Philosophy of EE9.Presentation on exercise of EE
Management of Technology,5times,1.Product Portfolio, Strategy for Competition2.Bussiness Domain and
MOT for Marketing3. Organizational Strategy for Corporates#039 R amp D4. Management Theory for R
amp D5.Presentation on exercise of MOT
Summary,1time,[Course requirements]
Nothing particular

Continue to 技術者倫理と技術経営(2)↓↓↓

技術者倫理と技術経営(2)[Evaluation methods and policy]
Submission of reports and presentations[Textbooks]
No textbook[References, etc.]（Reference books）
Nothing（Related URLs）(No Web Site)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
Nothing particular*Please visit KULASIS to find out about office hours.

Course number

G-ENG06 5G058 SJ71 G-ENG05 5G058 SJ71

Course title(and course 複雑系機械工学基礎セミナー１
title inEnglish)Instructor's
name, job title,
Basic Seminar of Complex Mechanical Engineering,1 and departmentof affiliation

Target year
Days and periods Tue.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI
Graduate School of Engineering
Associate Professor,MARUTA ICHIROU
Graduate School of Engineering
Senior Lecturer,OKINO SHINYA

Year/semesters 2023/First semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides master-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise acrossmultidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as ayoung scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.
[Course schedule and contents]
Self introduction,1-2times, [Media-based class, simultaneous bidirectional type]
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls. [Media-based class,simultaneous bidirectional type][Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
Registration is required by the deadline. Contact at
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number

G-ENG06 5G059 SJ71 G-ENG05 5G059 SJ71

Course title(and course 複雑系機械工学基礎セミナー２
title inEnglish)Instructor's
name, job title,
Basic Seminar of Complex Mechanical Engineering,2 and departmentof affiliation

Target year
Days and periods Thu.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Associate Professor,NISHIKAWA MASAAKI
Graduate School of Engineering
Associate Professor,KISHIMOTO MASASHI

Year/semesters 2023/Second semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides master-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise acrossmultidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as ayoung scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.
[Course schedule and contents]
Self introduction,1-2times, [Media-based class, simultaneous bidirectional type]
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls. [Media-based class,simultaneous bidirectional type][Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
Registration is required by the deadline. Contact at
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number

G-ENG06 5G061 LJ71 G-ENG05 5G061 LJ71

Course title(and course 応用数理科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Applied mathematical sciences

Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,INOUE YASUHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Mathematical science is applied to solve problems in various fields. In particular, when it comes tounderstanding and predicting phenomena with high complexity and uncertainty with unclear governing laws,
constructing models based on mathematical ideas becomes important. This lecture focuses on learning about
the practical application of mathematical science from such an applied perspective.
[Course objectives]
Study the common approaches required for resolving mathematical problems, and become proficient in thetechniques for constructing mathematical models using differential equations and probability/statistics.
[Course schedule and contents]
I. Overview (1) Acquire the essential perspective necessary for constructing mathematical models.
II. Mathematical Models using Differential Equations (5) Introduce mathematical models from theperspectives of linear and nonlinear differential equations, and learn how a limited number of common
mathematical models can represent a vast array of diverse phenomena in various fields.
III. Mathematical Models using Probability and Statistics (6) Present the concepts of probability and statistics
that are critical for comprehending phenomena with uncertainty, and study the basics of constructing
mathematical models via probability differential equations and various statistical models based on data.
IV. Group Work (2) Practice in a group work setting. Aim to attain the necessary perspectives forconstructing mathematical models through experiencing the mathematical problem-solving process.
V. Confirmation (1) Confirm the level of proficiency in mathematical modeling[Course requirements]
Require basic knowledge of calculus and probability and statistics.
[Evaluation methods and policy]
Graded through group work in lectures and report exams.
[Textbooks]
Explanation of the theory and hands-on practice of analysis using a mathematical model, in accordance withthe lecture material athttps://github.com/yasuhiroinoue/AppMathSci
Continue to 応用数理科学(2)↓↓↓

応用数理科学(2)[References, etc.]（Reference books）
Introduced during class（Related URLs）
https://github.com/yasuhiroinoue/AppMathSci(Lecture Materials)[Study outside of class (preparation and review)]
Adequately review the lecture materials at https://github.com/yasuhiroinoue/AppMathSci（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG05 7V003 LB71 G-ENG06 7V003 LB71

Course title(and course バイオメカニクス
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Biomechanics

Target year
Days and periods Mon.2

Number of credits 2
Class styleInstitute for Life and Medical Sciences
Professor,ADACHI TAIJI

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]This lecture will be provided in Japanese.
生体は，器官，組織，細胞，分子に至る階層的な構造を有しており，各時空間スケール間に生じる相互作用から生み出される構造・機能の関連を理解する上で，力学的なアプローチが有用である．
このような生体のふるまいは，力学的な法則に支配されるが，工業用材料とは異なり，物質やエネ
ルギーの出入りを伴うことで，自ら力学的な環境の変化に応じてその形態や特性を機能的に適応変化させる能力を有する．このような現象に対して，従来の連続体力学等の枠組みを如何に拡張し，それを如何に工学的な応用へと結びつけるかについて，最新のトピックスを取り上げながら議論する．

[Course objectives]
This lecture will be provided in Japanese.
生体の持つ構造・機能の階層性や適応性について，力学的・物理学的な視点から理解し，生物学・医学などとの学域を越えた研究課題の設定や解決策の議論を通じて，新しいバイオメカニクス・メ
カノバイオロジー研究分野の開拓に挑戦する準備を整える．
[Course schedule and contents]
1time: Introduction to Biomechanics
2times: Discussion: Roles of forces in biomechanics and mechanobiology
4times: Discussion: Recent topics on Biomechanics
4times: Discussion: Application to biomedical engineering
4times: Presentation and discussion: Proposal of biomechanics research[Course requirements]
None

Continue to バイオメカニクス(2)↓↓↓

バイオメカニクス(2)[Evaluation methods and policy]
This lecture will be provided in Japanese.
バイオメカニクス，バイオエンジニアリングに関する特定の共通テーマに対して，各自が個々に調査した内容について討論すると共に，最終的なレポートとその発表・討論に対して相互に評価を行い，それらを通じて学習到達度の確認を行う．
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
講義で取り上げられるテーマについて、レビュー・調査および発表準備（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG35 6V019 PJ71 G-ENG34 6V019 PJ71

Course title(and course インターンシップDS（機械工学群）
title inEnglish)Engineering Internship DS

Target year

Instructor's
name, job title,and departmentof affiliation

1st year students or above Number of credits 4

Days and periods Intensive

Class style

Practical training

Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,KUROSE RYOUICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
The purpose is to experience advanced studies related to mechanical engineering by the relatively long term
research in domestic or foreign companies, universities and institutes, etc., and to learn the way of thinking
and methodology.
[Course objectives]
The goal of the internship is to master a general method of thinking and methodology at MechanicalEngineering. Furthermore, motivate oneself to study and think about one's career development and to develop
communication skill in group work and in international network.
[Course schedule and contents]
As a general rule, the internship should meet the above purpose. The duration should be not less than 12
weeks.
Submission of a report and presentation in a report meeting after you finish the internship are required.

[Course requirements]
None[Evaluation methods and policy]
Credits (4) are approved based on the summary report (50%) and presentation (50%) about the internshipactivities.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Consult with the internship host location.
（Other information (office hours, etc.)）
Pre-registration at the educational affairs office of the Engineering Science (Butsuri Kyoumu) is required.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6V020 PJ71 G-ENG35 6V020 PJ71

Course title(and course インターンシップDL（機械工学群）
title inEnglish)Engineering Internship DL

Target year

Instructor's
name, job title,and departmentof affiliation

1st year students or above Number of credits 6

Days and periods Intensive

Class style

Practical training

Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,KUROSE RYOUICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
The purpose is to experience advanced studies related to mechanical engineering by the relatively long term
research in domestic or foreign companies, universities and institutes, etc., and to learn the way of thinking
and methodology.
[Course objectives]
The goal of the internship is to master a general method of thinking and methodology at MechanicalEngineering. Furthermore, motivate oneself to study and think about one's career development and to develop
communication skill in group work and in international network.
[Course schedule and contents]
As a general rule, the internship should meet the above purpose. The duration should be not less than 24
weeks.
Submission of a report and presentation in a report meeting after you finish the internship are required.

[Course requirements]
None[Evaluation methods and policy]
Credits (6) are approved based on the summary report (50%) and presentation (50%) about the internshipactivities.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Consult with the internship host location.
（Other information (office hours, etc.)）
Pre-registration at the educational affairs office of the Engineering Science (Butsuri Kyoumu) is required.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 7V025 SE71 G-ENG35 7V025 SE71

Course title(and course 複雑系機械工学セミナーＡ
title inEnglish)Instructor's
name, job title,
Seminar of Complex Mechanical Engineering for the 21st Century COE Program,A and departmentof affiliation

Target year
Days and periods Tue.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI
Graduate School of Engineering
Associate Professor,MARUTA ICHIROU
Graduate School of Engineering
Senior Lecturer,OKINO SHINYA

Year/semesters 2023/First semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides doctor-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise across multidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as a young
scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.
[Course schedule and contents]
Self introduction,1-2times,
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls.
[Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
Registration is required by the deadline. Contact at
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number

G-ENG34 7V027 SE71 G-ENG35 7V027 SE71

Course title(and course 複雑系機械工学セミナーＢ
title inEnglish)Instructor's
name, job title,
Seminar of Complex Mechanical Engineering for the 21st Century COE Program,B and departmentof affiliation

Target year
Days and periods Thu.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Associate Professor,NISHIKAWA MASAAKI
Graduate School of Engineering
Associate Professor,KISHIMOTO MASASHI

Year/semesters 2023/Second semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides doctor-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise across multidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as a young
scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.

[Course schedule and contents]
Self introduction,1-2times, [Media-based class, simultaneous bidirectional type]
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls. [Media-based class,simultaneous bidirectional type][Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used

Continue to 複雑系機械工学セミナーＢ(2)↓↓↓

複雑系機械工学セミナーＢ(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
Registration is required by the deadline. Contact at
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 7V029 SE71 G-ENG35 7V029 SE71

Course title(and course 複雑系機械工学セミナーＣ
title inEnglish)Instructor's
name, job title,
Seminar of Complex Mechanical Engineering for the 21st Century COE Program,C and departmentof affiliation

Target year
Days and periods Tue.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI
Graduate School of Engineering
Associate Professor,MARUTA ICHIROU
Graduate School of Engineering
Senior Lecturer,OKINO SHINYA

Year/semesters 2023/First semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides doctor-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise across multidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as a young
scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.
[Course schedule and contents]
Self introduction,1-2times,
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls.
[Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
Registration is required by the deadline. Contact at
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number

G-ENG34 7V031 SE71 G-ENG35 7V031 SE71

Course title(and course 複雑系機械工学セミナーＤ
title inEnglish)Instructor's
name, job title,
Seminar of Complex Mechanical Engineering for the 21st Century COE Program,D and departmentof affiliation

Target year
Days and periods Thu.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Associate Professor,NISHIKAWA MASAAKI
Graduate School of Engineering
Associate Professor,KISHIMOTO MASASHI

Year/semesters 2023/Second semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides doctor-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise across multidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as a young
scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.

[Course schedule and contents]
Self introduction,1-2times, [Media-based class, simultaneous bidirectional type]
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls. [Media-based class,simultaneous bidirectional type][Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used

Continue to 複雑系機械工学セミナーＤ(2)↓↓↓

複雑系機械工学セミナーＤ(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
Registration is required by the deadline. Contact at
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 7V033 SE71 G-ENG35 7V033 SE71

Course title(and course 複雑系機械工学セミナーＥ
title inEnglish)Instructor's
name, job title,
Seminar of Complex Mechanical Engineering for the 21st Century COE Program,E and departmentof affiliation

Target year
Days and periods Tue.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI
Graduate School of Engineering
Associate Professor,MARUTA ICHIROU
Graduate School of Engineering
Senior Lecturer,OKINO SHINYA

Year/semesters 2023/First semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides doctor-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise across multidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as a young
scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.
[Course schedule and contents]
Self introduction,1-2times,
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls.
[Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
Registration is required by the deadline. Contact at
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

Course number

G-ENG34 7V035 SE71 G-ENG35 7V035 SE71

Course title(and course 複雑系機械工学セミナーＦ
title inEnglish)Instructor's
name, job title,
Seminar of Complex Mechanical Engineering for the 21st Century COE Program,F and departmentof affiliation

Target year
Days and periods Thu.1

Number of credits 1
Class style

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Associate Professor,NISHIKAWA MASAAKI
Graduate School of Engineering
Associate Professor,KISHIMOTO MASASHI

Year/semesters 2023/Second semester

SeminarLanguage of instruction English[Overview and purpose of the course]This seminar provides doctor-course students an opportunity of face-to-face group discussions to exchange
ideas and information with those from other research fields. It is also emphasized in this seminar to give theattendees a chance to boost up the presentation skills necessary to broaden their own expertise across multidisciplinary research fields. The primal aim is to offer these significant experiences of leadership as a young
scientist with broad perspective in the global community.
[Course objectives]
Students will be able to acquire presentation and logical thinking skills.
[Course schedule and contents]
Self introduction,1-2times, [Media-based class, simultaneous bidirectional type]
Organizing groups,1time,Group activity,10-12times,Each group chooses an activity theme, and pursue the goal through discussion in
the group. Weekly reports on the activity are required.
Final presentation,1-2times,Each group gives presentation of its final resutls. [Media-based class,simultaneous bidirectional type][Course requirements]
None[Evaluation methods and policy]
Based on Group Activity Reports and Personal Report[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
All activities should be done in English.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG06 8X402 LB18 G-ENG05 8X402 LB18

Course title(and course アーティファクトデザイン論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Theory for Designing Artifacts

Target year
Days and periods Wed.5

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Professor,NISHIWAKI SHINJI
Graduate School of Engineering
Professor,KOMORI MASAHARU
Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
The object of the design covers a wide range such as machinery, building, information systems, social system,
etc. In this lecture, we first clarify the concept of "artifacts" and discuss the science of design for dealing
with things and phenomena that combine the laws of nature and human purposes. The course aims to clarify
the principles common to various types of design, including function, familiarity, usability, aesthetics, andinnovation, among others.
[Course objectives]
The goal is to understand artifacts' design principles and learn to use systematic thinking and analyses to
identify problems and conceive solutions.
[Course schedule and contents]
Introduction:
The course first clarifies the concept of "artifacts" as something to be positioned equally with natural objects.
It then discusses the history of "artifacts for representation" in ancient times, "artifacts for survival" in
medieval times, "artifacts for convenience" in modern times, and "artifacts for sustainment" in each period.

Function and purpose of the artifact (3 lectures):
These cover the effect of artifacts on the outside world?their function, reason for existence, and why they
were created. We discuss the categorization of artifacts and their formation from the viewpoint of thesymbolic process (semiotics) and the "purpose" of artifacts in the context in which they are used.

Design principles of artifacts (2 lectures):
Understanding artifacts requires knowing how their internal structures function in the outside world. We
discuss cybernetics (the field concerned with circular causality in both the physical world and the world of
information) and second-order cybernetics (recursive cybernetics) in the social sciences, design research,human cognition, and decision making. Cybernetics positively considers and reconsiders interactions in areas
like the ecological approach, social dispersal cognition, and naturalistic decision making. These lecturesdescribe the design principles of artifacts based on theories on human behavior.
Representation and evaluation for the design of artifacts (3 lectures):
Designs must not be confined to individual artifacts; instead, they should generate environmental and social
systems, including artifacts and natural objects, and improve the quality of life. These lectures discuss
Continue to アーティファクトデザイン論(2)↓↓↓

アーティファクトデザイン論(2)methods for identifying problems, setting design objectives, resolving vagueness and goal conflicts, creating
alternative designs, and evaluating designs. They also cover consensus-building among multiple parties
involved in expanding design objects beyond hardware to environmental and social systems, including soft
services.

User-centric artifact design (2 lectures):
The ultimate arbiters of design quality are the users. Successful design requires cooperation between
designers, producers, and end-users. Complex design problems cannot be solved solely by narrowly focused
specialists; sharing design knowledge among different fields is essential. These lectures discuss theinternationally recognized standards in design processes and the concepts of "design rationale" and "usercentered design."
Participatory systems approach (2 lectures):In dealing with the design of large-scale and complicated artifacts, the idea of systematizing the problem andadvancing it from many viewpoints becomes essential. These lectures outline the interactive process between
system designers, users, and computers, including the structured modeling technique of problem-solving
through repeated interactions between experts. It discusses techniques for interpreting and evaluating user
input in design decision-making to highlight the benefits of the participatory systems approach to productdesign.
Two hands-on exercises of the participatory systems approach:Students will address design problems in real-world artifacts and practice using the participatory systems
approach to find solutions.
[Course requirements]
Nothin in particular[Evaluation methods and policy]
Grading method:
Exercises during the lecture period: about 20%
End-of-term exam: about 60%
Classroom contributions (e.g., asking good questions): about 20%[Textbooks]
Other lecture notes used in classes will be distributed as appropriate.
See "Reference books" below.
[References, etc.]（Reference books）
Reference books:
1. Hiroyuki Yoshikawa (2007) Horizontal trunk, Artefacts 1(2), 59?65.
2. Nam Pyo Suh (1990) The Principles of Design, Oxford University Press; (1992) Creative Mechanical
Design Theory, Asakura Shoten.
Continue to アーティファクトデザイン論(3)↓↓↓

アーティファクトデザイン論(3)3. Hiroyuki Yoshikawa (1979) Introduction to General Design, Precision Machinery 45(8), 20?26.
4. Vladimir Hubka and W. Ernst Eder (1995) Design Science, Springer.
5. Herbert A. Simon (1996) The Sciences of the Artificial (3rd ed.), MIT Press; Herbert A. Simon (1999) The
Science of Systems, Personal Media, translated by Motoyoshi Akiba and Hideki Yoshihara.
6. Herbert A. Simon (1979) Decision Science, University of Industrial Efficiency Press, translated byMotoyoshi Inaba and Takeo Kurai.
7. Edwin Hutchins (1995) Cognition in the Wild, MIT Press
8. Gary Klein, Judith Orasanu, Roberta Calderwood, and Caroline E. Zsambok, C.E. (1993) Decision Making
in Action: Models and Methods, Ablex Publishing Co.
9. Don Norman (1986) The Design of Everyday Things, basic books, translated by Hisao Nojima; Design
Principles of Cognitive Scientists, Shinyosha.
10. Kawamura Sawaragi (1981) Participatory Systems Approach: Methods and Applications, Nikkan Kogyo
Shimbun.
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
In principle, office hours will be one hour before and after the class hours (5 p.m. on Tuesday, 3 p.m. on thesecond Wednesday). For other times, please make an appointment via email.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG07 6X411 LJ77 G-ENG05 6X411 LB71 G-ENG06 6X411 LB71

Course title(and course 複雑系機械システムのデザイン
title in
Design of Complex Mechanical Systems
English)Target year
Days and periods Fri.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureInstitute for Life and Medical Sciences
Professor,ADACHI TAIJI
Graduate School of Engineering
Professor,NISHIWAKI SHINJI
Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,KOMORI MASAHARU
Graduate School of Engineering
Professor,SHIMADA TAKAHIRO
Graduate School of Engineering
Professor,HIRAYAMA TOMOKO
Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,[Course requirements]
None[Evaluation methods and policy]

Continue to 複雑系機械システムのデザイン(2)↓↓↓

複雑系機械システムのデザイン(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 6B407 LB71

Course title(and course ロボティクス
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Robotics

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureKyoto University
Not fixed

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Understanding of intelligent behaviors of living things is very interesting. And realization of their intelligent
motion by a robot is also attractive for mechanical engineering. In this lecture, we consider basic
understanding of beautiful human skill ldquomanipulationrdquo on the point of view of dynamics and control.
First modeling methodologies for a rigid multibody system and a general dynamic model of a manipulator
are provided. Next, a typical nonlinear control law is introduced and some problems for applying thecontroller are shown. Based on nature of the dynamics of the manipulator, a very simple and robust controller
can be derived by designing energy of the system. This lecture provides modeling methodologies andcontroller design strategies of the rigid multibody system and we analyze a beautiful human skill of themanipulation.
[Course objectives][Course schedule and contents],1time,,4times,,1time,,3times,,3times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy]

Continue to ロボティクス(2)↓↓↓

ロボティクス(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 6B622 LB71

Course title(and course 熱物性論
title inEnglish)Thermophysics for Thermal Engineering

Target year
Days and periods Fri.1

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,MATSUMOTO MITSUHIRO
Graduate School of Engineering
Professor,KUROSE RYOUICHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Based on elementary thermodynamics and statistical physics, I will describe non-equilibrium
thermodynamics and advanced statistical physics, including phase transition, pattern formation, and entropy
production.
[Course objectives]
Understanding the principle mechanisms of phase transition, cooperation phenomena, patern formation, andrelaxation phenomena, in terms of advanced statistical mechanics and non-equilibrium thermodynamics.
[Course schedule and contents]
Elementary statistical physics: review,1time,Review of equilibrium statistical mechanics
Phase transition as a cooperative phenomenon,3times,Statistical mechanics of interacting particle system Exact calculation - Monte Carlo simulation - Mean field approximation
Pattern formation of non-equilibrium systems,3times,After a time dependent Ginzburg-Landau (TDGL)
model is introduced, formation of spatial patterns is discussed from various viewpoints.
Equilibrium thermodynamics: review,2times,Review of elementary thermodynamics
Non-equilibrium thermodynamics: Basics,5times,System stability and the principle of irreversible process are
discussed in terms of thermodynamics.
Non-equilibrium thermodynamics: Applications,3times,- Entropy production - Linear response theory Onsager#039s reciprocal relation
Check and Feedback,1time,[Course requirements]
Undergraduate level of Thermophysics, Heat transfer phenomena, and Statistical physics[Evaluation methods and policy]
Paper assignments[Textbooks]
Lecture note will be prepared.
[References, etc.]（Reference books）
will be listed in the class.
[Study outside of class (preparation and review)]
Exercises with simple numerical simulations are given.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG35 7B629 LJ71 G-ENG05 7B629 LJ71

Course title(and course 量子ビーム物質解析学
title inEnglish)Instructor's
name, job title,
Analysis of Materials by Quantum Beams and departmentof affiliation

Target year
Days and periods Mon.4

Number of credits 2
Class styleInstitute for Integrated Radiation and Nuclear Science
Professor,OKUCHI TAKEO
Institute for Integrated Radiation and Nuclear Science
Assistant Professor,ONODERA YUHEI
Institute for Integrated Radiation and Nuclear Science
Assistant Professor,UMEDA YUHEI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
炭とダイヤモンドは、同じ炭素でできていても、物質としての性質が大きく異なる。この違いは炭素の原子スケールの配列の違いに起因する。ただし顕微鏡でいくら拡大しても原子の配列は見えては来ない。本講義では、近年の発達が著しい量子ビームを使った特別なデザインの実験によって原子の配列を得る原理と方法の学修を行い、そこから耐熱性、硬さ、電気伝導、光学特性など、物質や材料の基本的であり有用でもある物性の起源を理解してゆく。高輝度X線、高強度中性子線、電子線を活用した回折法・散乱法・吸収法によって、原子の配列や空間的な揺らぎ、およびそれらの
時間的空間的な変化を高速高空間分解で解析する方法を示す。以上と併せてハイパワーレーザーなどの特殊環境の生成のための道具を用いることで、高温、超高圧、超高ひずみ等の状況における物
質や材料の新たな原子配列と物性を捉える方法を示し、それらを用いて新たな材料をつくりだす研究を紹介する。原子が精密に配列した結晶や不規則系物質としてとらえる機能性セラミックス、機能性ガラス、宇宙地球物質の性質とその起源を、それぞれの具体的な研究の例とともに解説する。
[Course objectives]
物質に対する量子ビームの散乱・回折の基本原理を学び、物質中の原子の配列や揺らぎと、そこから導かれる物質の性質との関連を理解する。
[Course schedule and contents]
1.X線、中性子線、電子線の性質と回折法、散乱法、吸収法の原理（２回、奥地・小野寺)
2.数学（群論）を使った結晶の原子配列の予測と解析、金属やセラミックス結晶の原子配列と物性（３回、奥地）3.不規則系物質の原子配列の解析、およびその理工学応用（３回、小野寺）
4.宇宙と地球の結晶と不規則系物質、およびその理工学応用（２〜３回、奥地・梅田）
5.量子ビームを用いた特殊環境の生成と計測、およびその理工学応用（２〜３回、奥地・梅田）
6.世界の量子ビーム施設における物質材料の原子配列研究の先端課題（１回、奥地）
7.フィードバック授業（１回、奥地）[Course requirements]
固体物理学[Evaluation methods and policy]
レポートを提出してもらい、講義内容の理解度を問う。
[Textbooks]
Not used
Continue to 量子ビーム物質解析学(2)↓↓↓量子ビーム物質解析学(2)[References, etc.]（Reference books）
Ｇ．バーンズ 『結晶としての固体（バーンズ固体物理学１）』（東海大学出版会）（ １０７ペー
ジ、１９８９年）
Ｇ．バーンズ 『固体論の基礎（バーンズ固体物理学２）』（東海大学出版会）（ ９９ページ、１
９８９年）[Study outside of class (preparation and review)]
授業中に指示する。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 7B631 LB71

Course title(and course 高エネルギー材料工学
title inEnglish)High Energy Radiation Effects in Solid

Target year
Days and periods Fri.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureInstitute for Integrated Radiation and Nuclear Science
Associate Professor,JIYO GIYUUInstitute for Integrated Radiation and Nuclear Science
Professor,KINOMURA ATSUSHI
Institute for Integrated Radiation and Nuclear Science
Assistant Professor,YABUUCHI ATSUSHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Selection, fabrication and deterioration of materials are important factors for mechanical system design. It
is necessary to understand conditions under which selected materials are actually used. In particular, special
design policies are required for the materials used under irradiation of high-energy particles and radiation. On
the other hand, it is possible to intentionally make use of property changes of materials by high-energy
particle irradiation.
Irradiation of high-energy particles such as accelerated neutrons, ions and electrons deposits very highenergies at local regions. Such irradiated regions undergo extreme conditions which cannot be realized byother methods. As a result, the irradiation leads to significant structural and stoichiometric changes inmaterials. This lecture gives general description of materials irradiation effects, irradiation effects onmaterials related to nuclear power plants, and academic/industrial applications of materials fabrication/
analysis by using high-energy particles.
[Course objectives]
To understand reactions and property changes of materials under radiation and high-energy particle
irradiation.
[Course schedule and contents],15times,(1) Introduction (2) Scattering of high-energy particles with atoms in solids (3) Displacement of
atoms in solids by high-energy particles (4) Motion and behaviors of point defects (5) Rate equation of point
defects and secondary-defect formation (6) The influence of irradiation on material properties (7) Activationof materials (8) High-energy particle sources (9) Ion beam fabrication (10) Ion beam analysis (11) Electron
beam applications (12) Materials irradiation studies (13) Neutron irradiation effects and nuclear materials(14) Positron analysis[Course requirements]
Basic knowledge on materials engineering and mechanics[Evaluation methods and policy]
Grading is based on small quizzes and report submission (if necessary) on the lecture.

Continue to 高エネルギー材料工学(2)↓↓↓

高エネルギー材料工学(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG05 6G017 LB71

Course title(and course 破壊力学
title inEnglish)Fracture Mechanics

Target year
Days and periods Tue.2

Graduate School of Engineering
Professor,HIRAKATA HIROYUKI
Graduate School of Engineering
Associate Professor,NISHIKAWA MASAAKI
Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Year/semesters 2023/Second semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
破壊力学の基礎について輪読を通じて学習する。
弾性問題の解法、応力関数によるき裂の弾性解、き裂先端近傍の応力場、応力拡大係数、エネルギ
ー解放率、Ｊ積分について学ぶ。その後、非線形破壊力学の基礎へ展開する。さらに、疲労や環境等の種々の条件におけるき裂進展挙動への破壊力学の適用に関して理解を深める。

[Course objectives]
破壊力学の基礎知識を習得し、特異応力場が存在する場合の材料強度評価について学術的な議論が行えることを目指す。
[Course schedule and contents]
破壊力学入門： 破壊に関する概論、1回き裂の弾性解析： 弾性力学の基礎、き裂先端近傍の応力場、2回線形破壊力学： 応力拡大係数、エネルギー解放率、小規模降伏、き裂先端の塑性域、2回非線形破壊力学： 弾塑性破壊力学、HRR特異場とJ積分、クリープき裂の特異場、き裂開口変位、2回
破壊力学の数値解析法、1回
破壊じん性、2回
疲労き裂進展への破壊力学の適用、2回
クリープおよび高温疲労き裂進展への破壊力学の適用、1回環境下き裂進展への破壊力学の適用、1回学習到達度の確認とフィードバック、1回[Course requirements]
材料力学と線形弾性力学についての知識があることが望ましい。
[Evaluation methods and policy]
分担部分の発表、議論への参加状況および出席状況により評価を行う。

Continue to 破壊力学(2)↓↓↓

破壊力学(2)[Textbooks]
中井善一、久保司郎著 『破壊力学』（朝倉書店）[References, etc.]（Reference books）[Study outside of class (preparation and review)]
分担部分の発表資料作成、教科書の予習復習および関連文献調査など（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 7G021 LB71

Course title(and course 光物理工学
title inEnglish)Engineering Optics and Spectroscopy

Target year
Days and periods Tue.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,HASUO MASAHIRO
Graduate School of Engineering
Associate Professor,SHIKAMA TAIICHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Optics are widely used in many areas of modern science and technology. Students will learn the physicalproperties of light and light-matter interactions, and their applications. Topics such as light propagation indielectric media, crystal optics, quantum optics, and lasers will be explored. Interactions of light with atoms,
molecules and solids as examples will be also explored with introduction of the fundamentals of spectroscopy
and their applications.
[Course objectives]
Understand the principles of optical engineering and spectroscopy.
Develop application abilities based on the principle understanding.
[Course schedule and contents]
Dispersion of light,6times,propagation of light in dielectric media (Lorentz model), crystal optics, nonlinear
opticsQuantum optics,1time,quantum theory of light, principles of lasers
Light-matter interactions,5times,light-induced transition, quantum states of atoms, molecules, and solids, andrules governing the transitions (selection rules)
Selection rules and group theory,2times,introduction to group theory and its application to the selection rules
Confirmation of the achievement,1time,[Course requirements]
Undergraduate-level electromagnetism and quantum mechanics.
[Evaluation methods and policy]
Grade evaluation will be based on report examination.
[Textbooks]
Recommended books will be discussed in class.
[References, etc.]（Reference books）
Lecture notes will be distributed.
[Study outside of class (preparation and review)]
Preparation and review will be discussed in class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 6G025 LB71

Course title(and course メカ機能デバイス工学
title inEnglish)Instructor's
name, job title,
Mechanical Functional Device Engineering and departmentof affiliation

Target year
Days and periods Wed.3

Number of credits 2
Class style

Graduate School of Engineering
Professor,KOMORI MASAHARU
Graduate School of Engineering
Professor,HIRAYAMA TOMOKO

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
For any machines, prime movers and powertrains are necessary to realize the required functions. In
automobiles, an engine is the prime mover and a transmission, a clutch, and a shaft are parts of the powertrain.
In machine tools, a motor is used as the prime mover and the powertrain uses feed screws. In this lecture, theprime mover is taken up. Types, characteristics, principles, advantages and disadvantages of the prime moverare explained. Students also learn the basics of tribology, surfaces and contacts, friction, wear, lubrication
theory, dynamic guide, hydrostatic guide, rolling guide, oil seal, mechanical seal, packing.
[Course objectives]
Understand the principles and basic characteristics of the prime movers and tribology taken up in the lecture.
[Course schedule and contents]
Outline,1time,Composition of mechanical device, examples of prime movers, working parts, and powertrains,
examples of actuators
Electromagnetic force,2times,Principle used for actuators, type of electromagnetic motor, principle andcharacteristics of synchronous motor, generating method of rotating magnetic field, induction motor,
reluctance motor, DC motor, stepping motor
Electrostatic force, piezoelectric,2times,Usage of electrostatic force as actuator, explanation of principle andcharacteristics, piezoelectric effect, characteristics of piezoelectric effect, piezoelectric material, polarization,
displacement and force, hysteresis, type and basic structure, application
Fluid pressure, ultrasonic, shape memory alloy,2times,Fluid pressure actuator, ultrasonic motor, shapememory effect, shape recovery
Tribology,5times,foundation of tribology, surface and contact, friction, wear, lubrication theory
Guide,1time,dynamic guide, hydrostatic guide, rolling guideSeal,1time,oil seal, mechanical seal, packing
Feedback class,1time,Answer questions[Course requirements]
Nothing.
[Evaluation methods and policy]
Evaluate comprehensively by participation in class, tests, reports, etc.
[Textbooks]
Instruct as necessary.
Continue to メカ機能デバイス工学(2)↓↓↓

メカ機能デバイス工学(2)[References, etc.]（Reference books）
Instruct as necessary.
[Study outside of class (preparation and review)]
Review the handouts（Other information (office hours, etc.)）
Schedule of lecture may be changed according to circumstances. Supplement in English as necessary.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 6G031 SB71

Course title(and course 機械理工学セミナーA
title inEnglish)Instructor's
name, job title,
Seminar on Mechanical Engineering and Science A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG34 6G032 SB71

Course title(and course 機械理工学セミナーB
title inEnglish)Instructor's
name, job title,
Seminar on Mechanical Engineering and Science B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG05 6G036 SB71

Course title(and course 機械理工学基礎セミナーA
title inEnglish)Instructor's
name, job title,
Basic Seminar on Mechanical Engineering and Science A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG05 6G037 SB71

Course title(and course 機械理工学基礎セミナーB
title inEnglish)Instructor's
name, job title,
Basic Seminar on Mechanical Engineering and Science B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction JapaneseCourse number

G-ENG05 6G039 LB71

Course title(and course 熱物質移動論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Transport Phenomena

Target year
Days and periods Mon.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,TATSUMI KAZUYA
Graduate School of Engineering
Professor,IWAI HIROSHI
Graduate School of Engineering
Associate Professor,KISHIMOTO MASASHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This class focuses on learning the fundamental knowledge of heat and mass transfer phenomena andunderstanding the approach to the applications by studying practical cases, and deals with fundamental
matters of transport phenomena based on diffusion (conduction) and convection. We will study the analogy
among velocity, temperature and concentration fields, and the scale effects in micro-systems. The course willfurther deal with the heat and mass transfer in non-Newtonian fluids, multiphase flows, porous media, andsystems with reactions. The course will also introduce practical examples of energy technology.
[Course objectives]
To learn and understand the basic knowledge of velocity-temperature-concentration fields accompanied byconduction and convection in heat and mass transfer systems. Participants are expected to describe andanalyze the complex transport phenomena in heat and mass transfer for appropriate controlling and solving
various problems in applications at the end of the course.
[Course schedule and contents]
Fundamentals of heat and mass transfer
After introducing heat and mass transfer phenomena in familiar devices, introduce the governing equations,boundary conditions, and various dimensionless numbers, and discuss the analogies among the velocity,temperature, and concentration fields. In addition, detailed mechanisms of heat and mass transfer and theirmodeling approaches are described using several basic thermo-fluid systems.
Heat and mass transfer in microfluidics
Consider the scale effect on the transport characteristics, and learn the heat and mass transfer phenomena in
microfluidic devices and application utilizing specific phenomena.
Heat and mass transfer in multi-phase flow
Learn the heat, mass, and momentum transfer phenomena in solid-liquid two-phase flow/dispersed solidphase-flow as blood flow and particle suspended flow, and further study the non-Newtonian fluid
characteristics exhibiting in the flows．
Mass and charge transfer in electrochemical devices
Learn the mass and charge transfer coupled by the electro/chemical reactions in complex porous materials
for electrochemical devices, such as batteries and fuel cells.
[Course requirements]
It is recommended to take lectures of Thermodynamics, Fluid dynamics, and Heat transfer for theundergraduate course.
Continue to 熱物質移動論(2)↓↓↓熱物質移動論(2)[Evaluation methods and policy]
Evaluation will be based on class attendance, assignments, and written examination.
[Textbooks]
Textbooks are not specified. Printed materials for the lecture will be distributed properly.

[References, etc.]（Reference books）'Transport Phenomena (Bird, R.B. et al.)' and other books will be introduced during the class.
[Study outside of class (preparation and review)]
Preparation and review are required using the printed materials distributed in the class.
（Other information (office hours, etc.)）
The order of the lecture can be changed, depending on the classwork progressing.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 6G051 EB71

Course title(and course 機械理工学特別実験及び演習第一title inEnglish)Instructor's
name, job title,
Experiments on Mechanical Engineering and Science,Adv. I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,9times,,10times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG05 6G053 EB71

Course title(and course 機械理工学特別実験及び演習第二title inEnglish)Instructor's
name, job title,
Experiments on Mechanical Engineering and Science,Adv. II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],9times,,10times,,10times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG05 6G403 LB71

Course title(and course 最適システム設計論
title inEnglish)Optimum System Design Engineering

Target year
Days and periods Thu.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,4times,,2times,,5times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NISHIWAKI SHINJI
Graduate School of Engineering
Professor,IZUI KAZUHIRO
Graduate School of Engineering
Senior Lecturer,Lim, Sunghoon

Year/semesters 2023/Second semester

Language of instruction JapaneseCourse number

G-ENG05 6Q402 LB71

Course title(and course 乱流力学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Turbulence Dynamics

Target year
Days and periods Tue.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,HANAZAKI HIDESHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
流体力学の自然現象や工学への適用においては、浮力やコリオリ力の効果が重要となる。それらの効果が顕著となる成層流体や回転流体を例にとりながら、流体中の【波動と乱流の基礎】を学習す
る。
[Course objectives]
流体中の波動と乱流の基礎を、成層流体や回転流体などを例にとり、学習する。
[Course schedule and contents]
１．成層流体の基本的性質（4回）：鉛直方向に密度差のある成層流体が持つ、基本的な（特殊な）性質について解説する（成層流体の支配方程式、静水圧平衡、物体を過ぎる流れとブロッキング、
浮力振動数、渦位の保存則、ブシネスク近似）。
２．波動（5回）：位相速度と群速度、波の線形分散関係、成層流体中の内部重力波、物体による
内部重力波の励起と伝播。
３．乱流（3回）：一様等方性乱流（慣性領域と散逸領域、次元解析とKolmogorovスケール）、成層乱流（Ozmidovスケール、運動エネルギーと位置エネルギーのエネルギー交換、密度の鉛直フラックスによる熱・物質輸送）。
４．拡散（2回）：拡散方程式と平均２乗変位、乱流拡散（Taylor拡散、短時間極限と長時間極限）
５．フィードバック（1回）[Course requirements]
前提とするのは、学部レベルの基礎的な流体力学（質量保存の式、流体の運動方程式、ベルヌイの定理、基本的なベクトル解析）。
[Evaluation methods and policy]
学期末のレポートにより評価する。ただし、学期途中にレポート課題を出した場合は、その評価も加味することがある（１〜２割程度）。
【評価基準】
到達目標について、
Ａ＋：すべての観点においてきわめて高い水準で目標を達成している。
Ａ ：すべての観点において高い水準で目標を達成している。
Continue to 乱流力学 (2)↓↓↓

乱流力学 (2)
Ｂ
Ｃ
Ｄ
Ｆ

：すべての観点において目標を達成している。
：大半の観点において学修の効果が認められ、目標をある程度達成している。
：目標をある程度達成しているが、更なる努力が求められる。
：学修の効果が認められず、目標を達成したとは言い難い。

[Textbooks]
Not used
講義ノートと、随時配布する補足プリントだけで一応完結するように講義する予定です。
[References, etc.]（Reference books）
A.E.Gill 『Atmosphere-Ocean Dynamics』（1982）ISBN:0-12-283522-0（←波動の基礎、特に成層流体中の内部重力波についてはこの本の６章（特に6.４〜6.6節）。）[Study outside of class (preparation and review)]
授業のノートを復習することが望ましい。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG05 7Q610 LB71

Course title(and course 原子系の動力学セミナー
title inEnglish)Seminar: Dynamics of Atomic Systems

Target year
Days and periods Tue.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,MATSUMOTO MITSUHIRO
Graduate School of Engineering
Professor,INOUE YASUHIRO
Graduate School of Engineering
Professor,SHIMADA TAKAHIRO
Graduate School of Engineering
Associate Professor,NISHIKAWA MASAAKI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Particle simulations are a tool of analyzing microscopic phenomena, and widely used in various fields ofscience and engineering. After providing the basics of particle simulation methods through lectures andexercises, we show various practical applications in thermofluids, solid materials, biophysics, and quantum
systems.
[Course objectives]- Understanding the basics of particle simulations- Mastering data analysis techniques[Course schedule and contents]
Basics of MD simulations (M.Matsumoto),6times,- Numerical simulation of equations of motion - Modelpotentials - Data analysis - Equilibrium vs. non-equilibrium
Application: Thermofluidal systems (M. Matsumoto),2times,- Lennard-Jones fluids - Interface, phase change,energy transport, etc.
Application: Polymeric materials (Nishikawa),2times,- Fundamentals on mechanical (viscoelastic) propertiesof polymer materials - Application of molecular dynamics method of polymer materials
Application: Biosystems (Inoue),1time,- MD simulation of biomolecular systems - Recent examples
Application: Solid systems (R. Matsumoto),1time,- Deformation and destruction - Alternative methods
Application: Quantum systems (Shimada),2times,- First principle MD - Mechanical and electronic properties
on nanoscale
Check and Feedback,1time,[Course requirements]
Elementary Level ofAnalytical mechanics, Quantum mechanics, Material science, Thermodynamics, Statistical physics,
Numerical analysis[Evaluation methods and policy]
Reports, presentation/discussion[Textbooks]
Not used
Continue to 原子系の動力学セミナー(2)↓↓↓原子系の動力学セミナー(2)[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Exercises with simple C programs are given, with which you will understand the concepts deeply.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG34 7V012 SJ71

Course title(and course 機械理工学特別演習Ａ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Mechanical Engineering and ScienceA and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG34 7V013 SJ71

Course title(and course 機械理工学特別演習Ｂ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Mechanical Engineering and ScienceB and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG34 7V014 SJ71

Course title(and course 機械理工学特別演習Ｃ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Mechanical Engineering and ScienceC and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG34 7V015 SJ71

Course title(and course 機械理工学特別演習Ｄ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Mechanical Engineering and ScienceD and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG34 7V016 SJ71

Course title(and course 機械理工学特別演習Ｅ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Mechanical Engineering and ScienceE and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG34 7V017 SJ71

Course title(and course 機械理工学特別演習Ｆ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Mechanical Engineering and ScienceF and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SHIMADA TAKAHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction JapaneseCourse number

G-ENG06 7B617 LB71

Course title(and course 量子分子物理学特論
title inEnglish)Quantum Theory of Molecular Physics

Target year
Days and periods Mon.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Graduate School of Engineering
Senior Lecturer,SENAMI MASATO

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Basics for the application of quantum theory to molecular physics and recent progress. Main topics: analytic
mechanics, relativistic quantum mechanics, quantum field theory, and path integral.
[Course objectives]
To understand fundamental physics to apply quantum mechanics to phenomena of atoms or molecules.
[Course schedule and contents]
1. Analytic mechanics and symmetry in physics, 1-2 times, Principle of least action, Equation of motion,
Hamiltonian mechanics, Symmetry and conservation law in physics, Noether's theorem, Group theory
2. Classical relativistic theory, 2-3 times,Invariance of the speed of light, Lorentz transformation, Relativistic
form of electromagnetism, Four component vector potential
3. Relativistic quantum mechanics, 4-7 times,Relativistic equation of motion, Nonrelativistic limit of Diracequation, Covariance of Dirac equation, Plane wave solution for Dirac equation and negative energy, Holetheory and problem, Tani-Foldy-Wouthuysen transformation, Hydrogen-like atom, Helicity and Chrality
4. A primer of quantum field theory, 2-4 times,Field operator, Charge conjugation, Noether's theorem, Gauge
transformation and gauge symmetry, Application of quantum field theory to theoretical study of moleculesand condensed matter
5. Electronic Structure Computation, 0-2 times,Time evolution and propagator, Transition amplitude and path
integral, Aharonov-Bohm effect, Path integral in quantum field theory
Confirmation ,1time,[Course requirements]
Quantum Mechanics[Evaluation methods and policy]
Evaluation will be based on assignments (four - six times, 100 points).
[Textbooks]
Not used[References, etc.]（Reference books）
J. D. Bjorken, S. D. Drell, Relativistic Quantum Mechanics
Continue to 量子分子物理学特論(2)↓↓↓量子分子物理学特論(2)J. J. Sakurai, Modern Quantum Mechanics, and Advanced Quantum Mechanics
R. P. Feynmann, A. R. Hibbs, Quantum Mechanics and Path Integrals[Study outside of class (preparation and review)]
Review lecture notes.
（Other information (office hours, etc.)）
If English support is required, please contact the instructor by email. Then words written on a blackboard andsome supplementary documents are provided in English.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG06 5G204 LJ51

Course title(and course マイクロファブリケーション
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Microfabrication

Target year
Days and periods Mon.4

Number of credits 2
Class style

Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Assistant Professor,URABE KEIICHIRO
Graduate School of Engineering
Associate Professor,HIROTANI JUN

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
Micro/nano fabrication processes and materials used to realize micro/nano systems are described. Topics will
be photolithography, dry-etching, thin-film deposition, which includes bulk micro machining, surface micro
machining and further advanced polymer processing.
[Course objectives]
To obtain fundamental knowledge about design and fabrication of micro/nano systems and to be familiar withrecent fabrication technologies and micro/nano systems.
[Course schedule and contents]
Week 1: introduction
・ Microfabrication and devices
Week 2 to 4: Advanced semiconductor device fine processing technology
・ Front-end process flow
・ Photolithography basics and recent topics
・ Plasma etching
Week 5 to 7: Basics of semiconductor physics and device application
・ Basics of semiconductor physics
・ PN junction, metal-semiconductor junction・ Nanocarbon material and device
Week 8 to 9: Silicon and micromaterials
・ Mechanical properties of silicon
・ Evaluation of mechanical properties of micro-scale materials
Week 10 to 11: Silicon micromachining
・ Processing process based on semiconductor fine processing technology
・ Bulk and surface micromachining
Week 12 to 14: Basics of Applied Devices
・ Electrostatic transducers and its application
・ Piezoresistive effect and its application
・ Sensors / actuators
Week 15: feedback on evaluations such as reports

Continue to マイクロファブリケーション (2)↓↓↓マイクロファブリケーション (2)[Course requirements]
None[Evaluation methods and policy]
Evaluated by homework. All report must be submitted to obtain credits.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Follow reports and other instructions from each person in charge.

（Other information (office hours, etc.)）
Students unfamiliar with Japanese may enroll in this course. Their lessons will be supplemented withpresentation slides, homework, and other additional course materials in English.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG06 5G206 LE51

Course title(and course マイクロ・バイオシステム
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Micro/bio system

Target year
Days and periods Tue.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,YOKOKAWA RYUUJI
Institute for Advanced Study
Associate Professor,KAMEI KENICHIROU

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Micro/nano systems are based on micro/nano fabrications and encompasses not only individual phenomena inphysics and chemistry but also the integrated phenomena observed in these fields. Moreover, recently the
integrated systems utilizing biomaterials (cells, tissues, organs etc.) are being developed to realize micro/nano
bio systems with potential applications in medicine, drug development, and basic studies in life sciences. In
this course, we focus on the difference of physical and chemical phenomena between micro/nano and micro
scales. Micro/nano fabrications for micro/nano biosystems, biomolecular sensing, DNA/protein/cellmanipulation and their integration to realize complex integrated biosystems such as BioMEMS andMicroTAS will be introduced.
[Course objectives]
To understand the fundamentals of fabrication technologies for BioMEMS and MicroTAS.
To understand the roles of micro/nano fabrications in life sciences.
To understand sensing and actuation mechanisms at micro/nano scales.

[Course schedule and contents]
The specific course goals are as outlined below.
Week 1-3: Introduction for micro/bio systems - Introduce the history and fundamentals of BioMEMS andMicroTAS based on micro/nano fabrications.
Week 4-7: Soft micro machining - In micro/bio systems, biomaterials and organic/inorganic polymers areused as structural materials. Fabrication of these materials by the so-called soft micromachining , andtheir applications will be described.
Week 8-9: Micro/nano scale bio materials - Integration of functional biomolecules, cells and polymer
materials to realize micro/bio systems are described.
Week 10-11: Micro Total Analysis Systems (MicroTAS) - On-chip chemical analysis systems and bio
sensing devices are described.
Week 12-15: Nano bio systems - Integration of micro/nano fabrications and biomaterials for application tobiomedical and regenerative medicine are described.
[Course requirements]
The course is based on micro/nano fabrication described in Microfabrication (10G203). It is highly
recommended to register for the course as well.

Continue to マイクロ・バイオシステム (2)↓↓↓マイクロ・バイオシステム (2)[Evaluation methods and policy]
Evaluation will be based on assignments and class performance. Evaluation for class performance includes
attendance and reports given at class.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Preparation and review of course materials are necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG06 6G211 LB71

Course title(and course 物性物理学１
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Solid State Physics 1

Target year
Days and periods Wed.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,NAKAJIMA KAORU
Graduate School of Engineering
Associate Professor,ＮＡＭＵＲＡ ＫＹＯＫＯ

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Students will learn the basics of solid-state physics through turn-based lecturing and reading of Chapters 2-6
of C. Kittle's "Introduction to Solid State Physics." Specifically, the diffraction of waves by crystals will be
discussed, followed by the concept of inverse lattices. The course also covers the forces acting between theatoms constituting crystals, and discusses the elastic properties of crystals. Additionally, students will learn
the properties of phonons that quantize the elastic oscillation of crystals and understand the thermal propertiesof crystals. Based on the free electron model, the electrical and thermal properties of metals will also becovered.
[Course objectives]
Understanding the various underlying concepts in solid-state physics, such as inverse lattices, phonons, andfree electrons[Course schedule and contents]
Lectures 1-2 Diffraction of Waves by Crystals
Using X-rays as an example, students learn the basics of the phenomenon of diffraction of waves
caused by crystals.
Lectures 3-4 Reciprocal Lattice Vector
Students learn to express conditions of diffraction using reciprocal lattice vectors and understand Ewald
Construction. They will also learn about structural factors.
Lectures 5-6 Crystal Bonds
Students learn about the basic types of bonds that form crystals, i.e., van der Waals interaction, Ionicbonds, Metallic bonds, Covalent bonds, and Hydrogen bonds.
Lecture 7 Elastic Constant of Crystals
After learning the relationship between crystal symmetry and elastic constants, we study the behavior ofelastic waves in cubic crystals.
Lectures 8-9 Elastic Oscillation in Crystals
Students learn vibrations of crystals with a monatomic basis and understand the concept of phonons. It is
extended to the cases for crystals with two or more atoms per primitive basis.
Lecture 10 Phonon Heat Capacity
After studying the statistical mechanics of phonons, we introduce the Debye model for the density ofstates of phonons to estimate phonon contribution to the heat capacity.
Continue to 物性物理学１(2)↓↓↓

物性物理学１(2)Lecture 11 Phonon Thermal Conductivity
Students will study the thermal conduction by phonons and understand the contribution of the Umklapp
process to the thermal resistivity of phonon gas.
Lecture 12 Free-electron Model of Metals
Under the free-electron model of metals, students learn the statistical mechanics of electron gases.
Lecture 13 Heat Capacity of Electron Gases
Based on the statistical mechanics of electron gas, we will discuss the heat capacity of electron gases.
Lecture 14 Electrical and Thermal Conductivity of Electron Gas
Students will learn the phenomenology of electrical and thermal conductivity of electron gases. In
addition, we discuss the Hall effect.
Lecture 15 Feedback
Check the course's degree of achievement against the final goal. Review as needed.
[Course requirements]
Students should have a rudimentary understanding of quantum mechanics.
[Evaluation methods and policy]
The evaluation will be conducted based on participation in discussions.
[Textbooks]
C. Kittel 『Introduction to Solid State Physics』（Wiley）ISBN:978-0471415268
チャールズ キッテル 『キッテル 固体物理学入門 第8版』（丸善）ISBN:978-4621076569
the original or translated version, either is acceptable.
[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Preparation and review of the textbook are essential in order to advance the turn-based lecturing style of class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG06 5G214 LJ71

Course title(and course 精密計測加工学
title inEnglish)Precision Measurement and Machining

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Associate Professor,KOUNO DAISUKE

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course gives the principles of precision measurement and machining process for the meso-micro-nanometric fabrication. The optical measurement technologies (e.g. laser interferometer, optical encoders) andcutting technologies (e.g. cutting mechanics, tool, machine) are shown.
[Course objectives]
Understand the basic principles of precision mesurement and machining associated with the applications[Course schedule and contents]
Basics of measurement and machining,1time,Concept of accuracy, precision, Relation of measurement,machining, and control
Basics of precision measurement,2times,
Optical mesurement,4times,,3times,,1time,,2times,,2times,[Course requirements]
None[Evaluation methods and policy]
Small exams in the term and the final exam
[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG35 6G216 SB51

Course title
Instructor's(and course マイクロエンジニアリングセミナーＡ name, job title,and department
title in
Seminar on Micro Engineering Aof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],-times,,-times,,-times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG35 6G217 SB51

Course title
Instructor's(and course マイクロエンジニアリングセミナーＢ name, job title,and department
title in
Seminar on Micro Engineering Bof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],-times,,-times,,-times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG06 7G223 SB51

Course title
Instructor's(and course マイクロエンジニアリング基礎セミナーA name, job title,
title in
Basic Seminar on Micro Engineering A and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG06 7G224 SB51

Course title
Instructor's(and course マイクロエンジニアリング基礎セミナーB name, job title,
title in
Basic Seminar on Micro Engineering B and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG06 7G226 EB51

Course title
Instructor's(and course マイクロエンジニアリング特別実験及び演習第一 name, job title,
title in
Experiments on Micro Engineering, Adv. I and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],１times,,9times,,10times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG06 7G228 EB51

Course title
Instructor's(and course マイクロエンジニアリング特別実験及び演習第二 name, job title,
title in
Experiments on Micro Engineering, Adv. II and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],9times,,10times,,10times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, year-round

Language of instruction JapaneseCourse number

G-ENG06 6V201 LB51

Course title(and course 微小電気機械システム創製学
title inEnglish)Instructor's
name, job title,
Micro Electro Mechanical System Creation and departmentof affiliation

Target year
Days and periods Fri.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,YOKOKAWA RYUUJI
Graduate School of Engineering
Senior Lecturer,BANERJEE, Amit
Graduate School of Engineering
Associate Professor,HIROTANI JUN

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This is a collaborative course in which students from both Hong Kong University of Science and Technology
and Tsinghua University form teams and work together to investigate, analyze, design, and present theirprojects in order to accomplish a given task. In addition to the acquisition of knowledge of microsystems, thecourse contributes to the cultivation of English-language expertise, teamwork skills in English, andcommunication skills in English, which are essential for students to be active in the international community.
[Course objectives]
Acquire the ability to design and analyze microsystems
Cultivate the ability to communicate and discuss in English with overseas students in groups[Course schedule and contents]
Part 1 and 2: CAD software for device design and analysis
Students learn how to use the CAD software for device design and analysis.
3rd and 4th: Explanation of the assignment
The students will learn how to design Microsystems/MEMS (microelectromechanical systems) using
microfabrication technologies and the basic knowledge required to accomplish the tasks.
5th-8th: Design and analysis
Each team will design and analyze the system while communicating with team members in English via theInternet.
9th and 10th: Presentation of design and analysis results
Each team will present and discuss the detailed design and analysis results of the device in English.
12th-13th: Device evaluation
Detailed evaluation of prototype devices.
14thand 15th : Presentation of evaluation results, feedback
Each team will present and discuss the results of device evaluation in English.
[Course requirements]
Microfabrication (10G204) offered in the spring semester．
[Evaluation methods and policy]
Evaluation Method
Presentation (60%) and Report (40%).
The presentation will be evaluated not only on the design, analysis, and measurement results of the prototype
Continue to 微小電気機械システム創製学(2)↓↓↓微小電気機械システム創製学(2)device, but also on the collaboration with the team members.

[Textbooks]
Instructed during class[References, etc.]（Reference books）[Study outside of class (preparation and review)]
In order to conduct problem-solving type classes, study and work outside of lecture hours are required.
（Other information (office hours, etc.)）
The online lectures for presentations may be given over 4 or 5 periods on Fridays and should be taken
consecutively. This is a collaborative lecture with the Hong Kong University of Science and Technology andTsinghua University, and lectures and presentations will be given in English. The lectures and presentations
will be given in English. In addition, students are required to take prior training in CAD software. Those whowish to take the course should contact Tsuchiya (tutti@me.kyoto-u.ac.jp) by e-mail during the first semesterof the course.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG06 7V205 LB71

Course title(and course 物性物理学２
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Solid State Physics 2

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SUZUKI MOTOFUMI
Graduate School of Engineering
Associate Professor,NAKAJIMA KAORU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Students will learn the basics of solid-state physics through turn-based lecturing and reading of chapters fromCh. 7 onward of C. Kittle's "Introduction to Solid State Physics." Specifically, the state of electrons inside
crystals will be discussed based on Bloch's theorem, followed by understanding the band structure. Based on
this, the course covers the electrical properties of semiconductors and concepts such as holes and effective
mass. We will also discuss the Fermi surface of metals and understand their primary physical properties. In
addition, we will learn experimental facts, phenomenological theories, and BCS theory on superconductivity.
[Course objectives]
Learning the basics of metal and semiconductor physics[Course schedule and contents]
Lecture 1 Nearly Free Electron Model
Students will learn the Nearly Free Electron Model.
Lecture 2 Bloch's Theorem
Students will learn Bloch's theorem and understand the energy gap that occurs using the Kronig-Penney
model.
Lectures 3-4 Energy Bands
The energy bands of crystals are considered using a two-wave approximation based on Bloch's theorem.
Lectures 5-8 Semiconductors
Based on the energy band structure of semiconductors, students learn the concept of holes, and thenstudy the concept of effective mass by considering the equations of motion that electrons and holes follow insemiconductors. Next, the carrier concentration is determined based on the statistical mechanics of electrons
and holes in the semiconductor. In addition, students learn about mobility, conductions of impurity,
thermoelectric effects, and motion of electrons in superlattices.
Lectures 9-11 Metals
After learning that many of the electrical properties of metals are determined by the Fermi surface,students learn how to construct the Fermi surface for nearly free electrons. In addition, students learn how to
calculate energy bands using tight-binding approximation, the Wigner-Seitz method, the pseudopotential
method, etc. We also consider the quantization of electron orbits in magnetic fields and learn how to examine
the Fermi surface by the de Haas-van Alphen effect.
Lectures 12-14 Superconductivity
Continue to 物性物理学２(2)↓↓↓

物性物理学２(2)Students learn the experimental facts of the phenomenon of superconducting, consider the theory ofsuperconductivity, and study the London equation. Based on this, they discuss the London penetration depth
and coherence length. In addition, we give a brief explanation of BCS theory and learn about the quantizationof magnetic flux and the Josephson effect.
Lecture 15 Feedback
Check the course's degree of achievement against the final goal. Review as needed.
[Course requirements]
Students should have an understanding of Chapters 1-6 of C. Kittel's "Introduction to Solid State Physics."[Evaluation methods and policy]
The evaluation will be conducted based on participation in discussions.
[Textbooks]
C. Kittel 『Introduction to Solid State Physics』（Wiley）ISBN:978-0471415268
チャールズ キッテル 『キッテル 固体物理学入門 第8版』（丸善）ISBN:978-4621076569
the original or translated version, either is acceptable.
[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Preparation and review are essential given the turn-based lecturing style of class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG35 7V210 SJ71

Course title
Instructor's(and course マイクロエンジニアリング特別演習Ａ name, job title,
title in
Advanced Exercise in Micro Engineering A and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG35 7V211 SJ71

Course title
Instructor's(and course マイクロエンジニアリング特別演習Ｂ name, job title,
title in
Advanced Exercise in Micro Engineering B and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG35 7V212 SJ71

Course title
Instructor's(and course マイクロエンジニアリング特別演習Ｃ name, job title,
title in
Advanced Exercise in Micro Engineering C and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG35 7V213 SJ71

Course title
Instructor's(and course マイクロエンジニアリング特別演習Ｄ name, job title,
title in
Advanced Exercise in Micro Engineering D and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG35 7V214 SJ71

Course title
Instructor's(and course マイクロエンジニアリング特別演習Ｅ name, job title,
title in
Advanced Exercise in Micro Engineering E and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG35 7V215 SJ71

Course title
Instructor's(and course マイクロエンジニアリング特別演習Ｆ name, job title,
title in
Advanced Exercise in Micro Engineering F and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,IZUI KAZUHIRO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG07 6C430 LJ77

Course title(and course 航空宇宙機力学特論
title inEnglish)Instructor's
name, job title,
Advanced Flight Dynamics of Aerospace Vehicle and departmentof affiliation

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SENDA KEI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Flight Dynamics and Control of Aerospace Vehicles including Analytical Mechanics, Attitude Dynamics ofVehicles, Orbital Mechamics, etc.
[Course objectives]
To understand analytical mechanics through flight dynamics of aerospace vehicles: Basic items of Analytical
Mechanics, Attitude Dynamics of Vehicles, Orbital Mechamics, etc.
[Course schedule and contents]
Analytical Mechanics,7times,1. Newton equations, 2. Lagrange equations, 3. Hamilton equations
Orbital Mechamics,4times,1. Motions in central force field, 2. Conservation law, 3. Orbit transition
Attitude Dynamics and Control,4times,1. Kinematics of rotation, 2. Attitude mechanics, 3. Stability analysis
of equilibrium points, 4. Attitude Control[Course requirements]
Foundation of mechanics and mathematics, Flight Dynamics of Aerospace Vehicle (Undergraduate)[Evaluation methods and policy]
Evaluation depends on marks of examination (approximately 80%) and exercises (approximately 20%). Bothmarks should be 60% or better.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
L. D. Landau and E. M. Lifshitz 『Mechanics, Volume 1 (Course of Theoretical Physics) 』（Elsevier）
ISBN:0750628960
Herbert Goldstein 『Classical Mechanics』（Addison-Wesley）ISBN:0201657023（international ed. ISBN
0321188977）
Toda 『Introductory course of physics 1 Mechanics』（Iwnami Shoten）ISBN:4000076418（in Japanese）
Koide 『Introductory course of physics 2 Analytical Mechanics』（Iwanami Shoten）ISBN:4000076426（
in Japanese）
Wadachi 『Introductory course of physics 10 Mathematics for physics』（Iwanami Shoten）ISBN:
Continue to 航空宇宙機力学特論(2)↓↓↓

航空宇宙機力学特論(2)4000076507（in Japanese）[Study outside of class (preparation and review)]
Learn the basic mechanics and mathematics for analytical mechanics.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG07 6G230 LJ77

Course title(and course 動的固体力学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Dynamics of Solids and Structures

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,BIWA SHIRO
Graduate School of Engineering
Assistant Professor,ISHII YOSUKE

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Fundamental principles for dynamic deformations of solids and structures are examined. In particular, basic
characteristics of elastic wave motion in solid media are emphasized. Dynamic responses as well as dynamic
fracture behavior of materials and structures under impact loading are also considered.
[Course objectives]
This course aims to establish the understanding of basic characteristics of dynamic deformations, elastic
waves and fracture in solid media, as well as to learn about technological applications of elastic waves in avariety of fields. Particular emphasis is put on the mathematical aspects of the physical phenomena involved.
[Course schedule and contents]
Week 1: Fundamentals of elastodynamics (Expressions of stress and strain; Conservation laws; Hooke's law;Principle of virtual work; Hamilton's principle and its applications)Week 2: Basics of wave propagation (1) (One-dimensional wave equation; D'Alembert's solution; Harmonic
waves)
Week 3: Basics of wave propagation (2) (Spectral analysis; Waves in structural members; Dispersive waves;
Phase and group velocities)
Week 4: Stress waves in bars (Reflection and transmission at bi-material connection; Reflection at a free end;
Stress wave by tensile loading at a bar end; Plastic wave)
Week 5: Waves in isotropic elastic media (Navier's equations; Longitudinal and transverse waves; Plane
elastic waves in isotropic solids)
Week 6: Waves in anisotropic elastic media (1) (Voigt representation; Plane elastic waves in anisotropic
solids; Christoffel's equation; Acoustic tensor)
Week 7: Waves in anisotropic elastic media (2) (Energy flux deviation; Group velocity; Slowness surfaces)
Week 8: Reflection and transmission (1) (Reflection and transmission of normally incident waves; Snell's law;
Mode conversion)
Week 9: Reflection and transmission (2) (Reflection and refraction of obliquely incident waves; Total
reflection)
Week 10: Guided elastic waves (Bulk waves and guided waves; Rayleigh wave)
Week 11: Guided elastic waves (Lamb wave; SH plate wave; Love wave; Dispersion and multiple modes)
Week 12: Dynamic fracture mechanics (1) (Linear fracture mechanics; Stress intensity factor; Energy releaserate)
Week 13: Dynamic fracture mechanics (2) (Stationary cracks under dynamic loading)Week 14: Dynamic fracture mechanics (3) (Propagating cracks; Dynamic energy release rate)
Week 15: Feedback

Continue to 動的固体力学(2)↓↓↓

動的固体力学(2)[Course requirements]
Basic knowledge of mechanics of materials (solid mechanics, continuum mechanics) is expected.
[Evaluation methods and policy]
Grading is made based on the final examination (about 70%) and the reports (about 30%). The total score isevaluated between 0 and 100 points (the pass mark is 60).
[Textbooks]
No textbooks are assigned. Print-outs are handed in when needed.

[References, etc.]（Reference books）
No reference books are assigned.
[Study outside of class (preparation and review)]
Enrolling students are expected to work on the lecture materials and the homework problems.
（Other information (office hours, etc.)）
The time units and weights for each item on the above list are subject to possible changes.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG07 6G405 LJ77

Course title(and course 推進工学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Propulsion Engineering, Adv.

Target year
Days and periods Wed.1

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,2times,,4times,,2times,,2times,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,ERIGUCHI KOUJI

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG07 6G406 LJ77

Course title(and course 気体力学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Gas Dynamics, Adv.

Target year
Days and periods Mon.1

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,3times,,2times,,4times,,3times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,TAKATA SHIGERU
Graduate School of Engineering
Assistant Professor,HATTORI MASANARI

Year/semesters 2023/Second semester

Language of instruction JapaneseCourse number

G-ENG07 6G409 LJ77

Course title(and course 航空宇宙システム制御工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Aerospace Systems and Control

Target year
Days and periods Fri.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,FUJIMOTO KENJI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
We introduce advanced system control theory of modern control based on state equation. In particular,
lectures on nonlinear control, optimal control and application to control system design of mechatronics andspacecraft will be given.
[Course objectives]
To acquire modern control theory and nonlinear control useful for mechatronics and aerospace engineering.
[Course schedule and contents]
Three lectures on aerospace and control:
1. State-space equations, 2. Basics of variational methods, 3 Integrability and Forbenius' theorem
Four lectures on stability and dissipativity:
1. Lyapunov stability, 2. La Salle's invariance principle, 3. Lp stability, 4. Dissipativity
Four lectures on optimal control:
1. Optimal control, 2. Dynamic programming, 3. Maximum principle, 4. Control Lyapunov function andinverse optimality
Three lectures on nonlinear control synthesis:
1. Passivity and passivity theorem, 2. Hamiltonian systems and passivity based control, 3. Feedback
linearization.
The last lecture gives a summary.
[Course requirements]
Dynamical Systems Control Theory[Evaluation methods and policy]
The score will be evaluated based on reports.

Continue to 航空宇宙システム制御工学(2)↓↓↓

航空宇宙システム制御工学(2)[Textbooks]
Not used[References, etc.]（Reference books）
H. Khalil 『Nonlinear Systems』（Prentice Hall）ISBN:9780130673893[Study outside of class (preparation and review)]
Reports are asked for each unit. Review is necessary for each lecture.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG07 6G411 LJ77

Course title(and course 航空宇宙流体力学
title inEnglish)Instructor's
name, job title,
Fluid Dynamics for Aeronautics and Astronautics and departmentof affiliation

Target year
Days and periods Mon.4

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,3times,,3times,,4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,OOWADA TAKU
Graduate School of Engineering
Senior Lecturer,SUGIMOTO HIROSHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG07 6G418 SJ77

Course title(and course 航空宇宙工学特別実験及び演習第一title inEnglish)Instructor's
name, job title,
Experiments and Exercises in Aeronautics and Astronautics I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Graduate School of Engineering
Professor,OOWADA TAKU

Year/semesters 2023/Intensive, year-roundExperiment

Language of instruction Japanese[Overview and purpose of the course]
Recent topics of advanced research in aeronautics and astronautics are studied from fundamental andapplication-oriented points of view. The research planning, literature survey/review, and original researchtraining are supervised by professors in order to gain highly developed research skills.
[Course objectives]
The purpose is to grasp the current trend/important issues and establish the direction of one's research formaster's thesis.
[Course schedule and contents]
Literature review, 5 times: Survey and review of recent original articles related to the master's thesis
Seminar, 5 times: Report and discussion of the progress in one's research
Exercise and experiments, 5 times: Exercise and experiments for the master's thesis
The number of times and contents may be subject to change according to one's laboratory and the research
topic.
[Course requirements]
None[Evaluation methods and policy]
Grading is based on the attendance, the progress reports, the presentation and discussion at seminars.
[Textbooks]
Not used[References, etc.]（Reference books）
References are suggested by supervisors according to the research topic.
[Study outside of class (preparation and review)]
Reading of the suggested references is required through the term.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG07 6G420 SJ77

Course title(and course 航空宇宙工学特別実験及び演習第二title inEnglish)Instructor's
name, job title,
Experiments and Exercises in Aeronautics and Astronautics II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Graduate School of Engineering
Professor,OOWADA TAKU

Year/semesters 2023/Intensive, year-roundExperiment

Language of instruction Japanese[Overview and purpose of the course]
Recent topics of advanced research in aeronautics and astronautics are studied from fundamental andapplication-oriented points of view. Research training is supervised by professors for the research topic
planned in Experiments and Exercises in Aeronautics and Astronautics I in order to further develop theresearch skills.
[Course objectives]
The purpose is to grasp the current trend/important issues and clarify the originality of one's research formaster's thesis.
[Course schedule and contents]
Literature review, 5 times: Survey and review of recent original articles related to the master's thesis
Seminar, 5 times: Report and discussion of the progress in one's research
Exercise and experiments, 5 times: Exercise and experiments for the master's thesis
The number of times and contents may be subject to change according to one's laboratory and the research
topic.
[Course requirements]
Experiments and Exercises in Aeronautics and Astronautics I is a prerequisite in principle.
[Evaluation methods and policy]
Grading is based on the attendance, the progress reports, the presentation and discussion at seminars.
[Textbooks]
Not used[References, etc.]（Reference books）
References are suggested by supervisors according to the research topic.
[Study outside of class (preparation and review)]
Reading of the suggested references is required through the term.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG07 5M226 LJ58 G-ENG07 33410 LJ58

Course title(and course 気象学Ⅰ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Meteorology I

Target year
Days and periods Tue.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],２〜４times,,２〜４times,,２〜４times,,２〜４times,,２〜４times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Science
Professor,ISHIOKA KEIICHI

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG07 5M227 LJ58 G-ENG07 44407 LJ58

Course title(and course 気象学Ⅱ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Meteorology II

Target year
Days and periods Wed.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],３〜４times,,３〜４times,,３〜４times,,３〜４times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Science
Professor,ISHIOKA KEIICHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG36 7R410 SJ71

Course title(and course 航空宇宙機システムセミナー
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Seminar on Aerospace systems

Target year
Days and periods Mon.4

Number of credits 2
Class style

Year/semesters 2023/Second semester

Seminar[Overview and purpose of the course]
Mechanics,
Vehicle Mechanics,
Orbital Mechanics,
etc.
[Course objectives]
To understand Aerospace Systems:
Mechanics,
Vehicle Mechanics,
Orbital Mechanics,
etc.
[Course schedule and contents]
Aerospace Systems: 15times
1. Reading textbooks
2. Reviewing journal papers[Course requirements]
None[Evaluation methods and policy]
Evaluation depends on marks of presentation, report, and so on.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Learn the basic mechanics and mathematics for analytical mechanics.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SENDA KEILanguage of instruction JapaneseCourse number

G-ENG36 7R419 SJ71

Course title(and course システム制御工学セミナー
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Seminar on Systems and Control

Target year
Days and periods Tue.4

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,FUJIMOTO KENJI
Graduate School of Engineering
Associate Professor,MARUTA ICHIROU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
To acquire the skills of grasping the trends of research related to control system theory particularly foraeronautics and astronautics.
[Course objectives]
To acquire the skills of grasping the trends of research related to control system theory particularly foraeronautics and astronautics.
[Course schedule and contents]
Fifteen seminars on control system theory and aerospace engineering will be organized.
1. Paper reviews and presentation
2. Reading of books on specialized subjects
3. Research presentation[Course requirements]
None[Evaluation methods and policy]
The score will be evaluated using reports.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
For presentation, preparation is required.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG36 7V401 SJ71

Course title(and course 電離気体工学セミナー
title inEnglish)Instructor's
name, job title,
Seminar on Engineering Science of Ionized Gases and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,ERIGUCHI KOUJI

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG36 7V405 SJ71

Course title(and course 航空宇宙流体力学セミナー
title inEnglish)Instructor's
name, job title,
Seminar on Fluid Dynamics for Aeronautics and Astronutics and departmentof affiliation

Target year
Days and periods Wed.5

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],14times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,OOWADA TAKU
Graduate School of Engineering
Senior Lecturer,SUGIMOTO HIROSHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG36 7V412 SJ71

Course title(and course 気体力学セミナー
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Seminar on Gas Dynamics

Target year
Days and periods Mon.3

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,TAKATA SHIGERU

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG36 7V413 SJ71

Course title(and course 機能構造力学セミナー
title inEnglish)Instructor's
name, job title,
Seminar on Mechanics of Functional Solids and Structures and departmentof affiliation

Target year
Days and periods Wed.4

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,BIWA SHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This Seminar is arranged to review advanced topics related to materials and structural systems involved inaeronautics and astronautics, as well as to nurture the presentation and discussion skills. Specific topics
include the numerical methods for dynamic behavior of thin-walled structures and composite/functional
materials, analysis of elastodynamic functional structures, and advanced experimental techniques forstructural health monitoring.
[Course objectives]
The goal is to nurture the skills to survey and discuss advanced topics in the mechanics of functional
materials and structures as well as structural health monitoring, and to utilize them in carrying out the
research project.
[Course schedule and contents]
Weeks 1-3: Subject setting. Literature survey is to be carried out for advanced topics in the mechanics offunctional materials and structures as well as structural health monitoring.
Weeks 4-14: Presentation and discussion. The results of literature survey are presented and discussed with thecritical evaluations for them.
Week 15: Finalization. Literature survey is summarized.
[Course requirements]
Enrolling students are expected to have the fundamental knowledge of solid mechanics and to be willing towork on advanced topics in the mechanics of solids/structures.
[Evaluation methods and policy]
Grading is based on the literature survey, presentation, discussion and the final report.
[Textbooks]
No textbooks are assigned.

Continue to 機能構造力学セミナー(2)↓↓↓

機能構造力学セミナー(2)[References, etc.]（Reference books）
References are introduced when necessary.
（Related URLs）(URL is not available.)[Study outside of class (preparation and review)]
Enrolling students are expected to carry out the literature survey and to prepare the presentation.
（Other information (office hours, etc.)）
The time units of each stage are subject to change depending on each year's conditions and due to thediscussion by Instructor and students.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 5C004 LJ57

Course title(and course 場の量子論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Field Theory

Target year
Days and periods Thu.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Assistant Professor,OGURE KENZOU
Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
An introduction to quantum field theory is presented with an emphasis on its mathematical difficulties.
We may use online materials. Check PandA in advance.
[Course objectives]
Our aim is to understand the difficulty of relativistic quantum field theory caused by the Poincare covarianceand the infinite degrees of freedom.
[Course schedule and contents]
1. Introduction
Free field
2. Special relativity (1)3. Special relativity (2) Poincare group
4. Relativistic quantum mechanics (1) Wigner's theorem
5. Relativistic quantum mechanics (2) Irreducible representation of Poincare group
6. Many particles
7. Free field (1) Klein-Gordon equation
8. Free field (2) Weyl algebra and Haag-Kastler axiom
Interaction
9. Classical theory
10. Deformation quantization
11. Wick ordering and microlocal analysis
12. Time ordered product13. Time ordered product and Feynman diagram
14. Renormalization
15. Recent topics
1-14. Miyadera, 15. Ogure[Course requirements]
Analysis, linear algebra, quantum mechanics

Continue to 場の量子論(2)↓↓↓場の量子論(2)[Evaluation methods and policy]
report[Textbooks]
Not used[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Clarify what you have learnt and your questions.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 7C013 LJ28

Course title(and course 核材料工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Nuclear Materials

Target year
Days and periods Tue.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TAKAGI IKUJI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Nuclear fusion reactors and fission reactors present severe challenges such as high temperatures, highpressure, and high radiation fields, and the nuclear materials used in them are selected with reference tovarious properties. This course describes in detail major nuclear materials such as nuclear fusion reactor
blankets, plasma facing materials, reactor pressure vessels, and fuel cladding, as well as other nuclear
materials. Also, we hold roundtable discussions to learn about the latest breakthroughs in research anddevelopment.
[Course objectives]
The goal of the course is to understand how the performance and safety of systems such as nuclear fusion
reactors and fission reactors are related to the properties of materials, and to comprehend trends in materials
research for improving performance and safety.
[Course schedule and contents]
Fission reactor materials, 5 classes: Give an overview of fission reactors and discuss the below components.
- Fuel (recoverable reserves, uranium abundance ratio, nuclear cross sections, MOX)
- Cladding material (zirconium alloy, corrosion, hydrogen embrittlement)- Control material (absorption cross sections, control rods, burnable poisons)- Moderators (scattering cross sections, moderating efficiency, diffusion length)- Coolants (thermal properties, radioactivation, furnace types)- Structural materials (pressure vessels, mechanical properties, radiation damages)
Nuclear fusion reactor materials, 4 classes: Give an overview of nuclear fusion reactors and explain theirdevelopment history (tokamak, helical, inertial) as well as the below components.
- Structural materials (radioactivation, radiation damages, mechanical properties, effects of 14MeV neutrons)- Coil materials (alloy superconductivity, compound superconductivity)- Blankets (tritium breeding materials, neutron multiplication materials, fuel cycle)- Plasma facing materials (loss and redeposition, hydrogen recycling, tritium inventory and leakage)
Latest research trends, 5 classes: Students present information they have researched on the latest in researchand development, and related question and answer sessions and debates are held.
Feedback class, 1 lecture: Review the reports assigned in class as well as students
question and answer sessions.

presentations andContinue to 核材料工学(2)↓↓↓

核材料工学(2)[Course requirements]
None[Evaluation methods and policy]
Grade is based on active participation in class, including question and answer sessions, reports andpresentations. Reports will be evaluated based on attainment of goals.
It is required to hand in both reports, and those that show independent thinking will be given high scores.
[Textbooks]
In addition, printouts will be distributed in class.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
None.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG08 7C014 LJ28

Course title(and course 核燃料サイクル工学１title inEnglish)Instructor's
name, job title,and departmentof affiliation

Nuclear Fuel Cycle 1

Target year
Days and periods Wed.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SASAKI TAKAYUKI
Graduate School of Engineering
Associate Professor,TAISHI KOBAYASHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
The physical properties of actinides that form the basis of the "nuclear fuel cycle" from the natural uranium
and thorium resources used in nuclear reactors as nuclear fuel, and from the nuclear reactor to disposal as
waste The viewpoints of actinide aqueous solution chemistry (complexation, redox, solubility), chemistry ingeological disposal environment, and dry reprocessing. Some lectures may be given in the form ofpresentations by students.
[Course objectives]
The goal is to understand the contents of the nuclear fuel cycle from the front end to the back end, andespecially to know the chemical and physicochemical properties of nuclear fuel.
[Course schedule and contents]
Introduction, 1time, Introduction to the nuclear fuel cycle
Fuel, 3times, fuel properties, reactor nuclear reaction, spent fuelActinide chemistry, 3times, Properties of actinide elements, spectroscopy, etc.
Waste treatment disposal, 4times, advection-dispersion-diffusion, solubility, colloid, separation conversion
Decommissioning, 1time, the current status of decommissioning technology, etc.
Other topics, 2times, dry reprocessing, fusion reactor fuel cycle, etc.
Feedback, once, confirmation of learning achievement[Course requirements]
None[Evaluation methods and policy]
Based on report evaluation of the issues on the contents of the nuclear fuel cycle.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
It is desirable to review mainly after the lecture.
（Other information (office hours, etc.)）
Exercise as needed. Some may be omitted or added depending on the number of classes in the relevant year.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG08 7C015 LJ28

Course title(and course 核燃料サイクル工学2title inEnglish)Instructor's
name, job title,and departmentof affiliation

Nuclear Fuel Cycle 2

Target year
Days and periods Wed.4

Number of credits 2
Class style

LectureInstitute for Integrated Radiation and Nuclear Science
Professor,YAMAMURA Tomoo
Graduate School of Engineering
Assistant Professor,TABATA CHIHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
原子力発電に関わる核燃料工学の中から、放射性廃棄物の計画・設計を行う際に必要となるアクチ
ノイド凝縮系物質の基礎となる理論と応用を論ずる。アクチノイド物性化学の立場から、関連する
放射化学、無機化学、固体物理学、金属工学に関する基礎事項を講述し，長寿命放射性廃棄物としての分離・保管・処理や、アルファ放射体としてのアクチノイド元素の医療応用における物理化学
量の予測手法へ応用できる研究手法と解析方法を講述する。
[Course objectives]
核医薬や放射性廃棄物に含まれるアクチノイドにおける凝縮系諸相の構造、安定性、調製法や、周期系や孤立系の物質における電子秩序による準位形成のメカニズム、これらを利用した分光法や回折法、核反応のホスト材料としての捉え方に習熟する。
[Course schedule and contents]
導入（1回）：原子力において重要なアクチノイド物質の物性について、その相互作用のエネルギーの観点（高い方から低い方へ）と、周期性から孤立性への観点で進めていくことを説明する。その上で、アクチノイド物性化学で取り扱う範囲について概観する。
結晶構造・固相（4回）：結晶と解析法、結晶育成法、相図とその活用方法を講述した上で、無機化学の観点からアクチノイド系列元素の固体の性質を説明する。
バンド・結合（3回）：エネルギーバンド（結合・準位）の形成と、その際の運動量の結合様式、
基底項、結晶場と励起状態について説明する。励起状態への遷移とこれに関する分光を講述する。
半導体の形成と利用を紹介する。結晶場理論と電子雲膨張効果を概観する。合成された特異なアクチノイド物質の例と量子化学計算による同定を紹介する。
格子振動（1回）：フォノンの基礎と超伝導と熱伝導を講述する。燃料、原子力電池の応用例を紹介する。
平衡（3回）：化学ポテンシャル、溶液内反応、平衡定数の基礎を与え、物質や反応の研究法（電気化学、核磁気共鳴）を概説する。その上で、分離プロセス、再処理、マイナーアクチノイドの分
離・消滅について講述する。
磁性（1回）：アクチノイドイオンの磁性と、放射光や中性子を利用したアクチノイド磁性の研究
手法について最新の情報も含めて説明する。
[Course requirements]
None

Continue to 核燃料サイクル工学2(2)↓↓↓

核燃料サイクル工学2(2)[Evaluation methods and policy]
出席（60点）と講義で課するレポート（40点）[Textbooks]
Not used[References, etc.]（Reference books）
アシュクロフト、マーミン 『固体物理の基礎（上・I）』（吉岡書店）ISBN:978-4-8427-0198-1（平易な解説で定評があります。上はIとII、また下のIとIIの合計4冊からなります。）[Study outside of class (preparation and review)]
参考書の該当する箇所に目を通しておくことを勧めます。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG08 5C018 LJ57

Course title(and course 中性子科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Neutron Science

Target year
Days and periods Tue.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,TASAKI SEIJI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
中性子散乱、中性子の応用の論文を読み、その内容を分かりやすく紹介する。
英語論文を読み取ることに習熟するとともに、分かりやすいプレゼンテーションの方法の取得も目的とする。
[Course objectives]
基礎科学から応用まで広く使われている中性子の適用例について学ぶ。
英語論文を読み、内容を理解した上で、分かりやすく紹介するスキルを磨く。
[Course schedule and contents]
第01回 中性子科学とは
第02回〜第08回 中性子源、中性子散乱理論、中性子散乱実験に用いるデバイス等、基礎的な中性子散乱研究に関する英語教科書の輪読
第09回〜第14回 中性子を用いた種々の技法、中性子干渉、ラジオグラフィ、物性研究など中性子を用いた研究に関する論文の輪講
第15回 学習到達度の評価
第16回 フィードバック[Course requirements]
None[Evaluation methods and policy]
論文等の内容をまとめた発表および期末に課されるレポートの内容を以って採点する。
[Textbooks]
発表で使う資料はあらかじめ配布する。
[References, etc.]（Reference books）
I. I. Gurevich and L. V. Tarasov 『Low Energy Neutron Physics』（North Holland Publishing Co.）ISBN:
0720401348
その他必要に応じて授業中に紹介する[Study outside of class (preparation and review)]
自分の担当部分の内容について事前によく調査すること。教員に質問に来るのもよい。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 7C034 LJ28

Course title(and course 核エネルギー変換工学
title inEnglish)Instructor's
name, job title,
Nuclear Energy Conversion and Reactor Engineering and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,3times,,2times,,3times,,2times,,4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Senior Lecturer,KAWARA ZENSAKU

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG08 7C037 LJ28

Course title(and course 混相流工学
title inEnglish)Instructor's
name, job title,
Multiphase Flow Engineering and Its Application and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,YOKOMINE TAKEHIKO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Reviewing of the fundamental definition and characteristics of multiphase flows, and to learn thegovernmental equations and some modelings of the constitutive equations and the current status of themultiphase flows. Moreover, to review and learn the fundamental definition and characteristics of particle
flows, and to learn the numerical methods to track the particle laden flows and the particle measurement
method.
[Course objectives]
As for the multiphase flows, to learn its fluid dynamics behaviors, governing equations and numericalmethods, and finally to discuss its applications to many engineering fields.
[Course schedule and contents]
What#039s the multiphase flows?,1time,To review the definitions and fundamental characteristics ofmultiphase flows.
Governing equation of gas-liquid two phase flows,2times,To learn the governing equation of gas-liquid twophase flows
Modeling of gas-liquid two phase flows,2times,To learn modeling of gas-liquid two phase flows and its
constitutive equations
Numerical methods,3times,To learn the numerical methods to solve the single-phase and two-phase flows
Examples of gas-liquid two phase flow analysis,1time,To show some examples of gas-liquid two phase flow
analysis
Characteristics of particle flows,1time,Review characteristics of particle flows
Fundamental aspect of particle flows,1time,Explain variables and parameters subjected to interaction between
particle and particle and/or particle and flow. Moreover, momentum and heat exchange between phases, i.e.,
to explain One-way, Two-way and Four-way coupling numerical methods.
Particle methods,2times,Explain numerical method for thermofluid including static particles like a packed
bed. Moreover, numerical methods for macroscopic and microscopic particles such as Discrete Element
Method.
Measurements of particle characteristics,2times,Review several measuring methods of particle characteristics
and thermofluid behaviors[Course requirements]
None

Continue to 混相流工学(2)↓↓↓

混相流工学(2)[Evaluation methods and policy]
Present a summary of some papers regarding multiphase flows research by using a power point, and thenanswer several questions made by lecturers. The quality of your presentation and how deep understand yoursubject are the grading point.
[Textbooks]
Handouts of the presentation will be provided in the lecture.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG08 7C038 LJ28

Course title(and course 核融合プラズマ工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Physics of Fusion Plasmas

Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,MURAKAMI SADAYOSHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
The behavior of high-temperature plasmas, especially magnetically confined plasmas, is discussed from thekinetic point of view, including linear and nonlinear physical phenomena governing the behavior. Drift
motion of particles in a magnetic field, collisional transport, micro instabilities, turbulent transport, plasma
heating, edge plasma, plasma measurement, etc., will be lectured.
[Course objectives]
The course aims to provide a basic kinetic analysis of plasmas and to understand linear and nonlinear
physical phenomena such as plasma transport and heating in fusion plasmas confined in magnetic fields.
[Course schedule and contents]>Torus plasmas and MHD(1) torus plasma, coordinates and magnetohydrodynamic equilibrium of torus
plasmas such as tokamaks.
>Particle trajectories(2) drift trajectories of particles in torus plasmas>Collisions and transport between particles (2) scattering in velocity space due to collisions between particles
and the resulting transport (classical and neoclassical transport)>Microscopic instabilities(2) instabilities in velocity space and instabilities causing turbulent transport>Turbulent transport(1)>Confinement law (1) Plasma confinement scaling>Plasma heating (3) Joule heating, neutral particle injection heating, wave heating>Edge plasma (1) Physical phenomena such as atomic processes in peripheral plasma>Plasma measurement (1) Major plasma measurement methods currently used
[Course requirements]
None[Evaluation methods and policy]
Report (40) and presentation (60)Continue to 核融合プラズマ工学(2)↓↓↓

核融合プラズマ工学(2)[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Please review the class contents by referring to the handouts.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 7C047 LJ68

Course title(and course 放射線医学物理学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Medical Physics

Target year
Days and periods Fri.3

Number of credits 2
Class styleInstitute for Integrated Radiation and Nuclear Science
Associate Professor,SAKURAI YOSHINORI
Institute for Integrated Radiation and Nuclear Science
Professor,TANAKA HIROKI
Institute for Integrated Radiation and Nuclear Science
Assistant Professor,TAKATA, Takushi

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Medical physics is the general term for the physics and technology which are supporting radiation diagnosis
and therapy, and particle therapy. As it covers many different fields, the important subjects are
ldquopromotion for the advance of radiation therapyrdquo and ldquoquality assurance for radiation
therapyrdquo. The scope of this course is to learn the fundamental knowledge for radiation medical physics.
Especially, the focus is put on the understanding for (1) the bases of physics, biology and so on for radiation,(2) the physics for the radiations applied to diagnosis, (3) the characteristics of radiations and particle beams
applied to therapy, and (4) the quality assurance and so on for radiation diagnosis and therapy.
[Course objectives]
To learn the fundamental knowledge of medical physics, mainly for radiation physics in diagnosis and therapy[Course schedule and contents]
Introduction to medical physics for radiation,1time,
Fundamental bilology for radiation,1time,
Radiation measurement and evaluation,2times,
Physics in radiation diagnosis,4times,
Physics in radiation therapy,5times,
Quality assurance and standard dosimetry,1time,Achievement Assessment,1time,[Course requirements]
It is recommended to attend the course, ldquoRadiation Measurement for Medicinerdquo, concurrently.
[Evaluation methods and policy]
Attendance and reports[Textbooks]
Not specified. Handouts will be given for each topic.
[References, etc.]（Reference books）
F.M.Khan, ldquoThe Physics of Radiation Therapy: Mechanisms, Diagnosis, and Managementrdquo(Lippincott Williams amp Wilkins, Baltimore, 2003)[Study outside of class (preparation and review)]
Review the rudiments for radiation physics and radiation measurement.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 6C050 PJ77

Course title(and course インターンシップＭ（原子核）title inEnglish)Instructor's
name, job title,and departmentof affiliation

Engineering Internship M

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Senior Lecturer,KAWARA ZENSAKU

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG08 7C063 EJ28

Course title(and course 原子核工学特別実験及演習第一title inEnglish)Instructor's
name, job title,
Experiments and Exercises on Nuclear Engineering, Adv.I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,,6times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG08 7C064 EJ28

Course title(and course 原子核工学特別実験及演習第二title inEnglish)Instructor's
name, job title,
Experiments and Exercises on Nuclear Engineering, Adv.II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,,6times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG08 7C068 SJ28

Course title(and course 原子力工学応用実験
title inEnglish)Instructor's
name, job title,
Nuclear Engineering Application Experiments and departmentof affiliation

Target year
Days and periods Mon.4,5

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
KANKEI KYOIN
Institute for Integrated Radiation and Nuclear Science
Associate Professor,YAMAMOTO TOSHIHIRO
Institute for Integrated Radiation and Nuclear Science
Assistant Professor,TAKATA, Takushi

Year/semesters

2023/Year-round

Language of instruction Japanese未更新
Course number

G-ENG08 5C070 LJ53

Course title(and course 基礎量子科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Introduction to Quantum Science

Target year
Days and periods Fri.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],9times,,2times,,3times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAITOU MANABU
Graduate School of Engineering
Associate Professor,MAJIMA TAKUYA

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG08 5C072 LJ28

Course title(and course 基礎量子エネルギー工学
title inEnglish)Instructor's
name, job title,
Introduction to Advanced Nuclear Engineering and departmentof affiliation

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SASAKI TAKAYUKI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
To deepen the understanding of the background, current situation and issues of nuclear energy utilization, andintroduce it to various nuclear engineering research. Mainly, the concept, model, etc. of reactor control andsafety (reaction / shielding, etc.), nuclear power plant (development process / design), nuclear fuel cycle(processing / disposal), nuclear fusion (reaction / material), etc. And lectures, including theory and analysis
methods.
[Course objectives]
Understand the basic concepts, models, and theories related to the use of nuclear energy required for nuclear
engineering research, and their links to developmental research.
[Course schedule and contents]
Reactor basics, 2times, fission reaction, criticality, resonance / absorption, etc.
Reactor control and safety, 2times, operation, accident, etc.
Nuclear power plant, 2times, APWR / ABWR, design, next-generation reactors, etc.
Nuclear fuel cycle, 3times, fuel, enrichment, cycle overview, disposal
Basics of fusion, twice, fusion reaction, confinement method, etc.
Fusion development, 3times, 1st wall, blanket, furnace design, etc.
Feedback, 1time, confirmation of learning achievement[Course requirements]
None[Evaluation methods and policy]
The attendance score (50) and the grade (50) for the assignment at the time of the lecture arecomprehensively evaluated.
[Textbooks]
Instructed during class[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Instruct during class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 5C074 LJ53

Course title(and course 量子科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Science

Target year
Days and periods Tue.1

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,MATSUO JIROU
Graduate School of Engineering
Associate Professor,MAJIMA TAKUYA

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]This course involves fundamental interactions of electrons, ions and photons to atoms, molecules andcondensed matters, and practical applications for nanotechnology. Great emphases are on fundamental
mechanisms of beam-solid interactions, characterization techniques, material synthesis and processing forquantum devices with quantum beam. Recent progress of related area of quantum beam will be also
introduced in this course.
[Course objectives]
To provide students to understand fundamental interactions in quantum science.
[Course schedule and contents]
Interactions between quantum beams and solids,7times,Interactions between quantum beams and solids aredescribed with various formulas. Collisions with nucleus, electronic excitation, defect formation and energy
loss will be discussed and related scientific topics, such as discovery of electron will be introduced.
Applications of quantum beams,7times,The interactions of quantum beam are widely used for various
applications. Material processing and analysis with quantum beams are essential in nanotechnology andquantum beams are also important for diagnostics of diseases and cancer therapy in medical field. Practicalapplications will be presented with recent progress and challenges.
Final examination and report,1time,Evaluation will be given by the contents of the reports and quizzes of thesubjects leaned in this course.
[Course requirements]
Solid state physics, Quantum mechanics(beginnerrsquos), Electromagnetism[Evaluation methods and policy]
Coursework will be evaluated with attendance and report on subjects.
[Textbooks]
Ion-Solid Interactions: Fundamentals and Applications (Cambridge Solid State Science Series) M. Nastasi, J.
Mayer, J. HirvonenContinue to 量子科学(2)↓↓↓

量子科学(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 5C076 LE28

Course title(and course 基礎電磁流体力学
title inEnglish)Fundamentals of Magnetohydrodynamics

Target year
Days and periods Thu.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,MURAKAMI SADAYOSHI
Graduate School of Engineering
Professor,YOKOMINE TAKEHIKO

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This course provides fundamentals of magnetohydrodynamics which describes the dynamics of electricallyconducting fluids, such as plasmas and liquid metals. The course covers the fundamental equations inmagnetohydrodynamics, dynamics and heat transfer of magnetofluid in a magnetic field, equilibrium andstability of magnetized plasmas, as well as illustrative examples.
[Course objectives]
The students can understand fundamentals of magnetohydrodynamics which describes the dynamics ofelectrically conducting fluids, such as plasmas and liquid metals. Moreover, the students will figure out theapplications of magnetohydrodynamics to the various science and engineering fields.
[Course schedule and contents]
Liquid Metal MHD,7times,1. Introduction and Overview of Magnetohydrodynamics 2. Governing Equationsof Electrodynamics and Fluid Dynamics 3. Turbulence and Its Modeling 4. Dynamics at Low Magnetic
Reynolds Numbers 5. Glimpse at MHD Turbulence amp Natural Convection under B field 6. Boundary
Layers of MHD Duct Flows 7. MHD Turbulence at Low and High Magnetic Reynolds Numbers
Plasma MHD,8times,1. Introduction to Plasma MHD 2. Basic Equation of Plasma MHD 3. MHD
Equilibrium 4. Axisymmetric MHD Equilibrium 5. Ideal MHD Instabilities 6. Resistive MHD Instabilities
7. MHD Waves in Plasmas 8. Student Assessment[Course requirements]
Fundamental fluid dynamics and electromagnetics should be learned prior to attend this lecture.
[Evaluation methods and policy]
Attendance and two reports[Textbooks]
Handout of the presentation will be provided at the lecture[References, etc.]（Reference books）
P. A. Davidson, ldquoAn Introduction to Magnetohydrodynamics,rdquoCambridge texts in appliedmathematics, Cambridge University Press, 2001
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG08 7C078 LJ53

Course title(and course 複合加速器工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Advanced Accelerator Technology

Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureInstitute for Integrated Radiation and Nuclear Science
Associate Professor,YOSHIHIRO ISHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Particle accelerator is essential for proceeding nuclear and particle physics but also becomes a very important
tool for future nuclear sciences and engineering. In this lecture, a basics theory of accelerator physics
including beam optics and dynamics of the circular accelerators is given, and also various applications of theaccelerators are also presented.
[Course objectives]
This lecture aims to learn a basic accelerator theory and to attain abilities to make a primitive design ofcircular accelerator.
[Course schedule and contents]
Hisitory and outline of particle accelerator,1time,
Basic theory of beam dynamics in circular accelerator,1time,
Major components of accelerators,1time,
Orbit theories of the beam,3times,
Theory of radio frequency acceleration,2times,
Practice of accelerator designing,2times,
Non linear beam dynamics and others,4times,
Summary and check the accomplishment ,1time,[Course requirements]
None[Evaluation methods and policy]
Reports on practical issues and subjects.
[Textbooks]
Not used[References, etc.]（Reference books）
S.Y.Lee, Accelerator Physics, World Scientific (1999), J.J.Livingood, Cyclic Particle Accelerator, Van
Nostland, New York (1961).E.D. Courant and H.S.Snyder, Ann. Physics, 3,1(1958).
[Study outside of class (preparation and review)]
特になし（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 7C080 LJ28

Course title(and course 原子炉安全工学
title inEnglish)Nuclear Reactor Safety Engineering

Target year
Days and periods Tue.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,4times,,3times,,5times,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Integrated Radiation and Nuclear Science
Associate Professor,YAMAMOTO TOSHIHIRO
Institute for Integrated Radiation and Nuclear Science
Associate Professor,HORI JIYUNICHI

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG08 7C082 LJ52

Course title(and course 応用中性子工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Applied Neutron Engineering

Target year
Days and periods Thu.3

Number of credits 2
Class styleInstitute for Integrated Radiation and Nuclear Science
Associate Professor,HINO MASAHIRO
Institute for Integrated Radiation and Nuclear Science
Associate Professor,CHATAKE TOSHIYUKI

Year/semesters 2023/Second semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
Neutrons are very powerful and useful tool for advanced science and technology. In particular, low-energy
neutrons which are called thermal or cold neutron are well used not only for static and dynamic structure
analysis by scattering, but also quantitative elemental analysis by irradiation. In the course, we offer the
structures and characteristics of the research reactor and spallation neutron source,respectively. We also offer
lectures on the latest trends in basic physics research and material and life science research, and neutron
imaging research.

[Course objectives]
・To understand generation of low-energy neutrons and their application.

[Course schedule and contents]
1-2: Outline to application of neutron beam and irradiation,
3-4: Neutron facilities (research reactors and spallation neutron sources)5-6: Neutron optics and the application for basic physics research
7-9: Introduction to neutron scattering
10-13:Application of life science with neutron scattering
14-15: Neutron imaging and their application.
[Course requirements]
None

Continue to 応用中性子工学(2)↓↓↓

応用中性子工学(2)[Evaluation methods and policy]
Evaluation will be based on active participation (40points) and an assignment report (60points) . The active
participation includes small quizzes related the lectures. Assignments and individual reports will be assessedon the basis of achievement level for course goals.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Before the lecture: Interest in radiation utilization and understand basics of radiation measurement
After the lecture: Communicates with faculty members by PandA.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 6C084 LJ28

Course title(and course 原子核工学最前線
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Nuclear Engineering, Adv.

Target year
Days and periods Thu.4

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,13times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG08 9C086 LJ28

Course title(and course 原子核工学序論１
title inEnglish)Introduction to Nuclear Engineering 1

Target year
Days and periods Mon.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SASAKI TAKAYUKI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Study of basic concepts necessary for understanding the principles of various nuclear engineering studies
from the physicochemical properties of atoms, nuclei, and radiation to the generation and use of energy byfission reactions.
[Course objectives]
The course objective is to understand the link between basic science and the latest research in the field of
nuclear engineering, and to understand the latest advancements made in basic and applied research and futureissues.
[Course schedule and contents]
Introduction to Radiation 1
1) Discovery of radiation
2) History of radiation
3) Basics of radiation
4) Interaction with substances
5) Detection of radiation
6) Generation of radiation
7) Industrial uses of radiation
Energy generation and utilization 1
8) Energy situation and nuclear power
9) Basics of reactor physics
10) Reactor control
11) Reactor selection-present
12) Reactor selection-past13) Reactor selection-next generation reactor
14) Viewpoints on nuclear energy utilization and development
15) Feedback; confirmation of learning achievement

Continue to 原子核工学序論１(2)↓↓↓

原子核工学序論１(2)[Course requirements]
None[Evaluation methods and policy]
Grading is based on the score of the periodic evaluations. Students will be tested on basic knowledge andunderstanding of atoms, nuclei, radiation, quantum computation, etc. discussed in each lecture.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Review mainly the contents of each lecture and the exercises during the lecture is advisable.
（Other information (office hours, etc.)）
Attend as needed. Some materials may be omitted or added depending on the number of classes in therelevant year. Attending Introduction to Nuclear Engineering 2 at the same time as this course is desirable.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG08 9C087 LJ28

Course title(and course 原子核工学序論２
title inEnglish)Introduction to Nuclear Engineering 2

Target year
Days and periods Mon.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SASAKI TAKAYUKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Study of the fundamentals of radiation properties and their control, and energy utilization and management,
necessary for understanding the principles of various nuclear engineering studies.
[Course objectives]
The course objective is to understand the association between basic science and the latest research in the fieldof nuclear engineering, and to understand the latest advancements made to basic and applied research andfuture issues.
[Course schedule and contents]
Introduction to Radiation 2
1) Radiation biology
2) Medical application of radiation
3) Effects of radiation on the human body4) Safe use of radiation
5) Radiation-related laws and regulations
New developments in quantum theory6) Cutting-edge information technology
Energy generation and utilization 27) History and fundamentals of nuclear fusion
8) Fusion reactor development
9) Power reactor systems
10) Ensuring safety11) Technical ethics
12) Radiation in the environment13) Nuclear fuel cycle
14) Reprocessing and geological disposal
15) Feedback; confirmation of learning achievement

Continue to 原子核工学序論２(2)↓↓↓

原子核工学序論２(2)[Course requirements]
None[Evaluation methods and policy]
Grading is based on the score of the periodic evaluations. Students will be tested on basic knowledge andunderstanding of atoms, nuclei, radiation, quantum computation, etc. discussed in each lecture.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Review mainly the contents of each lecture and the exercises during the lecture is advisable.
（Other information (office hours, etc.)）
Attending Introduction to Nuclear Engineering 1 is desirable. Exercises and report tasks will be assigned asnecessary. Some materials may be omitted or added depending on the number of classes in the relevant year.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG08 7C089 SJ28

Course title(and course 原子核工学セミナーA
title inEnglish)Seminar on Nuclear Engineering A, B

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG08 7C090 SJ28

Course title(and course 原子核工学セミナーB
title inEnglish)Seminar on Nuclear Engineering A, B

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG38 7R001 LJ53

Course title(and course 量子ビーム科学特論
title inQuantum Beam Science, Adv.
English)Target year
Days and periods Fri.4

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],６times,,４times,,２times,,２times,,１times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,MATSUO JIROU
Graduate School of Engineering
Associate Professor,TSUCHIDA HIDETSUGU
Graduate School of Engineering
Professor,SAITOU MANABU
Graduate School of Engineering
Associate Professor,MAJIMA TAKUYA

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG38 5R004 LJ57

Course title(and course 量子物理学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Physics, Adv.

Target year
Days and periods Tue.3

Number of credits 2
Class style

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Second semester

Lecture[Overview and purpose of the course]
Keywords: Foundations of quantum theory, quantum information theory.

[Course objectives]
To understand recent progress of the quantum foundations.
[Course schedule and contents]
Quantum theories and their applications (14times)
We study a relevant textbook and related topics.
Confirmation of achievement in study,1time,[Course requirements]
quantum physics[Evaluation methods and policy]
Presentations and discussions[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Each participant is required to read papers in advance.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Language of instruction JapaneseCourse number

G-ENG38 7R013 LE59

Course title(and course 非線形プラズマ工学
title inEnglish)Nonlinear Physics of Fusion Plasma

Target year
Days and periods Tue.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,MURAKAMI SADAYOSHI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This course provides a comprehensive introduction to computational modeling and simulation ofmagnetically confined fusion plasmas. Topics include elements of nonlinear plasma physics, modeling ofvarious phenomena in fusion plasmas, computational methods in plasma physics, and integrated simulation offusion plasmas[Course objectives]>Understand basic theoretical models of nonlinear phenomena related to fusion plasma.
> Understand the simulation methods to analyze nonlinear phenomena related to fusion plasma.
>Acquire basic knowledge to deal with general nonlinear problems.
[Course schedule and contents]
Nonlinear Phenomena in Plasma Physics,1time,Review of nonlinear phenomena in plasmas; modeling ofplasmasNonlinear Waves in Plasmas,2times,Nonlinear ion acoustic waves; Korteweg de Vries equation; Soliton;
Nonlinear Schrodinger equation
Wave-Particle Interaction in Plasmas,2times,Linear wave particle resonant interaction; Landau damping;
Trapping in a single wave: Nonlinear interaction with waves; Stochastic particle motion; Quasi-linear
interaction
Wave-Wave Interaction in Plasmas,2times,Parametric instability; Three-wave interaction
Numerical Analysis of Differential Equations,4times,Basics of numerical simulations; Ordinary differential
equation; Partial differential equation; Matrix solver
Numerical Simulation of Fusion Plasmas,3times,Numerical simulation of fusion plasmas: equilibrium,transport, heating and current drive, stability, energetic particles, integrated modeling
Assessment of Achievement,1time,Assessment of Achievement[Course requirements]
Plasma Physics, Fundamental Magnetohydrodynamics, Fusion Plasma Physics, or equivalents[Evaluation methods and policy]
Report in English

Continue to 非線形プラズマ工学(2)↓↓↓非線形プラズマ工学(2)[Textbooks]
None[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Please review the class contents by referring to the handouts.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG38 7R017 PB77

Course title(and course インターンシップＤ（原子核）title inEnglish)Instructor's
name, job title,and departmentof affiliation

Engineering Internship D

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Senior Lecturer,KAWARA ZENSAKU

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG38 7R019 SB28

Course title(and course 原子核工学特別セミナーＡ
title inEnglish)Seminar on Nuclear Engineering, Adv. A

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG38 7R021 SB28

Course title(and course 原子核工学特別セミナーＢ
title inEnglish)Seminar on Nuclear Engineering, Adv. B

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG38 7R023 SB28

Course title(and course 原子核工学特別セミナーＣ
title inEnglish)Seminar on Nuclear Engineering, Adv. C

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG38 7R025 SB28

Course title(and course 原子核工学特別セミナーＤ
title inEnglish)Seminar on Nuclear Engineering, Adv. D

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG38 7R027 SB28

Course title(and course 原子核工学特別セミナーＥ
title inEnglish)Seminar on Nuclear Engineering, Adv. E

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG38 7R029 SB28

Course title(and course 原子核工学特別セミナーＦ
title inEnglish)Seminar on Nuclear Engineering, Adv. F

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,10times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIYADERA TAKAYUKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG08 7W620 LJ52

Course title(and course 医学放射線計測学
title inEnglish)Radiation Measurement for Medicine

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,TSUCHIDA HIDETSUGUInstitute for Integrated Radiation and Nuclear Science
Associate Professor,SAKURAI YOSHINORI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents]
Fundamentals for Physical Effects of Radiation Interactions,2times,
Fundamentals for Chemical Effects of Radiation Interactions,1time,
Fundamental Quantities and Units for Radiation,2times,
Radiation Measurements in Medical Physics,3times,
Radiation Dosimetry,2times,
Estimation for Dose Distribution,2times,
Techniques for Radiation Control and Measurement in Medical Radiation Field,1time,Laws and Ordinances for Radiation Therapy,1time,
Check of Study Achievement,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 5C209 LJ75

Course title(and course 非鉄製錬学特論
title inEnglish)Non-ferrous extractive metallurgy, Adv.

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,UDA TETSUYA
Graduate School of Engineering
Associate Professor,TOYOURA KAZUAKIGraduate School of Engineering
Program-Specific Associate Professor,Kouji Yasuda

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,1time,,1time,,2times,,1time,,１times,,2times,,1time,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 非鉄製錬学特論(2)↓↓↓

非鉄製錬学特論(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG09 5C214 LJ75

Course title(and course 凝固・結晶成長学
title inEnglish)Instructor's
name, job title,
Microstructure,solidification and crystal growth and departmentof affiliation

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,NOSE YOSHITAROU
Graduate School of Engineering
Professor,HIDEYUKI YASUDA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
To learn science and technologies on solidification and crystal growth, which are fundamentals of processing
for fabrication of almost materials. We talk on microstructures during solidification and crystal growth basedon kinetics and thermodynamics including phase diagrams. To understand formation mechanism of
microstructures in materials such as metals and relationship between microstructures and properties inmaterials.
[Course objectives]
To understand science on solidification and crystal growth.
To study a way of considering to control microstructures in materials processing, and to learn formation
mechanism of microstructures from the viewpoints of thermodynamics and kinetics.
[Course schedule and contents](1) Introduction【1 week】(2) Crystal growth and devices on thin film materials【6-7 weeks】(3) Solidification, and selection of microstructures and phases【6-7 weeks】(4) Feedback【1 week】[Course requirements]
It is desirable to have learned thermodynamics, transport phenomena, microstructures in materials, andcorresponding subjects, but it is not necessary.
[Evaluation methods and policy]
Evaluation will be based on reports.
[Textbooks]
Utilizing resumes provided in the lecture.
[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
To review contents in the last time before the lecture.
See lecture videos if necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 7C240 EJ75

Course title(and course 材料工学特別実験及演習第一title inEnglish)Instructor's
name, job title,
Laboratory & Seminar in Materials Science and Engineering, Adv. I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG09 7C241 EJ75

Course title(and course 材料工学特別実験及演習第二title inEnglish)Instructor's
name, job title,
Laboratory & Seminar in Materials Science and Engineering, Adv. II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG09 7C251 SJ75

Course title(and course 材料工学セミナーＡ
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG09 7C253 SJ75

Course title(and course 材料工学セミナーＢ
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction JapaneseCourse number

G-ENG09 5C263 LJ75

Course title(and course 結晶物性学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Physical Properies of Crystals Adv.

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,INUI HARUYUKI
Graduate School of Engineering
Associate Professor,KISHIDA KIYOUSUKE

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Various physical properties of crystalline materials are strongly affected by their crystal symmtery and also
by thier texture developed through forming and heat-treatment processes. In this course, fundamentals of
crystal structure, crystal defects and crystal plasticity as well as their relationship with mechanical andfunctional properties will be lectured.
[Course objectives]
This class aims to help students to acquire fundamentals to control various properties of crystalline materials
through understandig the influences of crystal symmetry on various properties of crystalline materials.
[Course schedule and contents]
Week 1: Basic theory of elasticity
Weak 2: Yield criteria and plastic deformation of single crystals
Weak 3: Plastic deformation of polycrystals
Week 4: Fundamentals of texture
Week 5: Anisotropic properties of crystalline materials
Week 6: Deformation twinning
Week 7: Grain boundaries
Week 8: Symmetry elements and crystal symmetry
Week 9: Crystal symmetry and diffraction
Week 10: Intermetallic compounds and lattice defects
Week 11: Planar defects in intermetallic compounds
Week 12: Dislocations and plastic deformation of intermetallic compounds
Week 13,14: Improvement of plastic deformability of intermetallic compounds
Week 15: Feedback[Course requirements]
None[Evaluation methods and policy]
Evaluation will be based on individual reports.

Continue to 結晶物性学特論(2)↓↓↓

結晶物性学特論(2)[Textbooks]
Hand out materials will be provided during the lecture.

[References, etc.]（Reference books）
山口正治，乾 晴行，伊藤和博 『金属間化合物入門』（内田老鶴圃）ISBN:4-7536-5621-7[Study outside of class (preparation and review)]
To review contents covered in the previous lecture.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 5C267 LJ75 G-ENG09 6C267 LJ75

Course title(and course セラミックス材料学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Ceramic Materials Science

Target year
Days and periods Thu.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TANAKA ISAO
Graduate School of Engineering
Associate Professor,SEKO ATSUTO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This lecture covers the mechanical, optical, and electronic properties of ceramics, their microscopic
mechanisms, and fundamental knowledge required for the design of ceramics. Applications of advanced
experimental and theoretical approaches to ceramic research are also discussed.
[Course objectives]
Systematic understanding of the properties of ceramics on macroscopic and microscopic scales and learning
approaches to the issues in ceramic research.
[Course schedule and contents]
Introduction to ceramics,2times,Overview of the history and commercial applications of ceramics.
Fundamentals of ceramics,4times,Fundamentals of ceramics such as crystal structure, electronic structure,and thermodynamical properties. The atomic and electronic structure of point defects, surfaces, grainboundaries, and their impacts on the properties of ceramics.
Structural ceramics,2times,Mechanical properties of ceramics.
Energy ceramics,2times,Ceramics for energy applications and their understanding from the viewpoint of theatomic and electronic structure.
Optical and electronic ceramics,4times,Optical and electronic properties of ceramics for laser and electronic
device applications and their understanding from the viewpoint of the atomic and electronic structure.
Assessment of mastery of the course content,1time,The mastery of the course content is assessed.
[Course requirements]
None[Evaluation methods and policy]
Evaluations are made based on the examination or reports.
[Textbooks]
Not used[References, etc.]（Reference books）
Carter, C. Barry et al. 『Ceramic Materials』（Springer, 2013）ISBN:9781461435228（Some Figures andTables in this book will be explained during the lecture. ）Continue to セラミックス材料学(2)↓↓↓

セラミックス材料学(2)Yet-Ming Chiang et al. 『Physical Ceramics』（John Wiley and Sons, 1996）ISBN:0471598739（Arevised edition of a standard textbook. ）Anthony R. West 『Solid State Chemistry and its Applications』（Wiley, 2014）ISBN:1119942942（Astandard textbook for solid state chemistry）[Study outside of class (preparation and review)]
Video slides of the lecture will be uploaded on PandA.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 5C271 LJ75

Course title(and course 磁性物理
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Magnetism and Magnetic Materials

Target year
Days and periods Mon.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,NAKAMURA HIROYUKI
Graduate School of Engineering
Associate Professor,TABATA YOSHIKAZU

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Fundamental magnetism of condensed matters and application of magnetic materials are lectured.

[Course objectives]
Systematic understanding of magnetic properties of condensed matters and learning application of magnetic
materials[Course schedule and contents]
1. Magnetic moment of atomelectronic states and stability of magnetic moment of atom, intra-atomic electron correlations, spin-orbit
interaction, crystal-electric field
2. Curie and Pauli paramagnetism
magnetism in the localized- and itinerant-limited electron systems without spin-spin interactions
3-6. Magnetic phase transition in the localized spin system
exchange interaction, Heisenberg and Ising models, mean-field approximation, spin wave
7-8. Antiferromagnet and other magnetic states
antiferromagnet, metamagnetic transition, frustration, quantum spin, topological order
9-11. Itinerant electron magnetism
Hubbard model, Stoner theory, spin density wave
12. Ferromagnetic materials
magnetic anisotropy, magnetostriction, magnetic domain, etc.
13. Hard and Soft magnets
fundamental and application of permanet magnetic materials and soft magnetic materials
14. Magnetic record and spintronics
fundamental and application of magnetic record and spintronics
15. Conclusion

Continue to 磁性物理(2)↓↓↓

磁性物理(2)[Course requirements]
Fundamental knowledge of quantum mechanics, electromagnetism, thermodynamics, and statiscal physics.
It is desirable to have already taken "Condensed Matter Physics, 3rd year, Materials Science andEngineering".
[Evaluation methods and policy]
Evaluations are made based on the reports.
[Textbooks]
Printed matters will be distributed.

[References, etc.]（Reference books）
志賀正幸 『材料学シリーズ「磁性入門」』（内田老鶴圃）Stephen Blundell 『Magnetism in Condensed Matter (Oxford Master Series in Physics)』（Oxford
University Press ）白鳥紀一・近桂一郎 『磁性学入門』（裳華房）[Study outside of class (preparation and review)]
Fundamental knowledge of quantum mechanics, electromagnetism, thermodynamics, and statiscal physics.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 7C273 LJ75

Course title(and course 社会基盤材料特論Ⅰ
title inEnglish)Instructor's
name, job title,
Advanced Materials Science & Engineering in industries I and departmentof affiliation

Target year
Days and periods Tue.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TSUJI NOBUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy]

Continue to 社会基盤材料特論Ⅰ(2)↓↓↓

社会基盤材料特論Ⅰ(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 7C275 LJ75

Course title(and course 社会基盤材料特論Ⅱ
title inEnglish)Instructor's
name, job title,
Advanced Materials Science & Engineering in industries II and departmentof affiliation

Target year
Days and periods Tue.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TSUJI NOBUHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy]

Continue to 社会基盤材料特論Ⅱ(2)↓↓↓

社会基盤材料特論Ⅱ(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 8C277 PJ75

Course title(and course インターンシップM（材料工学）
title inEnglish)Instructor's
name, job title,
Internship in Materials Science & Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,13times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,UDA TETSUYA

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG09 5C286 LJ75

Course title(and course 原子分子工学特論
title inEnglish)Atomic-molecular scale engineering

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SUGIMURA HIROYUKI
Graduate School of Engineering
Associate Professor,KUROKAWA SHIYUU
Graduate School of Engineering
Associate Professor,ICHII TAKASHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
材料科学の基礎となる熱力学を学ぶ。まず、高校で学習した熱化学との違いを認識し、その上で、熱力学の諸法則を説明するとともに、理想気体の状態変化、相変化、自由エネルギー、平衡と相律、相図，混合物の熱力学などの基礎的事項について講述する。
[Course objectives]
本講義を学習することで、各種材料の研究開発に必要とされる、より高度な熱力学をさらに学習していくための基盤となる基礎的な知識を得る。特に、エントロピー，エンタルピー，自由エネルギ
ーについて学習し、物質の状態変化と化学反応について熱力学的に考察する意味を理解する。
[Course schedule and contents]
熱力学の概説（2〜3回）
熱力学とは、どのような学問かについてその概略について述べる。また、熱力学で使われる諸量と単位について説明し、さらに、気体の性質および分子運動論，ボルツマン分布等について解説する。
熱力学第一法則と第二法則（3回）
熱力学第一法則、熱の定義、準静的過程、比熱の式、エンタルピー、理想気体への第一法則の適用について解説する。さらに、可逆過程と不可逆過程、第二法則、カルノーサイクル、エントロピー、
理想気体サイクルの諸項目について解説する。
自由エネルギー（2〜3回）
自由エネルギー、熱力学的性質の相互関係、化学平衡などについて解説する。
純物質および単純な混合物の熱力学（3回）
純物質の物理的な変化、混合物の熱力学について解説する。相平衡、ギブズの相律、相図、理想気体の混合などが含まれる。
混合物の熱力学と化学平衡（3回）
溶液の熱力学、化学ポテンシャル、活量、熱力学の化学平衡への応用について解説する。
学習到達度の確認（1回）
学習到達度を確認する。
講義内容の理解度を高めるため、各講義時間中に小演習（不定期）を実施する。

Continue to 原子分子工学特論(2)↓↓↓原子分子工学特論(2)[Course requirements]
全学共通科目の微分積分学の履修を前提としている。
[Evaluation methods and policy]
平常点評価（50点）
期末試験（50点）
平常点評価は、講義への参加状況、講義時間中に実施する小演習への参加状況を含む。
[Textbooks]
共著 『熱力学−基礎と演習』（朝倉書店）ISBN:9784254250367
講義の際に、参考資料も配布する。
[References, etc.]（Reference books）
アトキンス 『物理化学要論』（東京化学同人）ISBN:9784807908912
アトキンス 『物理化学（上）』（東京化学同人）ISBN:9784807906956
バーロー 『物理化学（上）』（東京化学同人）ISBN:9784807906956
マッカーリ＆サイモン 『物理化学（下）』（東京化学同人）ISBN:9784807905096
参考書がなくても受講にはさしつかえありませんが、より深く学習する場合の参考にしてください。

[Study outside of class (preparation and review)]
授業は配布資料の順番で進めます。教科書と配布資料を照らし合わせつつ予習復習してください。
各小演習の終了後、解答例を配布しますので、解けなかった場合は復習してください。教科書記載の演習問題も、解いてみることを推奨します。
（Other information (office hours, etc.)）
本講義は、材料科学コースの２回生向けに行われる。
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 5C288 LJ75

Course title(and course 材料組織・構造評価学
title inEnglish)Instructor's
name, job title,
Microstructure theory and structure evaluation and departmentof affiliation

Target year
Days and periods Tue.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,3times,,3times,,2times,,4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,OKUDA HIROSHI
Graduate School of Engineering
Associate Professor,YUGE KORETAKA

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG09 5C289 LJ75

Course title(and course 先進構造材料特論
title inEnglish)Advanced Structural Metallic Materials

Target year
Days and periods Thu.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TSUJI NOBUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Structural metallic materials, in particular steels, achieve their various mechanical properties based on
microstructural control in micro and nano scales. This lecture treats mainly steels, and explains themechanism of microstructure formation by solid state reactions (phase transformation / precipitation /recrystallization), and relationship between microstructure and mechanical properties. Moreover, the lecture
introduces the new metallurgy for developing microstructural control methodology.
[Course objectives]
Understanding the microstructure formation mechanism by phase transformation / precipitation /recrystallization, and acquiring the knowledge for improvement of mechanical properties throughmicrostructural control in micro and nano scales.
[Course schedule and contents]
Introduction,1time,Overview of the lecture
Formation mechanism of microstructure,8times,1. Iron and Steel, 2. Phase diagram of steel, 3. Diffusional
phase transformation, 4. Diffusionless phase transformation (martensitic transformation), 5. Precipitation, 6.
Recrystallization
Microstructural control methodology,5times,1. Relationship between microstructure and mechanicalproperties, 2. Thermomechanical processing, 3. New metallurgy for microstructural control,1time,[Course requirements]
None[Evaluation methods and policy]
Evaluations are made based on attendance and report[Textbooks]
Materials will be distributed.
[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
The review of materials that are distributed during the class is strongly recommended.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG09 5C290 LJ75

Course title(and course 材料電気化学特論
title inEnglish)Instructor's
name, job title,
Electrochemistry for Materials Processing, Adv. and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,MURASE KUNIAKI
Graduate School of Engineering
Associate Professor,FUKAMI KAZUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents]
Modern electroplating,4times,
Thermodynamics of electrodeposition,2times,
Corrosion engineering and anodization,4times,
Semiconductor electrochemistry,2times,
Advanced materials electrochemistry,2times,
Self-assessment of achievement,1time,[Course requirements]
Knowledge of fundamental electrochemistry and chemical thermodynamics are required.
[Evaluation methods and policy][Textbooks]
No textbook is required for this course.
[References, etc.]（Reference books）（Related URLs）(Not available)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
Not available*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG39 7R241 SJ75

Course title(and course 材料工学特別セミナーＡ
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering, Adv.A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG39 7R242 SJ75

Course title(and course 材料工学特別セミナーＢ
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering, Adv.B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG39 7R243 SJ75

Course title(and course 材料工学特別セミナーＣ
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering, Adv.C and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG39 7R244 SJ75

Course title(and course 材料工学特別セミナーＤ
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering, Adv.D and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG39 7R245 SJ75

Course title(and course 材料工学特別セミナーＥ
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering, Adv. E and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG39 7R247 SJ75

Course title(and course 材料工学特別セミナーF
title inEnglish)Instructor's
name, job title,
Seminar on Materials Science and Engineering, Adv.F and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,12times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MURASE KUNIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction JapaneseCourse number

G-ENG10 7C601 LB72

Course title(and course 電気数学特論
title inEnglish)Instructor's
name, job title,
Applied Mathematics for Electrical Engineering, Adv. and departmentof affiliation

Target year
Days and periods Thu.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,DOI SHINJI
Graduate School of Engineering
Associate Professor,SUSUKI YOSHIHIKO

Year/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course]
In this course, basic mathematical concepts and their applications in electrical and electronic engineering will
be presented. Through this, students will learn knowledge to discuss issues such as system control, nonlinear
oscillation, data analysis, machine learning, applied physics, and material sciences mathematically.
[Course objectives]
Students will be able to select the appropriate mathematical concepts and perform mathematical analysis fortheir own research problems, without limiting themselves to simulation- or experiment-based approaches.
[Course schedule and contents]
Overview of the first half (1)Starting with quantum mechanics, examples of linear operators encountered in electrical and electronicengineering are described, and an introduction to linear spaces and linear dynamical systems is given.
Basics of linear space theory (2-4)
The structure of linear spaces, such as direct summation and projection of subspaces, and standard forms oflinear maps, such as the Jordan standard form, will be explained.
Linear dynamical systems (3-5)
Based on the fundamentals of linear space theory, the basic properties of linear dynamical systems will be
explained. The connection with the Jordan standard form and other linear dynamical systems will also be
explained.
Overview of the second half (1)Introduction to nonlinear dynamical systems by describing examples of nonlinearities encountered inelectrical and electronic engineering, including electrical systems.
Nonlinear dynamical systems (2-5)
Methods for investigating nonlinear dynamical systems based on linear mappings and properties of linear
dynamical systems will be explained. Specifically, linearization, eigenspaces, hyperbolicity, phaseconjugation, Perron-Frobenius and Koopman operators, etc. will be discussed.
Fundamentals of manifolds (1-2)
As a summary of the whole course, the fundamentals of manifolds, which are necessary for global analysis ofnonlinear dynamical systems, will be explained.
Feedback (1)Continue to 電気数学特論 (2)↓↓↓

電気数学特論 (2)[Course requirements]
Mathematics (linear algebra, differential and integral calculus, vector analysis, complex analysis, differential
equations, and Fourier analysis) standard in engineering schools is a natural background knowledge. It is also
recommended that students take some basic courses in vibration and wave theory.
[Evaluation methods and policy]
Evaluation will be based on reports or exams.
[Textbooks]
Not used[References, etc.]（Reference books）
S. Wiggins 『Introduction to Applied Nonlinear Dynamical Systems and Chaos』（Springer, 2003）ISBN:
978-0387001777
A. Mauroy, I. Mezic, and Y. Susuki 『The Koopman Operator in Systems and Control: Concepts,
Methodologies, and Applications』（Springer, 2020）ISBN:978-3030357122[Study outside of class (preparation and review)]
Students are expected to review the material distributed or presented in class.
（Other information (office hours, etc.)）
This course is offered every other year and will be offered in 2023.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG10 5C604 LJ72

Course title(and course 応用システム理論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Applied Systems Theory

Target year
Days and periods Tue.1

Number of credits 2
Class style

LectureInstitute for Liberal Arts and Sciences
Associate Professor,TANAKA SHIYUNJI
Graduate School of Engineering
Professor,SAKAMOTO TAKUYA

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
The course deals with mathematical methods of system optimization mainly for combinatorial optimization
problems. It covers such topics as integer optimization and its typical problems, exact solution methods
including dynamic programming and the branch and bound method, approximate solution methods including
the greedy method, meta-heuristics including genetic algorithms, the simulated annealing method, and thetabu search.
[Course objectives]
To acquire knowledge on formulations of combinatorial optimization problems as integer programming
problems, basic concepts, algorithms, characteristics, and application procedures of exact solution methods,
approximate solution methods, and meta-heuristics.
[Course schedule and contents]
1. Combinatorial optimization problems and complexity (1-2 weeks)- necessity and importance of combinatorial optimization, typical problems, complexity, classes P and NP,
complexities of combinatorial optimization problems, limitation of exact solution methods, necessities ofapproximate solution methods and meta-heuristics
2. Exact solution methods (3 weeks)- Principle of Optimality, dynamic programming, branch-and-bound method, and their applications
3. Integer programming (2-3 weeks)- formulation as an integer programming problem, relaxation problem, and cutting plane algorithm
4. Approximate solution methods (2-3 weeks)- greedy method, integer rounding method, beam search, etc.
5. Metaheuristics (3-4 weeks)- local search, basic ideas behind metaheuristics, iterated local search, variable neighborhood search, genetic
algorithms, simulated annealing method, tabu search, etc.
6. Multiobjective optimization (1-2 weeks)- the importance of multiobjective optimization, theoretical backgrounds, and solution methods.
The number of weeks for each topic is subject to change according to the students' level of understanding. We
will provide the schedule of 15 weeks in the class so that the students will be able to prepare for the class.

Continue to 応用システム理論(2)↓↓↓

応用システム理論(2)[Course requirements]
linear programming, nonlinear programming[Evaluation methods and policy]
In principle, the grading will be based on the absolute and comprehensive evaluation of the reports on thesubjects given in the class.
[Textbooks]
Not used
Handouts will be provided during the class.
[References, etc.]（Reference books）
M. Fukushima 『Introduction to Mathematical Programming (in Japanese)』（Asakura, 2011）ISBN:9784254280043
M. Yagiura and T. Ibaraki 『Combinatorial Optimization (in Japanese)』（Asakura, 2001）ISBN:9784254275124
M. Sakawa 『Optimization of Discrete Systems (in Japanese)』（Morikita, 2000）ISBN:978-4627917019
M. Gendreu and J.-Y. Potvin (eds.) 『Handbook of Metaheuristics, 3rd Edition』（Springer, 2018）ISBN:
978-3319910857
K. Miettinen 『Nonlinear Multiobjective Optimization』（Kluwer Academic Publishers, 1999）ISBN:9780792382782[Study outside of class (preparation and review)]
Students are expected to review the class and try various methods by themselves.
（Other information (office hours, etc.)）
Handouts and exercises are given in the class.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG10 5C610 LJ72

Course title(and course 電磁気学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Electromagnetic Theory, Adv.

Target year
Days and periods Wed.3

Number of credits 2
Class style

Graduate School of Engineering
Professor,MATSUO TETSUJI
Graduate School of Engineering
Senior Lecturer,MIFUNE TAKESHI

Year/semesters 2023/Second semester

Language of instruction Japanese and English

Lecture[Overview and purpose of the course]
The first half: the special theory of relativity and the covariance of Maxwell's equations
The latter half: theory and methods of computational electromagnetics[Course objectives]
1. Understanding of the basic concepts of special theory of relativity and the covariant formulation of
Maxwell#039s equations
2. Understanding of the basics of computational electromagnetics[Course schedule and contents]
Introduction to special theory of relativity: 2-3times- Galilean relativity and special relativity- Lorentz transformation
Tensor representation and relativistic dynamics: 2-3times- Introduction to tensor representation- Relativistic dynamics
Covariant formulation of Maxwell's equations: 2-3times- Electromagnetic field tensor- Lorentz covariance of Maxwellrsquos equations
Foundations of computational electromagnetics: 1-2times- Introduction to computatinal electromagnetics
Theory and methods in computational electromagnetics: 3-4times- Methods in computational electromagnetics, e.g., finite element method
Matrix computations in computational electromagnetics: 1-2times- Basics and state-of-the-art of matrix computations in computational
electromagnetics[Course requirements]
Basic electromagnetic theory[Evaluation methods and policy]
Submission of reports (twice)Continue to 電磁気学特論(2)↓↓↓

電磁気学特論(2)[Textbooks]
Not used[References, etc.]（Reference books）
Y. Kazama, Introductory Lectures on the Theory of Relativity (in Japanese), Baifukan,1997.
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG10 5C611 LE72

Course title(and course 電磁界シミュレーション
title inEnglish)Computer Simulation of Electrodynamics

Target year
Days and periods Tue.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureResearch Institute for Sustainable Humanosphere
Associate Professor,EBIHARA YUUSUKE

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
We learn the FDTD (Finite-Difference Time-Domain) method that is used to analyze the electromagnetic
fields, and the two methods, the PIC (Particle-In-Cell) method and Vlasov simulation, for solving theinteraction between electromagnetic fields and plasma particles in a self-consistent manner. We write a
programming code, and present the results as an exercise. We will complete a final report by summarizing theresults accomplished by our own analysis. A sample programs will be provided so that beginners inprogramming can accomplish the assignments.
[Course objectives]
We will understand methods to solve the evolution of electromagnetic fields, and electromagnetic phenomena
in plasmas. We will write our own computer simulation codes, or modify the sample codes provided, andpresent the results in English. By asking questions and answering them, we will be able to deepen their
physical understanding of phenomena related to electromagnetic waves.
[Course schedule and contents]
1. Introduction (1 week)
After overviewing computer simulation on electrodynamics and plasma, we first learn the finite difference
method. We derive wave equations by differentiating Maxwell's equations, and an explicit form of them.
2. 1D FDTD method (2-3 weeks)
We learn the FDTD (Finite-Difference Time-Domain) method to solve the evolution of the electric andmagnetic fields in 1-dimensional space. To implement the code, we learn grid assignment, time step chart,
Courant condition and boundary conditions.
3. 2D FDTD method (2-3 weeks)
We learn the FDTD method in 2-dimensional space. To implement the code, we learn grid assignment, time
step chart, Courant condition and boundary conditions.
4. Motion of charged particles (2-3 weeks)
We learn numerical methods to calculate trajectories of charged particles. One is to solve the ordinary
differential equations directly. The other is the Buneman-Boris method.
5. Plasma simulation: An overview (1 week)
We overview various types of plasma simulation codes and classification of them. Phase space density ofcharged particles and Liouville's theorem are introduced.
6. Particle-in-Cell (PIC) simulation (3 weeks)
Continue to 電磁界シミュレーション(2)↓↓↓

電磁界シミュレーション(2)We learn the Particle-in-Cell simulation, which solves the evolution of the phase space density of charged
particles together with that of the electric and magnetic fields. Definitions of Eulerian and Lagrangianvariables, linear interpolation method of electric and magnetic fields, calculation of charge density,
calculation of current density, initial conditions for particles and fields, and diagnosis of the results are
explained.
7. Vlasov simulation (3 weeks)
We learn the Vlasov-Poisson and Vlasov-Maxwell simulations, which solve the evolution of the phase spacedensity of charged particles together with electrostatic fields and electromagnetic fields, respectively. 1dimensional advection equation, von Neumann stability analysis, limiter function, and multi-dimensional
advection equation are explained.
[Course requirements]
Electrodynamics, Computer Language[Evaluation methods and policy]
Score is determined by attendance, report and presentation.
[Textbooks]
Not fixed[References, etc.]（Reference books）(1) H. Matsumoto and Y. Omura, Computer Space Plasma Physics: Simulation Techniques and Softwares,
Terra Scientific, Tokyo, 1993. (2) H. Usui and Y. Omura, Advanced Methods for Space Simulations, Terra
Pub, 2007.
[Study outside of class (preparation and review)]
Informed if necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG10 5C612 LB72

Course title(and course 宇宙電波工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Space Radio Engineering

Target year
Days and periods Tue.3

Number of credits 2
Class style

Research Institute for Sustainable Humanosphere
Professor,KOJIMA HIROTSUGU
Research Institute for Sustainable Humanosphere
Associate Professor,KURITA SATOSHI

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese and English[Overview and purpose of the course]
The present lecture provides the guideline how the technology on the electronics is used in spacecraft andspace systems. In particular, we give how space environments affect spacecraft design in the view points ofradiations, and spacecraft charging. The lecture also covers the design of onboard components such as power,
communication, and attitude control systems.
[Course objectives]
Mastery of the way how we can make use of the knowledges of the physics and technology to the spaceengineering.
[Course schedule and contents]
Introduction: Development of spacecraft and their launches(1 lecture)
Space environment(2 lectures)
Spacecraft charging(2 lectures)
Radiation effects to spacecraft designs (2 lectures)
Power system of spacecraft (1 lecture)
Electromagnetic Compatibility in spacecraft (1 lecture)
Thermal design of spacecraft (2 lectures)
Telecommunication (2 lectures)
Attitude control of spacecraft (1 lecture)[Course requirements]
Plasma physics, Electromagnetics. Radio engineering, Electronics[Evaluation methods and policy]
11 times or more attendances in lectures are mandatory. The grade is evaluated considering the attendance
and the final examination. The ratio for the evaluation is 4:6. (In the case of full on-line lectures, the policy
might change. Details will be given in the first lecture).

Continue to 宇宙電波工学(2)↓↓↓

宇宙電波工学(2)[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Review the notes that are taken during the lecture.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG10 5C613 LB72

Course title(and course 超伝導工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Superconductivity Engineering

Target year
Days and periods Mon.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Program-Specific Professor,NAKAMURA TAKETSUNE
Graduate School of Engineering
Professor,AMEMIYA NAOYUKI

Year/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course]
See Japanese version[Course objectives]
See Japanese version[Course schedule and contents]
This class is in English.
以下の各項目について講述する。各項目には、履修者の理解の程度を確認しながら、【】で指示した週数を充てる。各項目・小項目の講義の順序、それぞれに充てる講義週数は固定したものではなく、担当者の講義方針と履修者の背景や理解の状況に応じて、講義担当者が適切に決める。全１５回の講義の進め方については適宜、指示をして、履修者が予習をできるように十分配慮する。
講義は基本的に英語で行う。シラバスにある日本語のテクニカルタームなどに対応する英語について予習しておくことを期待する。
（１）序論（Introduction）【１週】（Introduction）：
超伝導工学を学ぶ上で理解しておくべき背景を概説する。
（２）超伝導現象の基礎（Basics of superconducting phenomena）【３〜４週】：
超伝導体の基礎的物理現象について、量子論や熱力学を使って講述する。
（３）応用の基礎となる超伝導特性（Superconducting properties as basis of applications）【２〜３週】：
超伝導体の具体的応用を考える上で必要な物理現象（例えば磁束ピン止め現象など）を概説する。
（４）第二種超伝導体の電磁特性（Electromagnetic phenomena in type II superconductor）【１週】：
磁気的不安定性、交流損失、常伝導転移などについて理解するために必要な第二種超伝導体の電磁特性（混合状態と臨界状態モデル、臨界電流と磁束フロー）について講述する。
（５）磁気的不安定性（Thermomagnetic instability）【１週】：
第二種超伝導体における基礎的な電磁現象であり、実用上も注意が必要な磁気的不安定性について講述する。
（６）ヒステリシス損失（Hysteresis loss of superconductor）【１週】：
超伝導体は交流で使ったときに発生する損失のうちでも代表的なヒステリシス損失について、モノ
リシック超伝導体を対象に発生機構と定量的表式について講述する。
Continue to 超伝導工学(2)↓↓↓

超伝導工学(2)（７）多心線の電磁現象（Electromagnetic phenomena in multifilament superconductor）【２週】：
磁気的不安定性抑制やヒステリシス損失低減のために多心化された超伝導線の電磁現象について講述する。具体的には、多心化によるヒステリシス損失低減、フィラメント間の電磁的結合と結合時
定数、結合損失などについて講述する。
（８）超伝導ケーブル（集合導体）の電磁現象（Electromagnetic phenomena in superconducting cable(assemble conductors)））【０．５週】：
大電流化のために多心線や単心線を集合化した超伝導ケーブル（集合導体）では、ひとつ大きな空
間スケールでの電磁現象が発現するので、これについて講述する。
（９）超伝導線のクエンチと保護（Quench / thermal runway of superconductor and protection ）【１.５
週】：
極低温で使用する超伝導体に常伝導部が発生したときの振る舞いと、超伝導安定性・保護の考え方について講述する。
（１０）演習・フィードバック【１週】：
受講者の理解度を深めるため、適時、演習やフィードバックを実施する。
受講者の興味と時間的余裕次第では、以下の項目についても講義する。
（１１）超伝導体の電磁現象の数値解析（Numerical electromagnetic field analysis of superconductor）：
超伝導体の交流損失の評価のために有効な数値解析について紹介する。
[Course requirements]
None[Evaluation methods and policy]
Examination and report[Textbooks]
Not used[References, etc.]（Reference books）
電気学会 『超電導工学』[Study outside of class (preparation and review)]
Electromagnetism
Quantum dynamics
Continue to 超伝導工学(3)↓↓↓

超伝導工学(3)（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG10 5C617 LJ72

Course title(and course マイクロ波応用工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Applied Microwave Engineering

Target year
Days and periods Tue.4

Number of credits 2
Class style

LectureResearch Institute for Sustainable Humanosphere
Professor,SHINOHARA NAOKI
Research Institute for Sustainable Humanosphere
Associate Professor,MITANI TOMOHIKO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]This lecture picks up microwave power transmission (MPT) technology, rectifying antenna (rectenna),antenna and propagation for the MPT, microwave transmitters, and some MPT applications like the Space
Solar Power Satellite/Station. This lecture also picks up the other wireless power transmission technologies
like resonnance coupling, energy harvesting, and applied microwave technologies of microwave processing,wireless communications, and radar.
[Course objectives]
Students learn about applied microwave engeering, mainly microwave power transmission.
[Course schedule and contents]
Introduction,1time,The purpose and constitution of the lecture, and review of microwave engineering are
explained.
Applications of Wireless Power Tramsmission,3-4times,Space Solar Power Satellite/Station and Ubiquitous
power source as applications of microwave power transmission, the resonance coupling and energy
harvesting as the other battery-less technologies are explained.
rectifying antenna (rectenna),1-2times,rectifying antenna (rectenna) for the MPT are explained.
antenna and propagation for the MPT,5-6times,Calculation of beam collection efficiency and beam
propagation with FDTD method are explained. Phased array technologies, beam targetting method, non linear
physics of microwave-plasma interation are overviwed.
Microwave transmitters,2times,High efficient semi-conductor amplifiers and microwave tubes are explained.
microwave processing, wireless communications, and radar,2times,Microwave processing, wirelesscommunications, and radar texhnologies are explained.
The order of instruction for each topic and subtopic may vary, and thecourse instructors will organize the lectures as appropriate for the students. Students will be informed of thelecture plan (for all 15 lectures) in advance and will have sufficient time for preparation.
[Course requirements]
Microwave engineering[Evaluation methods and policy]
Reports[Textbooks]
Naoki Shinohara 『Solar Power Satellite (in Japanese), 』（Ohm Publishing）ISBN:978-4-274-21233-8
Continue to マイクロ波応用工学(2)↓↓↓マイクロ波応用工学(2)[References, etc.]（Reference books）
Naoki Shinohara 『Wireless Power Transfer via Radiowaves』（Wiley - ISTE）ISBN:978-1-84821-605-1[Study outside of class (preparation and review)]
A student should read text book before/after class.
（Other information (office hours, etc.)）
Number of the lectures may change.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG10 5C625 LB72

Course title(and course 電気回路特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Theory of Electric Circuits, Adv.

Target year
Days and periods Mon.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents]
Introduction,1time,
Modeling by circuit,4times,
Circuit equation,4times,
Phenomena in circuit,3times,
Property of circuit,2times,
Achievement test,1time,[Course requirements]
None[Evaluation methods and policy]
Reports[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,HISAKADO TAKASHI

Year/semesters 2023/Second semester

Language of instruction Japanese and English

未更新
Course number

G-ENG10 6C627 PB72

Course title(and course 研究インターンシップM（電気）title inEnglish)Research Internship(M)Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English

Course number

G-ENG10 5C628 LB72

Course title(and course 状態方程式論
title inEnglish)Instructor's
name, job title,
State Space Theory of Dynamical Systems and departmentof affiliation

Target year
Days and periods Wed.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,HAGIWARA TOMOMICHI
Graduate School of Engineering
Senior Lecturer,HOSOE YOUHEI

Year/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course]
The course deals with the dynamical system theory based on linear time-invariant state equations. It covers
such topics as state equations, controllability and observability, mode decomposition and its relevance tocontrollability/observability, stability of dynamical systems, and the Kalman canonical decomposition.
[Course objectives]
To acquire the knowledge on the basic theory for linear system analysis by means of state equations. To havesufficient understanding required for further studies on control system design with state equations.
[Course schedule and contents]
Feedback systems and state equations (3-4 weeks)
Fundamentals of state equations, their relationship to transfer functions and block diagram representations.
Responses of linear systems (5-6 weeks)State transition matrices, equivalence transformation of systems, mode decomposition, and Lyapunovstability.
Controllability and observability (5-6 weeks)Controllability and observability, mode decomposition and its relevance to controllability/observability,
controllable subspace and unobservable subspace, and the Kalman canonical decomposition. Checking
degrees of understanding of all the lecture topics closes the class.
[Course requirements]
Classical control theory (in terms of transfer functions), linear algebra and calculus.
[Evaluation methods and policy]
The grading will be based on the exam.

Continue to 状態方程式論(2)↓↓↓

状態方程式論(2)[Textbooks]
Handouts will be given at the class.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Review using lecture notes and the handouts is presupposed on a regular basis.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG10 5C631 LB72

Course title(and course 制御系設計理論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design of Control Systems

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,HAGIWARA TOMOMICHI
Graduate School of Engineering
Senior Lecturer,HOSOE YOUHEI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
The course is based on State Space Theory of Dynamical Systems, and provides the applications of theconcepts given therein to systematic control system design. The course covers such topics as state feedback
and pole assignment, observers, synthesis of feedback control systems, servo conditions and feedforward, andoptimal control under quadratic performance indices.
[Course objectives]
To understand the basic ideas of control system design based on state space representations, and acquire
fundamental knowledge and skills on practical control system design through simulated experiences with thereport subjects.
[Course schedule and contents]
Pole assignment by state feedback (4-5 weeks)State feedback, controllable canonical forms and pole assignment of scalar/multivariable systems,
computation of the state feedback gains for pole assignment, transient responses, uncontrollable poles andstabilizability.
Observers (3-4 weeks)
Observable canonical forms and observability conditions, full-order observer, minimal-order observer,
conditions for observers and observer-based feedback.
Synthesis of feedback systems (2-3 weeks)
Feedback systems with integral compensation, servo systems, internal model principle, synthesis of servo
systems.
Optimal control under quadratic performance index (3-4 weeks)
Optimal regulators and their closed-loop poles, Riccati equations and their solutions, relationship with thepole assignment problem. Checking degrees of understanding of all the lecture topics closes the class.

Continue to 制御系設計理論(2)↓↓↓制御系設計理論(2)[Course requirements]
The contents given in State Space Theory of Dynamical Systems, and linear algebra.
[Evaluation methods and policy]
In principle, the grading will be based on the absolute and comprehensive evaluation of the reports on thesubjects given in the class. Should this change due to inadequate efforts on the submitted reports, an exammight be also imposed, in which case the details will be announced at the class at least two weeks before theexam term.
[Textbooks]
Handouts will be given at the class.

[References, etc.]（Reference books）（Related URLs）((Info) http://www-lab22.kuee.kyoto-u.ac.jp/~hagiwara/ku/matlab-octave.html)[Study outside of class (preparation and review)]
Review using lecture notes and the handouts is presupposed on a regular basis.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG10 6C643 SB72

Course title(and course 電気工学特別実験及演習１
title inEnglish)Instructor's
name, job title,
Advanced Experiments and Exercises in Electrical Engineering I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG10 6C646 SB72

Course title(and course 電気工学特別実験及演習２
title inEnglish)Instructor's
name, job title,
Advanced Experiments and Exercises in Electrical Engineering II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG10 5C718 PJ72

Course title(and course 電気工学特別研修１(インターン)
title inEnglish)Instructor's
name, job title,
Advanced Seminar in Electrical EngineeringI and departmentof affiliation

Target year

Number of credits 2

Days and periodsThu.3,4,Fri.3,4 Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG10 5C720 PJ72

Course title(and course 電気工学特別研修２(インターン)
title inEnglish)Instructor's
name, job title,
Advanced Seminar in Electrical EngineeringII and departmentof affiliation

Target year

Number of credits 2

Days and periodsThu.3,4,Fri.3,4 Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG11 5C800 LB52

Course title(and course 半導体ナノスピントロニクス
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Semiconductor Nanospintronics

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SHIRAISHI MASASHI

Year/semesters 2023/Second semester

Language of instruction Japanese and English[Overview and purpose of the course]
Spintronics is now attracting tremendous attention, and is recognized as one of the most potential candidates
to overcome the limit of the Moore's law. Spintronics possesses attractive and profound basis physics andalso a potential to practical applications towards MRAMs and spin FETs. In this lecture, I introduce some
important and basic theories and experimental techniques in spintronics using semiconductors, metals,
insulators, oxides and so on.
[Course objectives]
Understanding basic physics of spin transport, spin current and spin-orbit coupling. Mastering calculation
skills related with these topics.
[Course schedule and contents]
Introduction,1time,Spin is a quantum quantity, and thus it is to induced by rotation of an electron (an electron
is an elementary particle, i.e., it has no domain. Thus, rotation of an electron cannot be defined). Nevertheless,the spin degree of freedom can be coupled to spatial rotation because spin is a generator of infinitesimalrotation. I explain the essence of spin, its SU(2) algebra and so on.
Relativistic quantum physics and spin-orbit interaction,5times,To understand spin manipulation and spin
coherence in semiconductor, it is quite important what the spin-orbit interaction (SOI) is. The SOI is amanifestation of a relativistic effect, and the Dirac equation, the equation of motion in relativistic quantum
physics, is derived to understand the SOI. Next, the SOI is explicitly derived be expanding the Dirac equation.
As a related important topic, electron motion in graphene, which can be described as massless Dirac fermion,and the Berry phase (a geometric phase that plays an important role in spintronics) of electrons in graphene
are discussed.
Electrical and dynamical spin injection into condensed matters and generation of pure spin current ,5-6times,
Pure spin current is a quite significant physical current in spintronics using semiconductors and so on. Purespin current is a current of only a spin degree of freedom without a net charge flow. I introduced some
important papers and show how to derive essential equations describing generation and propagation of purespin current. (1) Spin drift-diffusion equation, (2) Hanle-type spin precession, (3) spin pumping using
magnetization dynamics, and (4) spin current circuit theory are discussed.
Recent topics in spintronics,2-3times,Topological insulators and the Berry phase are important topics inmodern spintronics. To understand the essence of them, I show the derivation of the Kubo formula, and thecalculation of the Hall conductivity based on the Kubo theory. The above mentioned topics are the maincontents of this lecture, but I may add or omit some topics as requests from students.

Continue to 半導体ナノスピントロニクス(2)↓↓↓

半導体ナノスピントロニクス(2)[Course requirements]
Solid State Physics and Quantum Physics at the level of undergraduate school.
[Evaluation methods and policy]
Report submission[Textbooks]
None[References, etc.]（Reference books）
For foreign students, I recommend the following review articles: 1. Spin Hall effect, J. Sinova et al., Rev.
Mod. Phys. 87, 1213 (2015). 2. Spintronics: Fundamentals and applications, I. Zutic et al., Rev. Mod. Phys.
76, 1 (2004). 3. Nonlocal magnetization dynamics in ferromagnetic heterostructures, Y. Tserkovnyak et al.,Rev. Mod. Phys. 77, 1375 (2005).
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG10 7K010 SE72 G-ENG11 7K010 SE72

Course title(and course 先端電気電子工学通論
title inEnglish)Instructor's
name, job title,
Recent Advances in Electrical and Electronic Engineering and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 2
Class style

Seminar

Kyoto University
Not fixed

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
The class consists of a series of seminars at 3 laboratories related to Department of Electrical and Electronic
Engineering (energy and electrical machinery, computers, control and systems, communications and radio
engineering, and electronic devices and applied physics). Each seminar intends to give a brief introduction
into a specific research field so that students can get a feel for the state-of-the-art in each topic and broaden
their scope beyond their majors.
[Course objectives]
Students can understand the research contents of other laboratories and acquire a wide range of academic
knowledge in electrical and electronic engineering.
[Course schedule and contents],6times,,9times,[Course requirements]
None[Evaluation methods and policy]
The evaluation of a student`s work is given based on his/her attendance, reports and discussions, not on
examinations.
[Textbooks]
None[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Check the research contents of each laboratory in advance and select the laboratory you want to attend.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG40 7R610 SB72

Course title(and course 電気工学特別セミナー
title inEnglish)Instructor's
name, job title,
Advanced Electrical Engineering Seminar and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG40 7R630 PB72

Course title(and course 研究インターンシップD（電気）title inEnglish)Research Internship (D)Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English

未更新
Course number

G-ENG40 7R632 SB72

Course title(and course 電気工学特別演習1
title inEnglish)Instructor's
name, job title,
Advanced Exercises on Electrical Engineering I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG40 7R633 SB72

Course title(and course 電気工学特別演習2
title inEnglish)Instructor's
name, job title,
Advanced Exercises on Electrical Engineering II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG11 6C710 SB72

Course title(and course 電子工学特別実験及演習１
title inEnglish)Instructor's
name, job title,
Advanced Experiments and Exercises in Electronic Science and Engineering I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG11 6C713 SB72

Course title(and course 電子工学特別実験及演習２
title inEnglish)Instructor's
name, job title,
Advanced Experiments and Exercises in Electronic Science and Engineering II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG11 5C801 LJ72

Course title(and course 電子装置特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Charged Particle Beam Apparatus

Target year
Days and periods Wed.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,GOTOU YASUHITO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Fundamental technologies of an ion beam system, such as ion sources, formation and evaluation of ion beams,
transport of ion beams, and ion-solid interaction will be presented. Taking ion implantation as one of theexample of the ion beam application, the relationship between the incident ion energy and implantation depth
will be presented. Each element of a typical ion beam system is explained in detail.
[Course objectives]
To understand the details of an ion beam apparatus: generation, transport and evaluation of an ion beam.
Understanding of the entire ion beam apparatus as a system is also purpose of the class.
[Course schedule and contents][Ion beam systems and their applications] Once
Outline of the class is presented. Physical properties of ions in vacuum are given, and ion beam apparatuses
and their application will be introduced with some typical examples.
[Ion-solid interaction] 3 times
Interaction between high energy ion and solid atoms are given. Major topics are: how the ions transfer theirenergy to the target atoms, i.e., how the ions are decelerated in the solid, and relationship between incident
ion energy and implantation depth is given. Concept of sputtering phenomenon is also presented.
[Nature of ion beam] Once
Concept of the acceleration voltage is introduced to explain the principle of the ion beam systems. Nature of
an ion beam is also presented.
[Generation and transport of ion beam] 3 times
Methods of ion generation for various elements are explained. Important equations of beam extraction andbeam transport are given. Starting with the paraxial ray equation, concept of transfer matrix is given. Finally,some important physical parameters of ion beams are given.
[Mass separators and energy analyzers] 4 times
Details of magnetic sector as mass separator are given. Transfer matrix of the mass separator are presented
and focusing effect is described. An important parameter of mass resolution is given. Some different kinds ofenergy analyzers are also introduced. Deflection and detection systems and the methods to evaluate thecurrent of the ion beam are also introduced.
[Fundamentals of vacuum engineering] Once
Fundamentals of vacuum engineering is given. Several pumps used for ion beam systems are also introduced.
Continue to 電子装置特論(2)↓↓↓

電子装置特論(2)[Design of ion beam systems] Once
Design of an ion beam system under a given condition will be presented.
[Feedback] Once
[Course requirements]
Vacuum Electronic Engineering (undergraduate course)[Evaluation methods and policy]
Grading will be made with the results of the term-end examination. Achievements of exercises in the class arealso taken into consideration.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Zyunzo Ishikawa 『Charged Particle Beams』（Corona）ISBN:978-4-339-00734-3[Study outside of class (preparation and review)]
After the class is over, confirm your understanding with the practices listed on the textbook.
（Other information (office hours, etc.)）
We will have brief practice in each class. Bring your calculator and A4-size writing papers.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG11 5C803 LB72

Course title(and course 量子情報科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Information Science

Target year
Days and periods Mon.3

Number of credits 2
Class style

Graduate School of Engineering
Professor,TAKEUCHI SHIGEKI
Graduate School of Engineering
Associate Professor,OKAMOTO RYOU
Graduate School of Engineering
Associate Professor,ETO YUJIRO
Graduate School of Engineering
Assistant Professor,TAKASHIMA HIDEAKI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese and English[Overview and purpose of the course]
An overview of the quantum information sciences will be given. The topics includes the basic picture ofwave/particle duality, quantum key distribution, quantum computation, quantum communication, quantum
measurements.
[Course objectives]
To understand the basic concepts/mechanisms of quantum key distribution, quantum computers, and quantum
metrology so that one can read and understand the scientific papers of the related area.
[Course schedule and contents]
Introduction, 3 times,
First, we outline the whole lecture and then explain basic concepts such as quantum bit, quantum gate,quantum entanglement etc.
Quantum Computer (Theory), 3 times,
On quantum computation, various quantum algorithms are discussed.
Quantum Computer (Experiment),3 times,
Quantum information processing is being studied in various physical systems such as photon, ion trap,
nuclear spin and the like. We will explain how to realize them.
Quantum Key distribution and Quantum metrology,4 times,
Describe the basic concept of quantum cryptography and quantum measurements and their recent research
trends.
Summary and Outlook, 2 times,
In addition to summarizing the whole, if time permits, discuss the problems of quantum information scienceand ethics.
[Course requirements]
Basic understanding of quantum mechanics will be helpful.
[Evaluation methods and policy]
Comprehensive evaluation based on normal points (25 points) and reports (3 times, 25 points each).
・ In principle, if you miss four or more classes, you will be rejected.
Continue to 量子情報科学(2)↓↓↓

量子情報科学(2)・ Reports must be submitted all times.
Give high points for those that show their own ingenuity.
Note that as a result of the comprehensive evaluation, there may be the case that you fail to earn the credits
even when you submit all the reports and attend all the classes.

[Textbooks]
No text book will be used.

[References, etc.]（Reference books）
Nielsen & Chuang, Quantum Computation and Quantum Information, Cambridge University Press
Shigeki Takeuchi, Quantum Computer, Kodansha (in Japanese)[Study outside of class (preparation and review)]
The reports are mandatory.
（Other information (office hours, etc.)）
We welcome your positive questions and comments. We select the language (Japanese or English) used in thelectureb taking into account the situation and hope of the students taking this lecture.
Lectures are held face to face.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG11 5C810 LJ72

Course title(and course 半導体工学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Semiconductor Engineering, Adv.

Target year
Days and periods Thu.2

Number of credits 2
Class style

Graduate School of Engineering
Professor,KIMOTO TSUNENOBU

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]This course explores the fundamentals of semiconductor physics and engineering, which are esseantial tounderstand semiconductor materials and devices.
[Course objectives][Course schedule and contents]
Band theory,2-3times,Electronic band structures are discussed. Nearly free electron and tight-binding
approachs are explained. Band structures of major semiconductors such as Si and GaAs are also discussed.
Carrier transport and scattering,3-4times,Carrier transport and electrical conduction are explained by using
the Boltzmann transport equation. Scattering mechanism of carriers and mobility are discussed.
High-field effect,2-3times,Drift of carriers and junction breakdown under high electric field are discussed. A
few phenomena under high magnetic field are also explained.
Defects in semiconductors,1-2times,Crystallographic and electronic properties of defects (both extended andpoint defects) in a semiconductor are explained.
MOS physics,2-3times,Energy band diagrams and carrier statistics in a metal/insulator/semiconductor (MIS)
structure are discussed.
[Course requirements]
Semiconductor engineering, quantum mechanics (undergraduate level)[Evaluation methods and policy]
Final examination and a few reports[Textbooks]
No textbook is assigned.
[References, etc.]（Reference books）
S. M. Sze Physics of Semiconductor Devices (Wiley Interscience) P.Y.Yu and M. Cardona Fundamentals of
Semiconductors (Springer)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG11 5C813 LJ72

Course title(and course 電子材料学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Electronic Materials, Adv.

Target year
Days and periods Thu.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KIMOTO TSUNENOBU

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Fundamentals and recent progress in semiconductor materials and various advanced devices are explained.
[Course objectives][Course schedule and contents]
Si semiconductor,3-4times,Bulk growth, wafering, defect engineering, and impurity gettering of Si arereviewed. Silicon-On-Insulator (SOI) is also explained.
Advanced CMOS devices and materials,2-3times,Basic structures and performance enhancement of advanced
CMOS devices, the core devices in LSI, are explained.
High-frequency devices and materials,2-3times,Structure and operation principle of high-frequency devices
are explained. Semiconductor materials suitable for high-frequency applications are discussed.
Power devices and materials,2-3times,Structure and operation principle of power devices are explained.
Semiconductor materials suitable for power conversion applications are discussed.
[Course requirements]
Basics of solid state physics and semiconductor engineering[Evaluation methods and policy]
Report evaluation, taking account of lecture attendance[Textbooks]
No textbook is assinged.
[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG11 5C816 LB72

Course title(and course 分子エレクトロニクス
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Electronics

Graduate School of Engineering
Associate Professor,KOBAYASHI KEI
Part-time Lecturer,NODA KEI
Part-time Lecturer,YOSHIDA YUJI

Target year
Days and periods Mon.5

Number of credits 2
Class style

LectureYear/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
近年、有機電界発光（EL）ディスプレイや有機トランジスタ、さらに有機薄膜太陽電池や有機無機
ハイブリッドペロブスカイト太陽電池など、有機分子を能動的な電子材料とする応用が大きく進展している。本講義では、一般的に電気伝導性が著しく低いと考えられてきた有機分子のキャリア輸送性について、その微視的機構の基礎を理解するとともに、有機分子の有するさまざまな光・電気特性を学習する。
[Course objectives]
有機分子／電極界面におけるキャリア注入機構および有機分子材料内部におけるキャリア輸送機構の基礎を理解するとともに、個々の分子がもつ多様な物性と有機材料の巨視的な光・電子的性質の関係を学習することを目的とする。
[Course schedule and contents]
分子エレクトロニクス研究の背景（2回）
分子エレクトロニクスは、単一分子あるいは少数分子系が示すユニークな電気特性を直接応用しようとする分子スケールエレクトロニクスと、主に有機薄膜系を対象とする有機薄膜エレクトロニク
スの２つの分野から構成される。両者は異なる視点からの研究分野であるが、同時に強く相互に関連している。電子材料としての有機分子材料研究および分子エレクトロニクス研究の背景、およびその発展について講述する。
分子／有機薄膜エレクトロニクスの基礎（4回）
分子エレクトロニクス研究において用いられるさまざまな有機分子材料、有機導体、導電性高分子などの基本構造・基礎物性を理解するとともに、その電子状態・電子物性の基礎について講述する。
有機薄膜の作製と電気特性（3回）
有機薄膜の作製方法や結晶化挙動について解説する。さらに、導電性分子、半導体性分子、誘電性分子の電気特性を事例紹介し、その電子状態の概要について講述する。
有機半導体におけるキャリア伝導（4回）
有機ELディスプレイや有機薄膜太陽電池などのデバイス開発において使用される有機半導体材料において、そのキャリア伝導機構について講述する。また、有機分子エレクトロニクスの近年の研究
動向についても述べる。
分子エレクトロニクス研究の展開（1回）
今後の分子エレクトロニクスの展望について説明する。
Continue to 分子エレクトロニクス (2)↓↓↓

分子エレクトロニクス (2)
学習到達度の確認（1回）
学習到達度を確認する。
[Course requirements]
電子物性，固体物理に関する基礎知識があればよい。
[Evaluation methods and policy]
3回程度のレポートにより評価する。
[Textbooks]
Not used
必要に応じてスライド資料を配布する。
[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
配布資料ならびにノートを整理し、各自で講義内容を復習すること。
（Other information (office hours, etc.)）
当該年度の授業回数に応じて一部を省略することがある。 また授業順序についても適宜変更することがある。
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG11 5C819 LB72

Course title(and course 表面電子物性工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Surface Electronic Properties

Target year
Days and periods Tue.5

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,KOBAYASHI KEI

Year/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course][Course outline]
The course explains the structures and the electronic states of solid surfaces which are the microscopic originsof the electrical and the optical properties at surfaces and/or interfaces. It also explains the mesoscopic
quantum phenomena related to the surfaces.
[Course objectives][Course goals]
The course specific goals are to understand a wide variety of the properties of surfaces as the twodimensional borders of three-dimensional bulk materials and to learn electronic materials from the point ofview of surface science.
[Course schedule and contents][Course Plan]
Background of surface studies (2)The lecture covers the following topics: History of surface science, Surface phenomena in a variety of scienceand engineering fields, Development of semiconductor devices, Nanometer-scale science of surfaces,
Definition of surfaces and interfaces.
Spatial structures and electronic structures (3)The lecture covers the following topics: Surface spatial structures, Two-dimensional Bravais lattices, Surface
relaxation and reconstruction, Surface morphology, Electronic structures in solids, Tight binding model,
Surface electronic structures.
Quantum states of atoms and electrons (4)The lecture covers the following topics: Quantum mechanical description of atoms and electrons, Mixing andhybridization of atomic orbitals, Relationship between surface structures and electronic states.
Electronic states in surface reconstruction (2)The lecture covers the following topics: Surface Reconstruction of semiconductors (Si, GaAs), Surface
dimerization, Modification of surface atom orbitals, Charge transfer between surface atoms.
Mesoscopic phenomena and low-dimensional materials (3)The lecture covers the following topics: Electronic properties of low-dimensional materials, Single electron
tunneling, Quantized conductance, Tow-dimensional materials, Carbon nanotubes, Graphene.
Final check for the understanding of the course (1)Continue to 表面電子物性工学(2)↓↓↓表面電子物性工学(2)[Course requirements]
Basics of solid state physics.
[Evaluation methods and policy]
Evaluation is based on three or four reports assigned in lectures.
[Textbooks]
Handouts will be distributed for some of the lectures.

[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
The lecture content must be well reviewed.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG11 6C821 PB72

Course title(and course 研究インターンシップM（電子）title inEnglish)Research Internship(M)Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English

未更新
Course number

G-ENG11 5C822 LJ72

Course title(and course 光物性工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Optical Properties and Engineering

Target year
Days and periods Tue.4

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],2-3回times,,7-8回times,,4-5回times,,1回times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,KAWAKAMI YOUICHI
Graduate School of Engineering
Associate Professor,FUNATO MITSURU

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG11 5C825 LJ72

Course title(and course 量子論電子工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Theory for Electronics

Target year
Days and periods Tue.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,KAKEYA ITSUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Based on the fundamental understanding of quantum mechanics, we start with hydrogen atom of 1 atom and
1 hydrogen atom, hydrogen molecule ion of 2 atom electrons, hydrogen molecule of 2 atom 2 electrons, 1
electron Lecture on how to calculate the electronic state when increasing the number from the next step. We
will also talk about molecular models consisting of a plurality of atoms. In order to understand fundamental
handling in the case of multi electron system, consider Coulomb interaction, spin orbit interaction, as aninteraction received by electrons. Simultaneously, we give an approximate calculation method necessary forthese calculations.
[Course objectives]
Based on the fundamental understanding of quantum mechanics, we acquire knowledge and thinking to theextent that approximate calculation can be performed on a simple problem. In addition, we will acquire
academic ability to read only specialized books such as solid state electronics based on quantum theory.
[Course schedule and contents]
Review and supplement of quantum mechanics (1 time)
Review the quantum mechanics learned at undergraduate and repair notation method to learn from now.
Approximation method (2 times)
Perturbation method, perturbation method when degenerate, time dependent perturbation method, variational
method, learn while solving exercises. The approximation method learned here becomes the basis of thecalculation concerning the contents of the subsequent lecture.
Combined with angular momentum (2 times)
We describe the angular momentum necessary for understanding the electronic level and its composition.
Spin orbit interaction (1 time)
Understanding the spin orbit interaction is essential for understanding the details of the electronic level ofmultiple electron atoms and the electronic level in solids. Here, I will give lectures and descriptions of spin
orbit interactions and explain quantitative handling methods. Explain calculation by perturbation method andcalculation by diagonal method.
Multiplet (1 time)
I will give a lecture on the electronic level of multiple electron atoms. In particular, we will clarify the originof microstructure and understand how electron level is split by Coulomb interaction, spin orbit interaction, its
magnitude and number of divisions. In addition, we describe empirical Hunt 's law concerning the groundstate of such multi - electron atoms.
Continue to 量子論電子工学(2)↓↓↓

量子論電子工学(2)Zeeman effect (2 times)
The shift of the electronic level in the magnetic field or Zeeman splitting will be explained by calculation by
the perturbation method. Abnormal Zeeman effect when the magnetic field is weak, normal Zeeman effect,
Paschen back effect in case of strong, handling of spin orbit interaction will be discussed.
Hartree-Fock equation (2 times)
We describe the calculation of electronic levels of multi-electron atoms about the Hartley method, theHartley-Fock method, and the Hartree-Fock-Slater method by mean field self-consistent method.
Molecular model (2 times)
In the case of bimolecular molecules, we will explain the valence bonding method and the molecular orbital
method, and explain the hydrogen level, the electronic level of hydrogen molecule, that is, the binding energy
and the bonding distance. Also, we will talk about the type of molecular bond and hybrid trajectory.
Crystal field and magnetism (2 times)
The electron orbit of the atom in the crystal will be explained from the crystal electric field. In addition, we
introduce Heisenberg's effective Hamiltonian and outline the paramagnetism and electronic correlation of thesubstance.
[Course requirements]
Basics of quantum mechanics (Schrodinger equation, one dimensional potential problem, concept of
expectation, etc.)[Evaluation methods and policy]
Examination and report[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Please do exercises voluntarily（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG11 5C828 LJ72

Course title(and course 光量子デバイス工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Optoelectronics Devices

Target year
Days and periods Tue.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
Associate Professor,ASANO TAKASHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course explains a method for systematic analysis of the interaction between light and electrons, and how
to control the interaction. First, we explain the density matrix as a method to treat the time evolution of aquantum system including the relaxation process due to the interaction with the external environment. In
addition to calculating the optical response of a simplified electronic system and determining the opticalabsorption coefficient and gain, we show how to calculate the second harmonic generation and two-photon
absorption. Next, we explain the band structure and density of states of the electron system in asemiconductor as a more realistic model, and explain that the absorption coefficient and gain can becontrolled by controlling the quantum structure such as quantum wells. Furthermore, we will show that it ispossible to control the interaction between light and electrons by controlling the photon system withmicrocavities, etc., and that it is possible to enhance the spontaneous emission rate and form electron-photon
strong coupling states.
[Course objectives]
Students will learn how to calculate the optical absorption coefficient/gain and refractive index in quantum
structures. Students also will understand the interaction between light and electrons, including nonlinear
response. Students will understand how to control spontaneous emission.
[Course schedule and contents]
1. Introduction (1 time)
The academic background of optical quantum device engineering is described.
2-1. Methods for analyzing electron-photon interactions (4 times)
After reviewing the basics of quantum mechanics, we discuss the interaction of light with two-level electron
systems. We will discuss the necessity and derivation of density matrix theory, and show that it can represent
both pure and mixed states. We also explain the difference between energy relaxation and pure phaserelaxation in terms of the relaxation processes that can occur due to the interaction with the external
environment, by deriving them from physical models. In this way, we derive a method to describe the time
evolution of a quantum system including the relaxation process using a density matrix.
2-2. Optical response of simplified electron systems (4 times)
We explain how to derive the steady-state response of the density matrix describing the interaction between a
two-level electron system and classical continuous wave light. We show how to calculate the complex
permittivity, the absorption (gain) coefficient, and the change in refractive index from the linear response to
the incident electric field. The higher-order responses to the incident optical field are also discussed, and theabsorption and gain saturation are explained. Then, the electronic system is extended to three levels, and theprinciple and calculation method of optical nonlinear responses such as second harmonic generation,
Continue to 光量子デバイス工学(2)↓↓↓

光量子デバイス工学(2)difference frequency generation, electro-optic effect, and two-photon absorption, which can occur only inelectron systems with more than three levels, are explained.
3. Control of electronic systems and interaction of electrons and light (2.5 times)
The interaction between electrons and light in semiconductor quantum wells are explained. First, the band
structure of bulk semiconductors and quantum wells are explained. Then, the calculation method of thecomplex permittivity by integration considering the density of states is described. After discussing theabsorption spectra and polarization properties of the inter-subband transitions, the absorption spectra andpolarization properties of the inter-band transitions are discussed.
4. Control of photons and electron-photon interaction (2.5 times)
We discuss control of spontaneous emission of light based on the control of photon states. First of all, thephotonic system is described as a quantum state, and the system is treated as composite system of aninteracting electron and photonic system, where its time evolution is described using a density matrix. Then,
we derive the spontaneous emission rate of a two-level electron system in free space. Next, we discuss theenhancement of the spontaneous emission rate when a two-level electron system interacts with a single modeof a microcavity. We also discuss the physics of the strongly coupled electron-photon system.
5. Confirmation of learning achievement (1 time)
Confirmation of learning achievement[Course requirements]
None[Evaluation methods and policy]
Evaluations are made on the basis of reports.
[Textbooks]
The lecture notes format is used in this course.
Other reference materials may be distributed and discussed as necessary.
[References, etc.]（Reference books）
Murray Sargent III, Marlan O. Scully, Willis E. Lamb, Jr. 『Laser Physics』（Westview Press）ISBN:
9780201069037[Study outside of class (preparation and review)]
Nothing of note.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Continue to 光量子デバイス工学(3)↓↓↓

光量子デバイス工学(3)*Please visit KULASIS to find out about office hours.

Course number

G-ENG11 5C830 LB72

Course title(and course 量子計測工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum measurement

Target year
Days and periods Mon.4

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,SUGIYAMA KAZUHIKO

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese and English[Overview and purpose of the course]
As an example of high precision measurements using quantum phenomena, frequency standards, which isrealized with the smallest uncertainty in all measurement quantities at present, are discussed. The principle
and evaluation of frequency standards are explained.
[Course objectives]
The goal of this lecture is to understand that precision measurements are realized with combination of thebest technologies and is based on physics.
[Course schedule and contents]
Introduction and principle of time measurement (1 time):
Two principles of time measurement: Reproducibility postulate and dynamic model
Fundamentals of atomic frequency standards (2.5 times):
Atomic states, its energy shifts, high-resolution spectroscopy and high-sensitive detection
Cesium frequency standard and atom interferometer (2.5 times):
Principle of Ramsey resonance and its interpretation as atom interferometer
Specification of frequency standards: evaluation methods and theoretical limit (2 times):
Fundamentals of evaluation of frequency stability with Allan variance, and theoretical limit of frequency
stability
Noise (2 times):
Incoherent signals and shot noise
Relativistic theory and time (3 times):
Impact of special and general relativistic theory on time measurement
Others (1 time)
If we have time, the frequency noises of masers and lasers, and other subjects will be lectured.
Evaluation of understanding (1 time)[Course requirements]
Fundamentals of physics (quantum physics, in particular) and electric circuits including linear system.
The level which average graduate students of electric and electronic science and technology acquire isContinue to 量子計測工学(2)↓↓↓

量子計測工学(2)sufficient.
[Evaluation methods and policy]
Absolute evaluation (raw score)
Evaluation will be based on reports (two times, at the first lecture and the after all lectures) Reports will beassessed on the basis of achievement level for course goals.
[Textbooks]
Some materials will be provided in the case we need.

[References, etc.]（Reference books）
C. Audoin and B. Guinot 『The Measurement of Time』（Cambridge University Press）ISBN:0521003970（This is a nice book for this topic. I recommend anyone who are interested in this topic to buy one.）
Masao Kitano 『Basics of Electronics Circuit (in Japanese)』（Reimei）（This is a textbook used on thelectuer "Electronics" in fuclty. I will use this on the topic "Noise".）（Related URLs）
https://panda.ecs.kyoto-u.ac.jp/portal/site/2023-210-C830-000(The web page is located on PandA. If you
cannot access the web page using the URL, please search it from https://panda.ecs.kyoto-u.ac.jp/portal)[Study outside of class (preparation and review)]
In case you need.
（Other information (office hours, etc.)）
Office of lecturer: A1-124*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG11 5C846 PJ72

Course title(and course 電子工学特別研修１(インターン)
title inEnglish)Instructor's
name, job title,
Advanced Seminar in Electronic Science and Engineering I and departmentof affiliation

Target year

Number of credits 2

Days and periodsThu.3,4,Fri.3,4 Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG11 5C848 PJ72

Course title(and course 電子工学特別研修２(インターン)
title inEnglish)Instructor's
name, job title,
Advanced Seminar in Electronic Science and Engineering II and departmentof affiliation

Target year

Number of credits 2

Days and periodsThu.3,4,Fri.3,4 Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG11 5C851 LJ72

Course title(and course 電気伝導
title inEnglish)Instructor's
name, job title,
Electrical Conduction in Condensed Matter and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,YONEZAWA SHINGO
Graduate School of Energy Science
Professor,DOI TOSHIYA
Graduate School of Engineering
Associate Professor,KAKEYA ITSUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
A fundamental aspect of the electrical conduction in solids is discoursed in terms of physics based on theclassical dynamics and later on the quantum physics. An important concept of the phonon and the electronphonon is discoursed, which play a very important role in the electrical conduction in solids. The electricalconductivity is discoursed with a frequency from 0, that is dc, to optical frequency, by which a unified
understanding of electrical conduction and the optical property is intended.
[Course objectives]
This class in intended to bestow the understanding of the solid state physics of a level dealt in the celebrated
textbook by Ashcroft and Mermin. It is also intended for those attending in this class to acquire an ability
sufficient to strive through such a textbook by himself or herself after the class is completed.
[Course schedule and contents]
Lattices and reciprocal lattices (2 classes)
Explanation is made of lattices and reciprocal lattices, a fundamental item for understanding electron
properties within an atom.
Fundamentals of quantum mechanics, and the hydrogen atom model (2 classes)
A simple review is made of quantum mechanics, and explication is made of electron states (energy, spatial
distribution, etc.) within hydrogen and atoms other than hydrogen.
Free-electron Fermi gas (3 classes)
Explanation is made of the free-electron model as an ideal Fermi gas. Then, an overall explanation isprovided of conductivity in metals, electronic specific heat, and the Hall effect.
Energy bands (2 classes)
The band structure of electron energy within a solid crystal is introduced, and explanation is provided of
conductivity and the band structures of conductors, semiconductors, and insulators.
Electron-phonon interactions, and conductivity in metals and semiconductors (2 classes)
Lattice vibration is explained via quantized phonons (Bose particles) and Bose statistics, and lattice specificheat is introduced via determination of phonon density of state. Phonon scattering and electron scattering are
explained. On this basis, explanation is then provided regarding the heat dependent nature of resistivity inmetals, as well as of the Bloch-Gr#252neisen law at low temperature. Conductivity in semiconductors,
especially scattering, is also explained.
Superconductivity (3 classes)
Continue to 電気伝導(2)↓↓↓電気伝導(2)With respect to superconductive phenomena, explanation is made, using the London equation, of the
Meissner effect, etc. Overview explanation is made of the Ginzburg-Landau theory, and order parameters are
introduced. The relationship between phase and vector potential, important for superconductivity, is
explained, as well as the Josephson effect. Explained also is magnetic flux quantization within type II (highfield) superconductors.
Feedback lesson (1 class)
Confirmation of learned content is made based on evaluations of short tests and the score on the final
examination, etc.
[Course requirements]
Those who would like to attend in this class are recommended to study electrodynamics, statistical physics,
and introduction to the solid state devices in advance. The lecture is, however, given in Japanese.
[Evaluation methods and policy]
Basically, an examination is imposed after the last class. A report may be imposed in case of necessity.
[Textbooks]
C. Kittel 『Introduction to Solid State Physics 8th ed.』（Wiley）ISBN:0471680575[References, etc.]（Reference books）
Solid State Physics by Ashcroft and Mermin[Study outside of class (preparation and review)]
Preparing before classes and reviewing after classes are recommended.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG41 7R701 SB72

Course title(and course 電子工学特別セミナー
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Electronic Science and Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG41 7R823 PB72

Course title(and course 研究インターンシップD（電子）title inEnglish)Research Internship (D)Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English

未更新
Course number

G-ENG41 7R825 SB72

Course title(and course 電子工学特別演習1
title inEnglish)Instructor's
name, job title,
Advanced Exercises on Electronic Science and Engineering I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG41 7R827 SB72

Course title(and course 電子工学特別演習2
title inEnglish)Instructor's
name, job title,
Advanced Exercises on Electronic Science and Engineering II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NODA SUSUMU
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG15 5D043 SJ60 G-ENG14 7D043 SJ61 G-ENG13 8D043 SJ61
G-ENG17 8D043 SJ76

Course title(and course 先端科学機器分析及び実習Ⅰ
title inEnglish)Instrumental Analysis,Adv.I

Target year
Days and periods Thu.4,5Instructor's
name, job title,and departmentof affiliation

Number of credits 1
Class style

SeminarGraduate School of Engineering
Professor,OOE KOUICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]This postgraduate subject is aimed at students of the six chemistry majors offered by the Graduate School ofEngineering. In this subject, lectures and practical training are provided in a relay format by the instructors incharge and TAs. The main purpose of this subject is to help students in postgraduate master's and doctoral
programs acquire advanced scientific skills in instrumental analysis through lectures explaining principles ofthree advanced forms of instrumental analysis, and by offering practical training. In this subject, students takelectures on each instrument to acquire knowledge of analytic principles and methods. Following this, students
receive basic and applied training for each instrument. In addition, students are asked to select two of three
instruments, then take lectures on them before receiving practical training.
[Course objectives]
Through lectures and practical training, the subject ultimately aims to teach students about analysis methods
involving the use of advanced scientific instruments, and to improve their analytical accuracy as a tool withwhich they can analyze new substances and scientific phenomena in individual research.
[Course schedule and contents]
Detailed discussion on advanced instrumental analysis (1 session)
X-ray photoelectron spectroscopy, Auger electron spectroscopy, ion scattering spectroscopy, secondary ion
mass spectrometry, and LEED are discussed.
Detailed discussion on advanced instrumental analysis (1 session)
The structure and usage method of the comprehensive surface analyzer (X-ray photoelectron spectrometer)are discussed.
Detailed discussion on advanced instrumental analysis (1 session)
How to use an X-ray powder diffractometer to conduct qualitative and quantitative analyses on solid powder
is discussed.
Detailed discussion on advanced instrumental analysis (1 session)
The crystallite size-measuring method for metal oxide nanocrystals and the Rietveld refinement method formetal composite oxides are discussed.
Detailed discussion on advanced instrumental analysis (1 session)
The measurement principles of MALDI-TOF MS are discussed.
Detailed discussion on advanced instrumental analysis (1 session)
Continue to 先端科学機器分析及び実習Ⅰ(2)↓↓↓

先端科学機器分析及び実習Ⅰ(2)Types of organic matrices and their scope of application, sampling methods, and methods of analyzing data
are discussed.
Practical training involving the use of instruments [training for basic tasks] (2 sessions)Students engage in practical training for tasks assigned by the instructor- in-charge.
Practical training involving the use of instruments [training for applied tasks] (2 sessions)Students engage in practical training for tasks assigned by the instructor-in-charge.
[Course requirements]
Students must have already taken Physical Chemistry,
Organic Chemistry,and Analytical Chemistry at the undergraduate level.
[Evaluation methods and policy]
Students are evaluated based on reports and assignments given on practical training.
[Textbooks]
Instructed during class
Distribute materials to be used based on the content of lectures[References, etc.]（Reference books）
Others[Study outside of class (preparation and review)]
Contact us if necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Inorganic Chemistry,未更新
Course number

G-ENG13 8D046 SJ61 G-ENG17 8D046 SJ76 G-ENG15 5D046 SJ60
G-ENG14 7D046 SJ61

Course title(and course 先端科学機器分析及び実習Ⅱ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Instrumental Analysis,Adv.II

Target year
Days and periods Thu.4,5

Number of credits 1
Class style

SeminarGraduate School of Engineering
Professor,OOE KOUICHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This postgraduate subject is aimed at students in the six chemistry majors offered by the Graduate School ofEngineering. In this subject, lectures and practical training are provided in a relay fashion by the instructorsin-charge and TAs. The main purpose of each subject is to help students in graduate school master's anddoctoral programs acquire advanced scientific instrumental analysis skills by understanding the principles of
two types of advanced instrumental analysis and conducting practical training. Students will take lectures oneach device to acquire knowledge of analysis principles and methods, and then carry out basic training andapplied training for each device.
[Course objectives]
Through lectures and practical training, the subject ultimately aims to help students learn about analysis
methods that involve the use of advanced scientific instruments, and to improve their analytical accuracy as atool with which they can analyze new substances and scientific phenomena in their individual research.
[Course schedule and contents]
Advanced Instrumental Analysis (1 session)
A review of HPLC-MASS, NMR, and STEM analysis.
Advanced Instrumental Analysis (2 sessions)
We will explain in detail the application of high performance liquid chromatography (HPLC) and mass
spectrometry in the analysis of trace components in environmental samples and biological samples from thisprinciple, as well as give a lecture on the high-sensitivity analysis method for tandem type equipment.
Advanced Instrumental Analysis (2 sessions)Lectures will cover the measurement principle of NMR, the two-dimensional measurement method, and thedata analysis method.
Advanced Instrumental Analysis (2 sessions)Students will learn the principles, functions, features, and application examples of scanning transmission
electron microscopes (STEMs), and attend lectures on high-resolution observation and element distribution
analysis.
Practical training using equipment [Basic task training] (2 sessions)
Practicing tasks given by the instructor.
Practical training involving the use of instruments [training for applied tasks] (2 sessions)Continue to 先端科学機器分析及び実習Ⅱ(2)↓↓↓

先端科学機器分析及び実習Ⅱ(2)Students engage in practical training for tasks assigned by the instructor-in-charge.
[Course requirements]
Undergraduate level "Physical Chemistry," "Organic Chemistry," and "Analytical Chemistry" are required.
[Evaluation methods and policy]
Evaluations of reports on practical exercise.
[Textbooks]
Instructed during class
Distribute materials to be used based on the content of lectures.
[References, etc.]（Reference books）
Others[Study outside of class (preparation and review)]
Contact us if necessary.
（Other information (office hours, etc.)）
None*Please visit KULASIS to find out about office hours.

Course number

G-ENG16 6D837 LJ61 G-ENG15 6D837 LJ61

Course title(and course Supramolecular Chemistry
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Supramolecular Chemistry

Target year
Days and periods Tue.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,Juha Lintuluoto
Graduate School of Engineering
Senior Lecturer,LANDENBERGER, Kira BethYear/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This course is open to all master and doctoral engineering students. The aim is to enhance students
knowledge of non-covalent molecular interactions found in both synthetic and natural chemical compounds
and materials. Additionally, students learn how to choose methods to study and observe non-covalentmolecular interactions, and how to measure and evaluate them quantitatively. Throughout the course
feedback will be given by instructors. The course will also improve students to gain confidence in studying
English of supramolecular topics. The course contents are suitable for a wide variety of chemistry students.

[Course objectives]
Understanding the nature and types of supramolecular interactions, and applying them into various chemical,
biological and other materials applications.
[Course schedule and contents]
1. Course Introduction & Interactions and methods in Supramolecular Chemistry: Non covalent interactions(H-bonding, pi-pi; lone-pairs and metals, ionic), spectrometric methods (NMR, UV-vis, Fluorescence, CD,
Mass) Oct. 3
2. Binding Constants, Cooperativity, Complementarity, Preorganization Equilibrium systems, enthalpy andentropy upon binding, quantitative analysis Oct.10
3. Cation Binding with Current Examples Cation binding, binding into anionic host molecules and neutral
host molecules Oct.17
4. Anion Binding with Current Examples Anion binding, binding into cationic host molecules, and neutral
host molecules Oct. 24
5. Neutral molecule binding and Self-Assembly with Current Examples Neutral molecule binding into neutralor charged host molecules, self-binding molecules Oct. 31
6. Supramolecular Devices, Sensors and Catalysis with Current Examples Electron transfer, energy transfer,information transfer in supramolecules Nov. 7
7. Crystal Engineering I: Crystal engineering, crystal classes, crystal nucleation and growth, commonly foundintermolecular interactions Nov. 14
Continue to Supramolecular Chemistry (2)↓↓↓

Supramolecular Chemistry (2)8. Crystal Engineering II: Polymorphism, hydrates and solvates, cocrystals, crystal structure prediction Nov.
28
9. Network Solids: Zeolites, intercalates, coordination polymers (e.g. MOFs) Dec.5
10. Solid State Inclusion Compounds I: Clathrates (structures and applications), podands, cyclophanes, etc.
Dec. 12
11. Solid State Inclusion Compounds II: Cucurbiturils, cyclodextrins, cryptophands, etc. Dec. 19
12. Supramolecular Liquid Crystals: Nature and structure of liquid crystals, applications and design,
polymeric liquid crystals Jan. 9
13. Supramolecular Polymers, Gels and Fibers: Supramolecular polymer structure and design, properties,
kinetics and reaction mechanics of supramolecular polymers, applications Jan. 16
14. Open lecture tbd. Jan. 23[Course requirements]
Active engagement in lectures, which provide basis for the reports required in this course. Each student isrequired to submit 4 chosen reports on any given topics during the course. However, 2 reports each should besubmitted for the given topics on lectures 1-6 and 8-13, excluding lecture 14.
If you have any concerns or questions regarding the course, please do not hesitate to contact (075)- 383-7065
or landenberger.kirabeth.2x@kyoto-u.ac.jp or (075)-383-2876 or lintuluoto.juhamikael.7u@kyoto-u.ac.jp .

[Evaluation methods and policy]
Evaluation: 20% participation (engaging the classes and activity), 80% reports.
*More than 3 unexcused absence can result in course failure.
[Textbooks]
Not fixed[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Students should fulfill the report tasks out of class time (home work).
Continue to Supramolecular Chemistry (3)↓↓↓

Supramolecular Chemistry (3)（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG13 6H042 LJ60 G-ENG12 6H042 LJ60 G-ENG15 6H042 LJ60

Course title(and course 有機金属化学２
title in
Organotransition Metal Chemistry 2
English)Target year
Days and periods Fri.1

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OHKI YASUHIRO
Graduate School of Engineering
Professor,NAKAO YOSHIAKI
Graduate School of Engineering
Professor,KONDO TERUYUKI
Graduate School of Engineering
Professor,OUCHI MAKOTO
Graduate School of Engineering
Associate Professor,MIKI KOJI
Graduate School of Engineering
Senior Lecturer,YAMAMOTO TAKESHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]This lecture course deals with synthetic methods, structural features, and important elementary reactions oftransition metal complexes and their mechanisms.
This course connects with "Organometallic Chemistry 1", which is offered every other year. Across twocourses, attendees are expected to understand the basic principles of applying transition metal complexes incatalytic organic synthesis and industrial synthesis of small organic molecules.
Japanese will be used as the language both in explanation and lecture materials, while questions in English
are acceptable. The lecturers can switch the language occasionally upon request.
[Course objectives]
Objectives of this lecture class are as follows:
1) understanding of fundamental knowledge of the structures and reactions of transition metal complexes2) learning important catalytic organic transformation reactions and their mechanisms
3) learning applications of transition metal complexes as catalysts in some industrial processes[Course schedule and contents]
This lecture occasionally tolerates online participants for students from different campuses. See below in"other info" for more details.
Transition metal complexes (3 classes)i) structures of transition metal complexes: formal oxidation states, 18-electron rule, variety of ligands,
hapticity, etc.
ii) basic reaction patterns of transition metal complexes: ligand exchange reactions, oxidative addition andreductive elimination, transmetalation, etc.
iii) some unique reactions of transition metal complexes: insertion, elimination, nucleophilic addition toligands, oxidative cyclization, etc.
Reactions of unsaturated hydrocarbons (3 classes)i) hydrocyanation, hydroamination, hydrometalation, carbo-metalation, etc.
ii) oligomerization of alkynes, Pauson-Khand reaction, isomerization of carbon-skeletons, etc.
iii) electrophilic reactions of alkynes and alkenes on metals, reactions of carbene complexes, metathesis
Continue to 有機金属化学２ (2)↓↓↓

有機金属化学２ (2)reactions, etc.
Coupling reactions (2 classes)i) C-C bond forming reactions: oxidative coupling, reductive coupling, corse-coupling, Tsuji-Trost reaction,bond formation between carbon and heteroatoms (O, N, B, Si), etc.
ii) some other important reactions: Heck reaction, Fujiwara-Moritani reaction, C-H acylation reaction, etc
Activation of inert chemical bonds (inert C-H bonds) (1 class)
C-H activation reactions: Murai C-H activation, C-H borylation, hydroacylation, insertion of carbene/nitrene
into C-H bonds, etc.
Industrial organic synthesis (1 class)Reppe reaction, hydroformilation, Fischer-Tropsch reaction, Monsanto process, air-oxidation of alcohols,
Wacker reaction, etc.
Polymerization (1 class)coordination polymerization, metathesis polymerization, living-radical polymerization mediated by transition
metal complexes, application of cross-coupling reactions in polymer-synthesis, etc.
[Course requirements]
None[Evaluation methods and policy]
An exam is used for evaluation.
[Textbooks]
Not used[References, etc.]（Reference books）
John F. Hartwig 『Organotransition Metal Chemistry - From Bonding to Catalysis』（2010）ISBN:9781891389535[Study outside of class (preparation and review)]
To be informed if necessary.
（Other information (office hours, etc.)）
This class occasionally tolerates online participants to support the balance between research activities andclasses for graduate students. The availability of the online version depends on each instructor. Therefore,
please refer to the "Announcement" from each instructor.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H818 LJ60 G-ENG16 5H818 LJ60 G-ENG13 6H818 LJ60

Course title(and course 先端有機化学
title in
Advanced Organic Chemistry
English)Target year
Days and periods Tue.1

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

Graduate School of Engineering
Professor,OOE KOUICHI
Graduate School of Engineering
Professor,FUJIHARA TETSUAKI
Graduate School of Engineering
Associate Professor,MIKI KOJI
Institute for Chemical Research
Associate Professor,HIROSE TAKASHI
Graduate School of Engineering
Associate Professor,KIMURA YUU

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
To acquire basic concepts and principles of organic chemistry; to understand different reactions, from basic to
cutting-edge, and the syntheses based on them; to propose synthetic routes for given target organic
compounds; and to make related presentations. Develop the ability of total organic synthesis throughdiscussions.
[Course objectives]
Understand basic concepts and principles of organic chemistry and acquire the ability to think of syntheticroutes for relatively complex organic compounds based on them.
[Course schedule and contents]
Chemoselectivity (2 sessions)Introduction and chemoselectivity
Regioselectivity (2 sessions)Controlled Aldol Reactions
Stereoselectivity (2 sessions)
Stereoselective Aldol Rections
Strategies (2 sessions)
Alternative Strategies for Enone Synthesis
Choosing a Strategy (2 sessions)
The Synthesis of Cyclopentenones
Summary (2 sessions)
Proposal and Presentation regarding Total Synthesis of Target MoleculesContinue to 先端有機化学(2)↓↓↓

先端有機化学(2)[Course requirements]
Students should have a good understanding of undergraduate organic chemistry.
[Evaluation methods and policy]
Comprehensive evaluation by quizzes of each unit and investigation / presentation of the total synthetic routeof target compound.
Grades are evaluated based on raw scores of the overall evaluation[Textbooks]
Paul Wyatt, Stuart Warren "Organic Synthesis. Strategy and Control" (Wiley) ISBN: 978-0-471-92963-5[References, etc.]（Reference books）
Others[Study outside of class (preparation and review)]
Students should briefly glance over the handouts and textbook, and prepare for the contents of each unit
before attending any lecture. In addition, students will deepen their understanding of the contents of each unit
based on quiz tasks assigned in each lecture and their reviews. It is advisable for students to devote twice thetime spent in teaching sessions to prepare for and review these sessions. In addition, students must devote
sufficient time to investigation of the total synthetic route of the target compound given as a task, preparationof its proposal, and preparation for an oral presentation.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG12 6D037 EJ61

Course title(and course 材料化学特別実験及演習
title inEnglish)Instructor's
name, job title,
Laboratory and Exercise in Material Chemistry and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 8
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],60times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,URAYAMA KENJI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG12 5H001 LJ62

Course title(and course 無機材料化学
title inChemistry of Inorganic Materials
English)Target year
Days and periods Mon.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,TANAKA KATSUHISA
Graduate School of Engineering
Professor,MIURA KIYOTAKA
Graduate School of Engineering
Professor,FUJITA KOJI
Graduate School of Engineering
Associate Professor,SHIMOTSUMA YASUHIKO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Structure, characterization, synthesis, and properties of inorganic materials are described on the basis of solidstate chemistry of inorganic matters.
[Course objectives][Course schedule and contents],1time,,4times,,4times,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG12 5H004 LJ60

Course title(and course 有機材料化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemistry of Organic Materials

Target year
Days and periods Wed.2

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,3times,,1time,,1time,,3times,,2times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI
Graduate School of Engineering
Professor,MATSUBARA SEIJIROU

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG12 5H007 LJ62

Course title(and course 高分子材料化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemistry of Polymer Materials

Target year
Days and periods Fri.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,URAYAMA KENJI
Graduate School of Engineering
Professor,NUMATA KEIJI
Graduate School of Engineering
Senior Lecturer,OOMAE MASASHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents]
physical properties of polymers,3times,physical properties of polymers
structure and physics of high-performance polymers,3times,structure and physics of high-performancepolymers
molecular design and function of functional polymers,6times,molecular design and function of functional
polymers,,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG12 6H010 LJ61

Course title(and course 機能材料化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemistry of Functional Materials

Target year
Days and periods Wed.1

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,FUJITA KOJI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
In this course, we introduce some examples of the research on various functional materials, which have beenstudied in the laboratories of the Department of Material Chemistry.
[Course objectives]
To gain basic knowledge on the current and future prospects of functional materials, focusing on
methodologies/techniques for enhancing the functionality of various materials or adding new functions.
[Course schedule and contents]
Week 1-2 High-pressure synthesis of inorganic materials
Week 3-4 Development of functional materials using laser material processing
Week 5 Magneto-optical materials
Week 6 Synthetic organic chemistry driven by artificial intelligence (AI)
Week 7 Catalytic reactions in organic chemistry
Week 8 High-performance separation analysis using specific interactions
Week 9 Biomaterial design for disease treatment
Week10 Mechanical properties of polymers
Week11 Development of novel functional electrodes for electroanalysis[Course requirements]
None[Evaluation methods and policy]
Grading will be based on active participation and assignments. Assignments will be assessed on the basis ofachievement level for course goals.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Students are requested to review the lectures（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG12 6H013 LJ62

Course title(and course 無機構造化学
title inEnglish)Instructor's
name, job title,
Chemistry and Structure of Inorganic Compounds and departmentof affiliation

Target year
Days and periods Fri.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,MIURA KIYOTAKA
Graduate School of Engineering
Associate Professor,SHIMOTSUMA YASUHIKO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
無機固体の構造に基づく物理的・化学的特性とその制御方法、ナノ・マイクロ構造体の観測手法や非晶質固体を中心とした理論化学と計算的手法を用いた構造シミュレーションについて述べる．さらに，フォトニック結晶や光導波構造を例に実用的な光学的応用についても紹介する．
[Course objectives]
無機固体や無機材料の構造に関する知識を得て，専門的な論文を読んで内容を理解できるようにな
る．
[Course schedule and contents]
ナノ・マイクロ構造イメージング（2回）
光や電子により、原子サイズからサブミクロン領域での無機構造をイメージングする手法について講述する．
光導波構造（3回）
光を閉じ込め伝搬する光導波構造の作製方法や伝搬特性について述べ，それらが素子やデバイスとして高速大容量光通信にどのように利用されているかについても紹介する．
無機固体の合成プロセス（２回）
無機固体の合成について講述する．セラミックスの焼結プロセス，無機材料からなる微細構造の合成プロセスについて述べる．
無機構造と光との相互作用（２回）
光技術に関連した無機ナノ構造の光学的性質，光との相互作用について，フォトニック結晶を例に挙げて説明する．
計算材料化学（2回）
無機固体を対象とした理論化学と計算機化学について講述する．無機結晶を対象とした電子構造の解釈，非晶質固体を対象とした分子動力学シミュレーションの原理とシミュレーションによって得られる結果と実験との対比などを説明する．

Continue to 無機構造化学 (2)↓↓↓

無機構造化学 (2)[Course requirements]
京都大学工学部工業化学科「無機化学（創成化学）」程度の無機固体化学に関する入門的講義の履修を前提としている．
[Evaluation methods and policy]
レポートの結果に基づいて判定する．
[Textbooks]
授業で配布するプリントを使用する．

[References, etc.]（Reference books）
特になし[Study outside of class (preparation and review)]
講義の内容に関して予め自ら専門書などで理解を深めるとともに、講義の終了後は学習した内容を配布されたプリントなどで確認すること。
（Other information (office hours, etc.)）
隔年開講科目．化学系6専攻の旧課程ならびに化学系6専攻以外の専攻の受講生には，追加レポートを課す．
*Please visit KULASIS to find out about office hours.

Course number

G-ENG12 6H022 LJ60

Course title(and course 有機天然物化学
title inEnglish)Chemistry of Organic Natural Products

Target year
Days and periods Thu.1

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
天然由来の高次構造を有する有機分子を対象にして，その生合成経路、生物活性などについて講述する[Course objectives]
講義概要で述べたことがらを習得し，天然由来の有機化合物の生合成経路とそれらの生理活性が理解できるようになる．
[Course schedule and contents]
生合成における有機化学反応（1回）
1生体中で酵素によって触媒される有機化学反応について，生合成を理解するうえで重要なものに絞って解説する．
酢酸ーマロン酸経路（3回）
酢酸ーマロン酸経路によって生じる有機化合物の生合成経路と生理活性などについて解説する．
シキミ酸経路（2回）
シキミ酸経路によって生じる有機化合物の生合成経路と生理活性などについて解説する．
メバロン酸ーMEP経路（3回）
メバロン酸ーMEP経路によって生じる有機化合物の生合成経路と生理活性などについて解説する．
アミノ酸経路（2回）
アミノ酸経路によって生じる有機化合物の生合成経路と生理活性などについて解説する．
[Course requirements]
京都大学工学部工業化学科「有機化学I~III(創成化学)」を履修していることを前提とする.
[Evaluation methods and policy]
毎講義小テストを行うとともに，期末試験の結果に基づいて判定する.

Continue to 有機天然物化学 (2)↓↓↓

有機天然物化学 (2)[Textbooks]
随時プリントを配付する．

[References, etc.]（Reference books）
Paul M. Dewick 『Medicinal Natural Products: A Biosynthetic Approach,, 』（Wiley, 2009）[Study outside of class (preparation and review)]
必要に応じて指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG12 5H031 LJ62

Course title(and course 生体材料化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemistry of Biomaterials

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,NUMATA KEIJI
Graduate School of Engineering
Senior Lecturer,OOMAE MASASHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
生物機能を意識した材料には，1）多成分が有機的に関係して現れる高度な機能、および，2） 35億
年をかけた進化の結果，地球環境に優しいシステムとして機能発現している，の二つの重要な観点が必要である．生物機能を分子レベルで学びながら，その特徴を指向した，あるいは，模倣した材料創成の現状と将来について解説する．
[Course objectives]
生体機能・生物機能は多岐にわたり、その背景にある戦術には、持続的社会を形成する際に極めて重要なポイントが多々ある。このような生物学の視点に基づいた材料開発の指針を理解するため、関連する高分子科学、生化学、およびケミカルバイオロジーを習得することを目標とする。
[Course schedule and contents]
生物の構造・機能を利用した材料化学（6回）
生体を構成する高分子について、その構造と機能について材料レベルおよび分子レベルで紹介する．
特に、ペプチドやタンパク質に関連する人工的なシステムや材料の現状を取り上げ、天然材料の分子機構と比較しながら評価を行う．さらに、生体機能を指向した未来材料について概説する．具体的には、生体高分子の概要（1回）、ペプチドやタンパク質の合成（1回）、物性（1回）、構造（1回）、機能（1回）、および材料化の事例（1回）について説明する。
生体と多糖とのコミュニケーション（6回）
糖類の構造と分類など、機能を理解するための基礎知識について説 明する。(1回）
複合糖質の基礎として、生物界において糖質が機能発現する複合糖質について説明する。（2回）
糖質と疾患として、糖質が様々な疾患に関連する生体分子であることを説明する。(2回）
糖質の材料利用について、糖質の機能を利用した材料応用研究と産業利用されている糖質について説明する。(1回）[Course requirements]
None[Evaluation methods and policy]
高分子科学および生化学を中心とした生体関連物質化学に関する講義内容の理解度の判定を目的に、
成績評価は、出席状況に加えて、試験もしくはレポートにより行うことを基本とする。
[Textbooks]
配布するレジュメを使用する．
Continue to 生体材料化学 (2)↓↓↓

生体材料化学 (2)[References, etc.]（Reference books）
高分子学会編 『基礎高分子科学』（東京化学同人, 2020）『ヴォート基礎生化学』（東京化学同人）『The Cell 細胞の分子生物学』（ニュートンプレス）[Study outside of class (preparation and review)]
未入力（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG12 6H034 LJ61

Course title(and course 材料解析化学II
title inEnglish)Instructor's
name, job title,
Analysis and Characterization of Materials II and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Associate Professor,KUBO TAKUYA
Graduate School of Engineering
Associate Professor,OYAMA MUNETAKA

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
The frontier of analytical chemistry of materials that makes full use of cutting-edge technology is introduced.
[Course objectives]
Understand the principle, outline and application of the latest advanced instrumental analysis methods in thefield of analytical chemistry of materials.
[Course schedule and contents]
High-speed microseparation analysis method (4)The principle and applications of microchip analytical separation method (microchip electrophoresis / liquid
chromatograph) that realizes high-performance separation in an extremely short time by further speeding up
and miniaturizing capillary electrophoresis are lectured.
Analytical chemistry using metal nanoparticles (3)Metal nanoparticles have also been used as new functional materials in recent years in the field of analyticalchemistry. After explaining the characteristics and chemical preparation methods of such metal nanoparticles,
their application to analytical chemistry, especially electron transfer in modified electrodes and their use aselectrode catalyst elements, will be introduced.
Design of separation media for actual sample analysis (3)In the design of separation media for solid-phase extraction required when handling biological samples andenvironmental samples, the method of imparting separation selectivity and the performance evaluation
method of the obtained separation media.
State-of-the-art material analysis technology / confirmation of learning achievement (1)Introducing the latest technological innovations in analytical chemistry of materials in a topical manner. At
the same time, check the learning achievement level.
Feedback on evaluation of regular tests, etc. (1)Give feedback on evaluations such as regular tests.

Continue to 材料解析化学II (2)↓↓↓

材料解析化学II (2)[Course requirements]
It is recommended that students have learned analytical chemistry and instrumental analysis at the
Department of Industrial Chemistry, Faculty of Engineering, Kyoto University, such as "Analytical
Chemistry (Frontier Chemistry)", "Instrumental Analysis (Frontier Chemistry)", and "Advanced Instrumental
Analysis (Frontier Chemistry)".
[Evaluation methods and policy]
Comprehensive evaluation of regular test results and reports / quizzes.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
It is recommended to scrutinize and review the content after each class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG12 6P057 LB62

Course title(and course 材料化学特論第三title inEnglish)Instructor's
name, job title,and departmentof affiliation

Material Chemistry Adv. III

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Graduate School of Engineering
Professor,URAYAMA KENJI

Year/semesters 2023/Intensive, First semester

LectureLanguage of instruction Japanese and English[Overview and purpose of the course]
材料化学の各専門分野におけるトピックスについて、集中講義の形式で学修する。なお、材料化学専攻以外の専攻所属の学生は、履修に際して材料化学専攻長に説明を受けること。

[Course objectives]
先端材料の合成と構造−物性相関を中心に、基礎から応用まで材料化学分野の現状および将来の展
望についての知識を得る。
[Course schedule and contents]
トピックス講述（4回）
材料化学の各専門分野におけるトピックスについての集中講義。

[Course requirements]
None[Evaluation methods and policy]
授業時に課すレポート及び履修後に課すレポートにより評価する。

[Textbooks]
Instructed during class[References, etc.]（Reference books）
特になし。
[Study outside of class (preparation and review)]
必要に応じ指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG12 6P058 LB62

Course title(and course 材料化学特論第四title inEnglish)Instructor's
name, job title,and departmentof affiliation

Material Chemistry Adv. IV

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Graduate School of Engineering
Professor,URAYAMA KENJI

Year/semesters 2023/Intensive, Second

Lecturesemester

Language of instruction Japanese and English[Overview and purpose of the course]
材料化学の各専門分野におけるトピックスについて、集中講義の形式で学修する。なお、材料化学専攻以外の専攻所属の学生は、履修に際して材料化学専攻長に説明を受けること。

[Course objectives]
先端材料の合成と構造−物性相関を中心に、基礎から応用まで材料化学分野の現状および将来の展
望についての知識を得る。
[Course schedule and contents]
トピックス講述（4回）
材料化学の各専門分野におけるトピックスについての集中講義。

[Course requirements]
None[Evaluation methods and policy]
授業時に課すレポート及び履修後に課すレポートにより評価する。

[Textbooks]
Instructed during class
特になし。
[References, etc.]（Reference books）
特になし。
[Study outside of class (preparation and review)]
必要に応じ指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG12 7P110 LB61

Course title(and course 材料化学総論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

General Material Chemistry

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,URAYAMA KENJI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG12 7P111 LJ61

Course title(and course 化学産業特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemical Industry, Advanced

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,URAYAMA KENJI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG42 7S001 LJ61

Course title(and course 機能材料設計学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design of Functional Materials

Target year
Days and periods Wed.1

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,FUJITA KOJI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
In this course, we introduce some examples of the research on various functional materials, which have beenstudied in the laboratories of the Department of Material Chemistry.
[Course objectives]
To gain basic knowledge on the current and future prospects of functional materials, focusing on
methodologies/techniques for enhancing the functionality of various materials or adding new functions.
[Course schedule and contents]
Week 1-2 High-pressure synthesis of inorganic materials
Week 3-4 Development of functional materials using laser material processing
Week 5 Magneto-optical materials
Week 6 Synthetic organic chemistry driven by artificial intelligence (AI)
Week 7 Catalytic reactions in organic chemistry
Week 8 High-performance separation analysis using specific interactions
Week 9 Biomaterial design for disease treatment
Week10 Mechanical properties of polymers
Week11 Development of novel functional electrodes for electroanalysis[Course requirements]
None[Evaluation methods and policy]
Grading will be based on active participation and assignments. Assignments will be assessed on the basis ofachievement level for course goals.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Students are requested to review the lectures（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG42 7S002 SJ61

Course title(and course 機能材料設計学特論
title inEnglish)Instructor's
name, job title,
Design of Functional Materials, Advanced and departmentof affiliation

Target year
Days and periods Thu.3

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,FUJITA KOJI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
In this course, we will offer lectures about recent progress and future prospects for the development offunctional materials in a seminar format.
[Course objectives]
To promote problem-solving abilities by understanding comprehensively the research results and latest trends
in the development of functional materials.
[Course schedule and contents]
Week 1-6 Explain and discuss basic research leading to the addition of functionality to various materials
Week 7-11 Discuss recent research trends and topics on functional materials and devices[Course requirements]
None[Evaluation methods and policy]
Grading will be based on active participation and assignments. Assignments will be assessed on the basis ofachievement level for course goals.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Students are requested to review the lectures.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG42 7S003 SJ62

Course title(and course 無機構造化学特論
title inEnglish)Instructor's
name, job title,
Inorganic Structural Chemistry, Advanced and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],8times,,7times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MIURA KIYOTAKA
Graduate School of Engineering
Associate Professor,SHIMOTSUMA YASUHIKO
Graduate School of Engineering
Assistant Professor,shimizu masahiro

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG42 7S006 SJ62

Course title(and course 応用固体化学特論
title inEnglish)Instructor's
name, job title,
Industrial Solid-State Chemistry, Advanced and departmentof affiliation

Target year
Days and periods Mon.5

Number of credits 2
Class style

SeminarGraduate School of Engineering
Professor,TANAKA KATSUHISA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Students will learn recent topics and future prospects in the fields of solid-state chemistry and its applications
by attending a seminar.
[Course objectives]
To be able to grab the trends of research in the fields of solid-state chemistry and its applications.
[Course schedule and contents]
Magnetic materials (8)Students will discuss recent research activities and future prospects about magnetic materials.
Optical materials (7)Students will discuss recent research activities and future prospects about optical materials.
[Course requirements]
None[Evaluation methods and policy]
Evaluation will be based on class performance.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Students should prepare for the class by referring to textbooks of solid-state chemistry and related fields andalso review what they would learn based on materials handed out in the seminar.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG42 7S010 SJ59

Course title(and course 有機反応化学特論
title inEnglish)Organic Reaction Chemistry, Advanced

Target year
Days and periods Wed.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],１５times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA SEIJIROU

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG42 7S013 SJ60

Course title(and course 天然物有機化学特論
title inEnglish)Instructor's
name, job title,
Organic Chemistry of Natural Products, Advanced and departmentof affiliation

Target year
Days and periods Wed.5

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG42 7S016 SJ61

Course title(and course 材料解析化学特論
title inEnglish)Instructor's
name, job title,
Analytical Chemistry of Materials, Advanced and departmentof affiliation

Target year
Days and periods Wed.4

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,KUBO TAKUYA

Year/semesters 2023/Second semester

SeminarLanguage of instruction Japanese[Overview and purpose of the course]
Study the recent progress and future prospects of analytical chemistry of materials in a seminar format.

[Course objectives]
Understanding recent progress, current status and future prospects of material analysis chemistry.
[Course schedule and contents]
Seminar / Intensive lecture (15): Lecture on the latest topics in analytical chemistry of materials.

[Course requirements]
It is desirable that students have taken or have equivalent knowledge in the Master's Program in Material
Chemistry, Graduate School of Engineering, Kyoto University, "Analytical Chemistry of Materials" and"Analytical Chemistry of Materials II".

[Evaluation methods and policy]
Comprehensively evaluate the content of presentations and discussions at seminars.

[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
It is recommended to scrutinize and review the content after each class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG42 7S019 SJ61

Course title(and course 高分子材料物性特論
title inEnglish)Instructor's
name, job title,
Physical Properties of Polymer Materials, Advanced and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,URAYAMA KENJI
Graduate School of Engineering
Associate Professor,HORINAKA JIYUNICHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG42 7S022 SJ62

Course title(and course 高分子材料合成特論
title inEnglish)Instructor's
name, job title,
Synthesis of Polymer Materials, Advanced and departmentof affiliation

Target year
Days and periods Fri.5

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NUMATA KEIJI

Year/semesters 2023/Second semester

Language of instruction JapaneseCourse number
Course title(and course 物質エネルギー化学特論１
title inEnglish)Instructor's
name, job title,
Energy and Hydrocarbon Chemistry, Adv.1 and departmentof affiliation

Target year

1st year students or above Number of credits 1.5

Days and periods Wed.2

Class style

LectureGraduate School of Engineering
Associate Professor,Cedric Tassel
Institute for Chemical Research
Assistant Professor,TANIFUJI KAZUKI
Graduate School of Engineering
Assistant Professor,KATO DAICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
物質・エネルギー変換効率の高いデバイスや反応系の構築は、省エネルギー・低炭素社会の実現やエネルギーセキュリティーの観点から重要である。本授業では、次世代エネルギー材料・デバイスに関する最新の化学研究を紹介する。 また、エネルギーの生産、貯蔵、輸送、利用に向けた技術に関する、さまざまな基礎的なトピックについても紹介する。

[Course objectives]
物質・エネルギー変換効率の高いデバイスや反応系の設計・構築に要求される諸条件と、それを達成するために必要な戦略や評価手法を理解・習得する。
[Course schedule and contents]
エネルギー資源の開発動向（2回）
再生可能エネルギーや水素エネルギーなどについて概説する。
物質・エネルギー変換技術・材料（太陽電池／バッテリー／燃料電池）（2回）
電池、太陽電池、固体燃料電池に使用されている材料について概説する。
固体イオニクス材料と物性評価手法（2回）
固体内のイオン移動や結晶構造との関係や物性値の測定手法、最近のトピックスを中心に概説する。
半導体光触媒の結晶構造とバンド構造（2回）
水分解のため半導体光触媒の開発について、特に結晶構造とバンド構造等の固体化学的見地から解説する。
物質・エネルギー循環を支える酵素の化学（3回）
エネルギー化学において重要な有機電子材料、有機分子変換反応の基礎となる有機分子の電子構造や電子移動、光励起といった内容について概説する。
フィードバック（1回）
講評と確認をする。"[Course requirements]
学部レベルの有機・無機・分析・物理化学の基礎知識があること。

Continue to 物質エネルギー化学特論１ (2)↓↓↓

物質エネルギー化学特論１ (2)[Evaluation methods and policy]
講義の際に小問題を出す。また、各担当教員の最終講義時にレポート課題を課し、これらにより評価する。
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
必要に応じて連絡する。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG13 6D234 EJ60

Course title(and course 物質エネルギー化学特別実験及演習
title inEnglish)Instructor's
name, job title,
Experiments & Exercises in Energy and Hydrocarbon Chemistry, Adv. and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 8
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,,10times,,10times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJIHARA TETSUAKI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG13 7D235 LJ60

Course title(and course 物質エネルギー化学特論第七title inEnglish)Instructor's
name, job title,
Energy and Hydrocarbon Chemistry, Adv.VII and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,1time,,,,,,,,,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJIHARA TETSUAKI
Graduate School of Engineering
Senior Lecturer,NAKADA AKINOBU

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG13 7D236 LJ60

Course title(and course 物質エネルギー化学特論第八title inEnglish)Instructor's
name, job title,
Energy and Hydrocarbon Chemistry, Adv.VIII and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJIHARA TETSUAKI
Graduate School of Engineering
Senior Lecturer,NAKADA AKINOBU

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG13 6H200 LJ61

Course title(and course 電気化学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Electrochemistry, Adv.

Target year
Days and periods Fri.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,ABE TAKESHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
非水溶液中での電気化学を理解することを目的とする。そのために、まず非水溶液を分類し、その化学的性質、物理的性質を示す。その後、電気化学反応の速度論について学ぶ。
[Course objectives]
・ 非水溶液の分類とその酸塩基の理解
・ 非水溶液中での電気化学反応の速度論の理解
・ 電気化学測定法の理解[Course schedule and contents]
電気化学システムに関するIntroduction（1回）
・ 電気化学システムの特徴とその材料に要求される物性
・ 電気化学操作と工業との関わり
・ 電気化学と関連分野
非水溶液の特性（4回）
・ 非水溶液の酸塩基
・ 溶媒和
・ 伝導度
・ 純度
物質移動過程（2回）
・ 電極反応物質，生成物の電極表面と溶液バルクの間の移動・ 拡散と泳動
・ 物質移動律速過程
測定法（3回）・ 一般的な測定法
応用（1回）
・ 電池などContinue to 電気化学特論 (2)↓↓↓

電気化学特論 (2)[Course requirements]
４回生配当の学部科目である電気化学をすでに修得していることを前提として講義を進める．
[Evaluation methods and policy]
筆記試験の結果に基づいて判定する[Textbooks]
Not used
講義内容に沿った資料を配布する．
[References, etc.]（Reference books）
Kosuke Izutsu 『 Electrochemistry in Nonaqueous Solutions』[Study outside of class (preparation and review)]
必要に応じて連絡する。
（Other information (office hours, etc.)）
隔年開講科目*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG13 6H202 LJ60

Course title(and course 物質環境化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Green and Sustainable Chemistry

Target year
Days and periods Mon.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OOE KOUICHI
Graduate School of Engineering
Professor,SAKKA TETSUO
Graduate School of Engineering
Professor,ABE RYUU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Chemistry of light energy conversion by semiconductors]
The global environmental impact of energy use has become a serious issue, as has the spread of renewableenergy. The conversion of solar energy into electricity utilizes properties of semiconductors. In this lecture,
we will explain electrical properties, optical properties, junction and interface structures, and applications tosolar cells of semiconductors in four parts, with the conversion of light energy into electrical energy in mind.
[Green Chemistry]
Green Chemistry is a chemistry and science and technology system that comprehensively achieves goals interms of both economy and environment based on the basic principles of science, and it greatly contributes tothe realization and development of an environment-friendly and sustainable society. In this charge, fromamong those related to the creation, design, and application of chemical substance manufacturing processes
that can reduce the production and use of harmful substances, 'atom efficient manufacturing processes, 'environmentally friendly catalysts,' and 'in chemical synthesis.' Recent developments such as 'environmentally friendly reaction medium' will be explained in four parts.
[Recent progress in catalytic organic reactions that contribute to environmental conservation]
In this lecture, we will explain the recent progress of catalytic conversion reactions that contribute toenvironmental conservation, and explain results selected from treatises recently reported in majorinternational academic journals, including their ideas, originality, novelty, and superiority. Then, we willrecognize problems that conventional chemical conversion methods create for the environment, and give four
lectures on the cutting-edge efforts being made to change them.
[Course objectives][Chemistry of light energy conversion by semiconductors]
・ The use of solar energy
・ Band structure, electrical properties, and optical properties of semiconductors as the basis ofsemiconductors
・ Semiconductor bonding and semiconductor interfaces
・ Silicon solar cells, wet solar cells, and new solar cells as light energy conversion devices[Green Chemistry]・ Green Chemistry.
・ Concept of atom efficiency, atom efficient conversion process
・ Eco-friendly catalysts
・ Environmentally friendly reaction media
Continue to 物質環境化学 (2)↓↓↓

物質環境化学 (2)[Recent progress in catalytic organic reactions that contribute to environmental conservation]
・ Catalytic conversion reaction of carbon dioxide
・ Highly efficient catalytic conversion reaction of unactivated substrates
・ Methodology of molecular catalyst development that contributes to environmental conservation[Course schedule and contents]
Semiconductor basics (once)・ Semiconductor band structure
・ Electrical properties of semiconductors
・ Optical properties of semiconductors
Semiconductor junction and semiconductor interface (1 session)
・ P-n junction
・ Semiconductor solution interface
・ Semiconductor electrochemicalLight energy conversion device (1 time)・ Silicon solar cell・ Wet solar cells
・ New solar cell
Introduction to Green Chemistry (1 time)・ Guidance on general lectures
・ What is green chemistry?
・ E-factor and atom efficiency (atom economy)
・ Organic synthesis from the viewpoint of Green Chemistry
Atomic efficient manufacturing process: Using homogeneous catalytic reaction as an example (1 session)・ Lewis acid alternative metal complex catalyst
・ Base-substitute metal complex catalyst
・ Acid-base composite alternative catalyst
・ Oxidation catalyst
Environmentally friendly catalyst: Taking a photooxidation / reduction catalyst as an example (1 session)
・ Electron transfer oxidation catalyst
・ Electron transfer reduction catalyst
Environmentally friendly reaction medium (1 session)
・ Underwater reaction・ Supercritical fluid・ Fluorine-based organic solvent
・ Ionic liquid
Catalytic organic chemistry using carbon dioxide as a substrate (1) (1 session)・ Lecture outline explanation
・ Physical characteristics of carbon dioxide
Continue to 物質環境化学 (3)↓↓↓

物質環境化学 (3)・ Electronic state of carbon dioxide
Catalytic organic chemistry using carbon dioxide as a substrate (2) (1 session)
・ Recent results of catalytic conversion reactions using carbon dioxide as a substrate
・ Reaction mechanism of catalytic conversion reaction using carbon dioxide as a substrate
High-efficiency catalytic conversion reaction of low-reactivity substrate (1) (1 session)・ Highly efficient utilization of unactivated substrate-Reaction mechanism of catalytic reaction using unactivated substrate
High-efficiency catalytic conversion reaction of low-reactivity substrate (2) (1 session)・ Basics of CH activation reaction-Recent results of catalytic conversion reaction through CH activation reaction[Course requirements][Chemistry of light energy conversion by semiconductors]
No prior knowledge of a specific subject is required, but lecture will be conducted on the premise that basic
knowledge at the undergraduate level has been acquired.
[Green Chemistry]
Lectures will be conducted on the premise that students have already acquired basic knowledge at theundergraduate level, such as organic chemistry.
[Recent progress in catalytic organic reactions that contribute to environmental conservation]
Lectures will be conducted on the premise that students have basic knowledge at the undergraduate level on
subjects such as organic chemistry, physical chemistry, and inorganic chemistry.
[Evaluation methods and policy]
The grades of each shared lecture are evaluated by combining the normal score (30%) and the written test
(70%), and based on the average score of the three students, 5 grades (A +: 96-100 points / A: 85-95 points /C: 65-74 points / D: 60-64 points / F: less than 60 points) will be the final evaluation of this lecture.
[Textbooks]
Distribute materials to be used based on the content of lectures.

[References, etc.]（Reference books）
Others（Related URLs）( none)Continue to 物質環境化学 (4)↓↓↓

物質環境化学 (4)[Study outside of class (preparation and review)]
Students should briefly glance over the handouts and References, and prepare for the contents of each unit
before attending any lecture. In addition, we will deepen our understanding of the contents of each unit byactively engaging in literature research and learning about topics introduced in each lecture. It would be
advisable for students to devote twice the amount of time spent in teaching sessions to prepare for and review
each.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG13 5H205 LJ60

Course title(and course 無機固体化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Inorganic Solid-State Chemistry

Target year
Days and periods Thu.5

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,KAGEYAMA HIROSHI
Graduate School of Engineering
Senior Lecturer,TAKATSU HIROSHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
金属酸化物を中心とする無機結晶固体について、構成元素の相互作用や結合様式、結晶構造について、特に近年急速に発展しつつある複合アニオン化合物を中心に講述し、これらの違いが磁性，電気伝導性，光物性など の機能性とどのように結びついているかを、基礎から最新のトピックスを含
め て解説する。また、最新の合成、測定法についても紹介する。最後に、材料の結晶構造を実際に決定する方法を教える。
[Course objectives]
化学系の学生は誰しも原子、分子を出発として物事を理解しようとする。そう考えるとアボガド
ロ数もの巨大分子といえる無機材料は攻略できそうにないものにみえてくる。一方で、物理系の学
生は分子や結合などわからなくても数式をつかって強磁性、超電導などの物性を見事に理解してきた。このように化学と無機固体には大きなギャップがあるように見えるが、本講義によって、化学的視点に立って無機結晶の結合、構造をみることの重要性を理解し、物理に対して恐怖心、アレルギーを取除くことを目指す。
直接的であれ、間接的であれ、無機物を扱うのであればどの分野（電気化学、界面化学、触媒化学など）であっても結晶構造を理解することは必須である。その意識をもって授業に望んでもらえ
ば得るものは大きいと思うので、そのように全ての受講生に感じてもらえることが最終目標。また、無機固体材料の電気・熱・磁気現象について、最近の研究動向を踏まえ、なるべく直感的に理解できるように説明する。
[Course schedule and contents]
固体の化学結合について（２回）
・分子軌道法からみた固体の電子状態（基礎）・分子軌道法からみた固体の電子状態（発展）複合アニオン化合物の科学（４回）
・複合アニオン化合物の合成
・複合アニオン化合物の構造・複合アニオン化合物の化学機能・複合アニオン化合物の物理機能
固体材料の電気・熱・磁気現象（５回）
・固体材料の結晶構造/結晶とは？
・結晶による回折/固体材料のキャラクタリゼーション
・固体の磁性・固体の比熱・固体の伝導現象
Continue to 無機固体化学 (2)↓↓↓

無機固体化学 (2)[Course requirements]
None[Evaluation methods and policy]
レポート（７割）、平常点評価（３割）[Textbooks]
陰山洋、荻野拓、長谷川哲也 『複合アニオン化合物の科学』（丸善、２０２１）
授業で配布するプリントを使用。演習のためパソコンを使う。
[References, etc.]（Reference books）[Study outside of class (preparation and review)]
必要に応じて連絡する。
（Other information (office hours, etc.)）
隔年開講科目*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG13 6H208 LB60

Course title(and course 物質エネルギー化学特別セミナーA
title inEnglish)Instructor's
name, job title,
Seminar on Energy & Hydrocarbon Chemistry (A) and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJIHARA TETSUAKI
Graduate School of Engineering
Senior Lecturer,NAKADA AKINOBU

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG13 7H213 LJ60

Course title(and course 有機触媒化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Catalysis in Organic Reactions

Target year
Days and periods Wed.1

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OOE KOUICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Students will learn the basics of homogeneous catalytic reactions as key reactions used in total synthesis
research of natural products, and deepen their understanding of efficient construction methods of carbon
skeletons. We will also discuss organic synthesis reactions and various reactants that are highly useful fromthe viewpoint of functional group selectivity and stereoselectivity. At the end of each lecture, a quiz
(confirmation test) on what you learned in the unit will be conducted to cultivate the ability to apply
homogeneous catalytic reactions and organic conversion methods.
[Course objectives]
・ Construction of retrosynthetic routes for structurally complex compounds
・ Chemistry of protecting groups
・ Basic organometallic reactions
・ Cross-coupling reaction
・ Asymmetric synthesis
・ How to use synthetic chemistry of alkene complexes
・ How to use synthetic chemistry of metathesis reactions
・ Asymmetric aldol reaction
・ Organic catalysts
・ Diels-Alder reaction
・ Cyclization oligomerization reaction of alkynes
・ How to use synthetic chemistry of carbene and nitrene complexes[Course schedule and contents]
Total synthesis of Minfiensine (2 sessions)・ Guidance on general lectures
・ Transmetallation reaction
・ Suzuki / Miyaura coupling reaction
・ Asymmetric Mizoroki-Heck reaction
・ Synthetic chemical utilization of alkene complexes
Total synthesis of Vitamin E (1 session)・ Asymmetric Domino Wacker-Heck reaction(+)-Total synthesis of Laurenyne (1 session)・ CBS asymmetric reduction reaction
・ [3,3] Sigmatropic reaction
Continue to 有機触媒化学 (2)↓↓↓有機触媒化学 (2)(+)-Total synthesis of Cyanthiwigin U (2 sessions)・ Alkene metathesis reaction
・ Chiral pool method
Total synthesis of Miriaporone 4 (2 sessions)・ Evans aldol reaction
・ Alcohol oxidation reaction by TEMPO and IBX・ 1, 3-Dipole addition reaction
Total synthesis of BIRT-377 (1 session)・ Organic catalyst
・ Pinnick oxidation reaction.
(-)-Total synthesis of Tetrodotoxin (2 sessions)・ Reaction of carbene complex
・ Reaction of nitrene complex
・ Chiral pool method
・ Felkin-Anh model[Course requirements]
Lectures on synthetic organic chemistry and organometallic chemistry will proceed on the premise that you
have already acquired basic knowledge at the undergraduate level.
[Evaluation methods and policy]
A quiz is given at the end of each lecture, and results of the quiz and final exam for each lecture are evaluatedcomprehensively.
[Textbooks]
Distribute materials to be used with the content of the lecture.
http://www.eh.t.kyoto-u.ac.jp/ja[References, etc.]（Reference books）
Translated by Shinji Murai, "Organic Synthesis by Hegedas Transition Metals" (2011, Tokyo Kagaku Dojin),Translated by Takanori Shibata, et al., "Synthetic Organic Chemistry" by RK Parashar (2011, Tokyo Kagaku
Dojin), W. Carruthers and I. Coldham "Modern" Methods of Organic Synthesis 4th Ed .; Cambridge
University Press: Cambridge, 2004. (Cambridge, 2004.), J. F. Hartwig "Organotransition Metal Chemistry"(University Science Books) ISBN: 978-1-891389-53-5[Study outside of class (preparation and review)]
Students should briefly glance over handouts and References to prepare for the contents of each unit before
attending any lecture. In addition, students will actively work on assignments given in each teaching session
to deepen their understanding of these contents. It is advisable for students to devote twice the amount of timespent in teaching sessions to preparing for and reviewing the teaching sessions.
Continue to 有機触媒化学 (3)↓↓↓

有機触媒化学 (3)（Other information (office hours, etc.)）
Various information related to lectures will be posted at the following URL as needed, so please refer to it ina timely manner.
http://www.eh.t.kyoto-u.ac.jp/ja*Please visit KULASIS to find out about office hours.

Course number

G-ENG13 6H215 LJ60

Course title(and course 機能性界面化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemistry of Functional Interfaces

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,SAKKA TETSUO
Graduate School of Engineering
Associate Professor,NISHI NAOYA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
材料の性質は界面に大きく影響される。その中でも光学的な性質は界面に敏感である。このことは、界面を工夫することにより光をより効果的に扱うことができることを意味している同時に、界面を調べる手段として光を使うことが有効であることも意味している。講義の前半では、化学系の学部
カリキュラムではあまり取り扱わない光やレーザーに関する基本的事項について解説する。後半では、光が関与するさまざまな界面現象について解説し、物質界面の分光法による研究にどのように利用できるかについて説明する予定である。
[Course objectives]
光が関与する物質界面の多様な現象を理解し、界面を調べるためのさまざまな分光法の原理を理解すること。
[Course schedule and contents]
序論（1回）
・界面と光について
光とレーザーの基礎（5回）
・光の基本的性質
・レーザー
・スペクトルと分光分析
界面現象と光（5回）
・界面張力波と光散乱
・電磁場の境界条件とフレネル式
・表面プラズモンポラリトン
・光高調波発生[Course requirements]
None[Evaluation methods and policy]
筆記試験の結果にもとづいて判定する[Textbooks]
Not used
授業で資料を配布する
Continue to 機能性界面化学 (2)↓↓↓

機能性界面化学 (2)[References, etc.]（Reference books）（前半） 大津元一著 『現代光科学Ⅰ、Ⅱ』（朝倉書店）[Study outside of class (preparation and review)]
配布資料をもとに復習すること（Other information (office hours, etc.)）
隔年開講科目*Please visit KULASIS to find out about office hours.

Course number

G-ENG13 6H218 LJ61

Course title(and course 固体触媒設計学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Material Design of Solid Catalysts

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Associate Professor,MATSUI TOSHIAKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
エネルギー、環境及び資源に関する問題は相互に関連しており、人類の将来にとって最も重要な課
題のひとつといえる。このような問題と関連する材料技術についての現状と将来課題を理解する。
本講義では、エネルギー問題、環境問題に関連した社会的背景を織り交ぜながら、燃料電池や環境触媒における材料化学の役割を学ぶとともに、そこで使用される機能性固体材料、複合材料に求められる性質についての基礎的化学を学習する。
[Course objectives]・ エネルギーや環境問題にかかわる触媒
・ 燃料電池/電解セルの化学
・ 機能性固体材料の科学
・ エネルギー環境問題に関連した無機固体材料の役割[Course schedule and contents]
エネルギー・資源の開発動向（3回）
国内・海外の再生可能エネルギーや水素エネルギーの開発動向について概説する。
物質・エネルギー変換技術・材料（触媒／燃料電池・電解セル）（5回）
再生可能エネルギーや水素利用にかかわる触媒および燃料電池・電解セルに関連する触媒反応や電気化学反応、材料について概説する。
材料合成と物性評価手法（3回）
機能性固体材料の合成法や物性、様々な物性測定手法について概説する。
[Course requirements]
物理化学，無機固体化学のある程度の知識を前提とする[Evaluation methods and policy]
平常点（30%）とレポート課題（70%）を総合して成績を評価し、5段階（A+：96-100点／A：8595点／C：65-74点／D：60-64点／F：60点未満）で評価とする．
[Textbooks]
Not used
講義内容に沿った資料を配布する．
Continue to 固体触媒設計学(2)↓↓↓

固体触媒設計学(2)[References, etc.]（Reference books）
特に指定しない．講義中に必要に応じて紹介する[Study outside of class (preparation and review)]
必要に応じて連絡する。
（Other information (office hours, etc.)）
隔年開講科目*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG13 6H219 LJ60

Course title(and course 構造有機化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Structural Organic Chemistry

Target year
Days and periods Tue.5

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,1time,,1time,,1time,,1time,,4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Chemical Research
Professor,MURATA YASUJIROU
Institute for Chemical Research
Associate Professor,HIROSE TAKASHI

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG13 5H222 LJ60

Course title(and course 物質変換化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemical Transformations

Target year
Days and periods Tue.5

Number of credits 1.5
Class style

LectureInstitute for Chemical Research
Professor,NAKAMURA MASAHARU
Institute for Chemical Research
Assistant Professor,ISOZAKI KATSUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]This course explains the basic chemistry of functional organometallics, aiming to help students understandthe syntheses/structures/reactivities/functions of these compounds with a focus on applications in moleculartransformation and organic synthesis.
[Course objectives]
To gain molecular-level insight into the reactivity and photo- and electro-functions of organometallic
compounds based on elements science and to be able to apply it to the students; daily research, hopefully.
[Course schedule and contents]
course guidance and introduction,1time,4/9 course guidance/introduction/assessment test
syntheses, properties, and applications of functional metal nano particles,6times,4/16-5/28 main grouporganometallics in molecular transformations
syntheses, properties, and applications of organo main group metal compounds,4times,6/4-7/2 transition
metal organometallic in photo- and electro-functional materials[Course requirements]
knowledge of undergraduate organic chemistry[Evaluation methods and policy]
examinations (quizes in classes and final achievement test)[Textbooks]
Not fixed[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
This course is provided at Uji campus in the odd-number academic years and at Katsura campus in the evennumber academic years.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG13 6H226 LJ60

Course title(and course 錯体触媒設計学
title inEnglish)Chemistry of Well-Defined Catalysts

Target year
Days and periods Mon.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OHKI YASUHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course aims to understand the properties, reactions, photo functions, and natural activities of transition
metal complexes at the atomic and molecular levels. In particular, the theme of the lectures will be to "solve
the mysteries" that approach the relationship between metals and their functions. We will explore the details
that cannot be addressed in Inorganic Chemistry 2 (Undergraduate Lecture) of the Advanced Chemistry
Course of the Department of Industrial Chemistry and the Organometallic Chemistry 2 (Graduate lecture,
Alternate years, First semester Fri. 1) of the Advanced Chemical Studies Group. In the first few lectures, wewill cover the basic concepts necessary for understanding the whole course and review some of the areas thatoverlap with undergraduate lectures.
This course is primarily targeted at master's course students.
[Course objectives]
In this course, students will systematically study
・ The structure and bonding of transition metal complexes while reviewing some elements.
・Elementary reactions and their mechanisms forming the basis of homogenous catalytic reactions while
reviewing some of the elements.
・Typical homogeneous catalytic reactions and their applications to organic synthesis and polymer synthesis.
・Why transition metals are necessary for homogeneous catalytic reactions and how they function at theatomic and molecular levels.
・Why transition metals, which only exist in trace amounts, are necessary for natural reactions and functions.
・Biological reactions and functions involving transition metals based on complex chemistry.
[Course schedule and contents]
Students from different campuses are allowed to join this class online, while the instructor focuses on inperson attendees. See below in "other info" for more details.
Structure of transition metal complexes
・Formal oxidation numbers, valence electron numbers, complex structure and crystal field theory, type andproperties of ligands
・Ligand field theory, the π-type interaction between d orbitals and ligands, 18-electron rule
Basic reactions of transition metal complexes
・Ligand substitute reactions (types and mechanisms of reactions, trans influence and trans effects), etc.
Basic reactions of organometallic complexes
・Oxidative addition reaction, reductive elimination reaction, insertion reaction, etc.
Details of typical homogenous catalytic reactions
・Hydrogenation; Cross-coupling; Olefin metathesis, etc.
・Polymerization reactions such as coordination polymerization, chemical industry reactions to synthesize
Continue to 錯体触媒設計学(2)↓↓↓

錯体触媒設計学(2)aldehydes and acetic acids, etc.
Photofunctional and Pharmaceutical Activities of Transition Metal Complexes
・Dye-sensitized solar cells, organic EL, cisplatin, etc.
Chemistry of Transition Metal Complexes in Nature
・Metals and ligands used in biological activities: trace elements, function and coordination modes of aminoacid residues (side chains)
・Electron transfer, respiration and oxygen transport: ferredoxin, type I copper protein, hemoglobin, etc.
・Oxidation reactions: Cytochrome oxidase, methane monooxygenase, dioxygenase, etc.
・Reduction reactions: Hydrogenase, hydrogenase with CO, Nitrogenase, etc.
[Course requirements]
Students are expected to have undergraduate-level knowledge of the fundamentals of complex chemistry.
[Evaluation methods and policy]
Evaluation is based on the report assignment per class. The main objective of the report assignments is toimprove creative thinking ability, which is important for active participation in society. Attendance
requirements will be taken into account to attain balance with research activities.
[Textbooks]
In addition, lecture materials will be provided/distributed separately.

[References, etc.]（Reference books）
Tomoaki Tanase et al. "錯体化学」有機・無機複合体の分子科学" (Sankyo Shuppan, 2021) Book
purchase is not a course requirement, Fumiyuki Ozawa and Hisao Nishiyama "朝倉化学体系16「有機遷移金属化学」" (Asakura Shoten, 2016) Book purchase is not a course requirement, Shinobu Itoh, Shigetoshi
Aono, and Takashi Hayashi "フロンティア生物無機化学" (Sankyo Shuppan, 2016) Book purchase is not acourse requirement.
[Study outside of class (preparation and review)]
N/A（Other information (office hours, etc.)）
Classes will be held at the Uji Campus during odd-numbered years and Katsura Campus during evennumbered years.
Students from other campuses (or those of the same campus with special needs) will be allowed toparticipate online. However, face-to-face lectures will be prioritized, so please be aware that online
participants may face some inconvenience. If the number of people wishing to attend face-to-face lectures issmall, we will switch to online lectures.
The lectures will be conducted in Japanese, but we may switch to English with the consent of the students,
if necessary, to accommodate international students. Materials are prepared in Japanese.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG13 5H232 LJ60

Course title(and course 物質エネルギー化学特論第五title inEnglish)Instructor's
name, job title,
Energy and Hydrocarbon Chemistry, Adv.V and departmentof affiliation

Target year

1st year students or above Number of credits 1.5

Days and periods Intensive

Class style

LecturePart-time Lecturer,SASAMORI TAKAHIRO
Graduate School of Engineering
Professor,FUJIHARA TETSUAKI

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
有機化学・無機化学研究において、単結晶X線結晶構造解析の果たしている役割について紹介する。
測定原理、測定の流れ、などの紹介とともに、有機化学・無機化学研究の特に合成に携わる研究者が単結晶X線結晶構造解析を行う際の手順と注意事項について解説する。合成化学研究における単結晶X線結晶構造解析の意味を理解し、その結果について考察ができる基礎知識を習得する。
[Course objectives]
化学研究における単結晶X線結晶構造解析の意味を理解し、その結果について考察ができるようになる。
[Course schedule and contents]
１．X線結晶構造解析とは
２．X線結晶構造解析の原理
３．X線結晶構造解析の基礎
４．結晶の作り方、選び方
５．X線回折・測定
６．X線結晶構造解析
７．X線結晶構造解析の結果の評価
８．難しい解析・注意点
９．まとめ
１０．X線結晶構造解析の実例・デモンストレーション
１１．確認テストと演習[Course requirements]
一般的な有機化学および無機化学に関する知識を有する。
[Evaluation methods and policy]
小テスト70％、レポート課題30％[Textbooks]
資料を配付する。

[References, etc.]（Reference books）
平山令明著 「第２版化学・薬学のためのＸ線解析入門」 丸善 2006年（第2版）
Continue to 物質エネルギー化学特論第五(2)↓↓↓

物質エネルギー化学特論第五(2)[Study outside of class (preparation and review)]
必要に応じて連絡する。
（Other information (office hours, etc.)）
メール連絡：sasamori@chem.tsukuba.ac.jp（かならず、ご本人の名前と所属を記載した上でメール連絡をお願いいたします。）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG13 7H238 LJ60

Course title(and course 放射化学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Radiochemistry, Adv.

Target year
Days and periods Wed.5

Number of credits 1.5
Class style

LectureInstitute for Integrated Radiation and Nuclear Science
Associate Professor,OKI YUUICHI
Institute for Integrated Radiation and Nuclear Science
Associate Professor,TAKAMIYA KOUICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 放射化学特論(2)↓↓↓放射化学特論(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG13 6H240 LJ60

Course title(and course 有機典型元素化学
title inEnglish)Organic Main-Group Element Chemistry

Target year
Days and periods Tue.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureInstitute for Advanced Study
Professor,FUKAZAWA AIKO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
広範な有機化学の中でも，多彩な典型元素の導入がもたらす特徴的な反応性，物性，機能に焦点を当て，その基盤となる原理，基礎知識を講述する。本講義を通して，元素の特徴の理解を通して有機化学を多角的に捉える機会を提供する。また，当該分野の最先端研究を，講義で習得した知識を総動員して読み解くことで，新しい分野の開拓につながる視点を涵養する。
[Course objectives]
有機典型元素化合物の構造や反応性，物性の理解を理解する。
また，元素ごとの各論の学習にとどまらず，あらゆる元素に共通する概念や主導原理を理解し，元素の特徴を俯瞰する力を習得する。
有機化学と無機化学の境界に位置する有機典型元素化合物の化学の学習を通して，学問分野や研究を多角的に捉える力を養う。

[Course schedule and contents]【授業の方式】
本授業は全回とも同時双方向型でオンラインを活用して実施する。
【授業で扱うトピックス】
第１回 講義全体の概要説明とガイダンス，有機典型元素化合物の基本的な特徴
講義のねらいや進め方を説明する．また，有機ケイ素化合物を題材に，原子半径や電気陰性度などの基本的な元素の特性に基づき，典型元素の導入が有機化合物にもたらす電子効果を解説する。
第２回 有機ケイ素化合物の反応性
有機ケイ素化合物の特徴的な反応性を題材に，典型元素による電子効果を説明する。
第３回 有機ケイ素化合物の構造論 (1)軌道の混成のしやすさの違いに基づき第2周期元素と第3周期以降の元素の本質的な違いを概観する．また，実例として不飽和結合などの低配位化学種に関する研究例を概観する．
第４回 有機ケイ素化合物の構造論 (2)有機ケイ素化合物の中でもカチオン種，ポリシランに関する研究例を通して，第2周期元素と第3周期以降の元素の本質的な違いを概観する．
第５回 さまざまな有機典型元素化合物の構造論と反応性 (1)様々な有機典型元素化合物の構造や反応性を，ルイス酸性・塩基性という視点に基づき横断的に解説する。
第６回 さまざまな有機典型元素化合物の構造論と反応性 (2)様々な有機典型元素化合物の構造や反応性を，軌道相互作用と高配位形成という２つの視点に基づき横断的に解説する。
Continue to 有機典型元素化学(2)↓↓↓

有機典型元素化学(2)
第７回 有機典型元素化学に関する最近のトピックス(1)
これまでに解説した有機典型元素化合物の構造や反応性を踏まえ，最新の研究トピックスを紹介する。
第８回 有機典型元素化学に関する最近のトピックス(2)
これまでに解説した有機典型元素化合物の構造や反応性を踏まえ，最新の研究トピックスを紹介する。
第９回 安定カルベンが拓く化学
有機典型元素化学と密接な関係がある安定カルベンについて，基礎的事項から多彩な研究展開まで概観する。
第１０回 典型元素化合物ならではの機能発現 (1)
典型元素の導入が有機化合物にもたらす特異な物性や機能について，歴史的に重要な研究を取り上げて解説する。
第１1回 典型元素化合物ならではの機能発現 (2)典型元素の導入が有機化合物にもたらす特異な物性や機能について，最新の研究例を交えて解説する。
[Course requirements]
有機化学，無機化学などの学部科目（化学系）の履修を前提とする。
[Evaluation methods and policy]【評価方法】
レポート試験の成績（80％） 平常点評価（20％）
平常点評価は，授業への参加状況により行う。 PandA を使用して出欠確認を兼ねた簡単なクイズを実施する。質問などの積極的な取り組みには加点を与える。
【評価方針】
到達目標について，工学研究科の成績評価の方針に従って評価する。
レポート課題は，指定された期日までの提出を必須とし，パッチライティングを含む剽窃が認められた場合は不合格とする。
[Textbooks]
毎回 PandA で事前に講義資料を配布する。

[References, etc.]（Reference books）
野依，柴崎，鈴木，玉尾，中筋，奈良坂編 『大学院講義有機化学 I (第2版)』（東京化学同人）
ISBN:9784807908202
中筋，久保，鈴木，豊田編 『構造有機化学 - 基礎から物性へのアプローチまで 』（東京化学同人，
2020年）ISBN:9784807909575[Study outside of class (preparation and review)]
講義資料による予習・復習を充分行うこと。

Continue to 有機典型元素化学(3)↓↓↓

有機典型元素化学(3)（Other information (office hours, etc.)）
講義資料の配布やアナウンスは PandA のコースサイトで行う。
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG43 6S204 LJ60

Course title(and course 物質エネルギー化学特別セミナー１
title inEnglish)Instructor's
name, job title,
Energy and Hydrocarbon Chemistry Special Seminar 1 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJIHARA TETSUAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG43 6S205 LJ60

Course title(and course 物質エネルギー化学特別セミナー２
title inEnglish)Instructor's
name, job title,
Energy and Hydrocarbon Chemistry Special Seminar 2 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,,,,,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJIHARA TETSUAKI
Graduate School of Engineering
Senior Lecturer,NAKADA AKINOBU

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG13 6S206 LJ60

Course title(and course 物質エネルギー化学特別セミナー３
title inEnglish)Instructor's
name, job title,
Energy and Hydrocarbon Chemistry Special Seminar 3 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,FUJIHARA TETSUAKI
Graduate School of Engineering
Senior Lecturer,NAKADA AKINOBU

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG14 6D432 EJ60

Course title(and course 分子工学特別実験及演習Ⅰ
title inEnglish)Instructor's
name, job title,
Laboratory and Exercises in Molecular Engineering I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],7times,,16times,,7times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG14 6D433 EJ60

Course title(and course 分子工学特別実験及演習Ⅱ
title inEnglish)Instructor's
name, job title,
Laboratory and Exercises in Molecular Engineering II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],7times,,16times,,7times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, year-round

Language of instruction JapaneseCourse number

G-ENG14 6D439 LB60

Course title(and course 分子工学特論第一A
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Engineering, Adv. IA

Target year
Days and periods Intensive

Number of credits 1
Class style

LectureGraduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
分子工学の各専門分野におけるトピックスについて、コロキウム形式などで学修する。

[Course objectives]
分子工学に関わる基礎的事項と先端研究の内容について理解を深める。
[Course schedule and contents]
分子工学のトピックス（8回）
分子工学の各専門分野におけるトピックスについて、コロキウム形式やレポート作成を通じて学修する。

[Course requirements]
分子工学専攻以外の専攻所属の学生は、履修にあたって担当教員 (連絡先：colloquium@moleng.
kyoto-u.ac.jp ) の説明を受けること。

[Evaluation methods and policy]
平常点およびレポートにより評価する[Textbooks]
特になし[References, etc.]（Reference books）
特になし[Study outside of class (preparation and review)]
必要に応じて指示する。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG14 6D445 LB60

Course title(and course 分子工学特論第一B
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Engineering, Adv. IB

Target year
Days and periods Intensive

Number of credits 1
Class style

LectureGraduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
分子工学の各専門分野におけるトピックスについて、コロキウム形式などで学修する。

[Course objectives]
分子工学に関わる基礎的事項と先端研究の内容について理解を深める。
[Course schedule and contents]
分子工学のトピックス（8回）
分子工学の各専門分野におけるトピックスについて、コロキウム形式やレポート作成を通じて学修する。

[Course requirements]
分子工学専攻以外の専攻所属の学生は、履修にあたって担当教員 (連絡先：colloquium@moleng.
kyoto-u.ac.jp ) の説明を受けること。

[Evaluation methods and policy]
平常点およびレポートにより評価する[Textbooks]
特になし[References, etc.]（Reference books）
特になし[Study outside of class (preparation and review)]
必要に応じて指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 5H401 LJ60

Course title(and course 統計熱力学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Statistical Thermodynamics

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Many of our surrounding substances are condensed systems in which countless molecules are gathered. In
this lecture, we aim to understand the behaviors of various condensing systems from the viewpoint ofstatistical mechanics. Starting from the basics of statistical mechanics, we learn statistical mechanics handlingof realistic molecular system.
[Course objectives]
Confirm the relationship between thermodynamics and statistical mechanics, and acquire statisticalmechanics ideas to understand various phenomena as well.
[Course schedule and contents]
Fundamentals of statistical mechanics (3times)
cumulant, phase space, micro canonical ensemble, grand canonical ensemble
Fundamentals of statistical mechanics of quantum system (3times)
Fermi statistics, Bose statistics
Interacting classical system (5times)
imperfect gas, cluster expansion, functional derivative, distribution function, integral equation theory for
liquids[Course requirements]
Knowledge of thermodynamics of undergraduate level and elementary statistical mechanics[Evaluation methods and policy]
Evaluation will be based on active participation and an examination.
[Textbooks]
Instructed during classContinue to 統計熱力学(2)↓↓↓

統計熱力学(2)[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
While studying the thermodynamics and underlying statistical mechanics in the physics chemistry lecture ofundergraduate, we recommend that you review it as necessary as the lecture progresses.
（Other information (office hours, etc.)）
The content of the lecture may be revised as necessary according to the situation of participants.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG14 5H405 LJ60

Course title(and course 量子化学Ｉ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Chemistry I

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

Fukui Institute for Fundamental Chemistry
Professor,SATOU TOORU
Graduate School of Engineering
Associate Professor,HIGASHI MASAHIRO

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
原子・分子の量子力学、および多体電子系におけるハートリー・フォック理論、ポストハートリー・フォック理論、密度汎関数理論などの理論的手法、軌道相互作用といった量子化学の基礎的事項について講述する。
[Course objectives]
量子化学の基礎とその理解に必要なフレームについて習熟する。
[Course schedule and contents]
線形代数の復習、解析力学（1回）
線形空間、内積、ラグランジュ形式、ハミルトン形式
量子力学の基礎（2回）
ブラ、ケット、オブザーバブル、正準量子化、厳密に解けるいくつかの例
摂動論とその応用（2回）
分極率、磁化率、時間に依存する摂動論
分子の量子力学（2回）
ボルン・オッペンハイマー近似、回転、振動
ハートリー・フォック理論（2回）
多電子系、軌道の概念、フェルミ粒子の反対称性、スレーター行列式、フォック方程式
ポストハートリー・フォック理論（1回）
CI法、MCSCF法、MP法
密度汎関数理論（1回）
Hohenberg-Kohnの定理、Kohn-Sham法
軌道相互作用（1回）
軌道混合、フロンティア軌道理論
学習到達度の確認1

Continue to 量子化学Ｉ(2)↓↓↓量子化学Ｉ(2)[Course requirements]
学部物理化学で出てくる程度の初等的な量子力学[Evaluation methods and policy]
平常点及び定期試験に基づく総合判定[Textbooks]
Not used[References, etc.]（Reference books）
J.J. Sakurai 『現代の量子力学』（吉岡書店）
福井謙一 『量子化学』（朝倉書店）
米沢 貞次郎 他 『三訂量子化学入門』（化学同人）
福井謙一 『化学反応と電子の軌道』（丸善）
R.G.Parr, W.Yang 『原子・分子の密度汎関数法』（シュプリンガー）
A. Szabo, N.S. Ostlund 『新しい量子化学―電子構造の理論入門』（東京大学出版会）[Study outside of class (preparation and review)]
講義中に指示する。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG14 7H408 LJ60

Course title(and course 分子分光学
title in
Molecular Spectroscopy
English)Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureInstitute for Chemical Research
Professor,KAJI HIRONORI
Institute for Chemical Research
Professor,MIZUOCHI NORIKAZUInstitute for Chemical Research
Associate Professor,MATSUMIYA YUMI
Institute for Chemical Research
Assistant Professor,SHIZU KATSUYUKI
Institute for Chemical Research
Assistant Professor,SUZUKI KATSUAKI
Graduate School of Engineering
Assistant Professor,MORIOKA NAOYA

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
この授業では、磁気共鳴、NMR、フォトルミネッセンス分光、共焦点レーザー顕微鏡による計測、
誘電緩和 (電気双極子を用いた分子分光)などの基礎理論および応用について講義します。
それら分光法や計測法の基礎をもとに、有機ELで用いられる可視光領域における時間分解フォト
ルミネッセンス測定法、共焦点レーザー顕微鏡による単一発光中心計測、ダイヤモンドやSiC中の発光中心の量子情報処理応用研究などについて講義します。
In this class, fundamental theories and applications of magnetic resonance, NMR spectroscopy,
photoluminescence spectroscopy, measurement by confocal laser microscopy, and dielectric relaxation(molecular spectroscopy with electric dipoles), etc., will be lectured.
Based on these spectroscopy and measurement methods, time-resolved photoluminescence spectroscopy
in the visible light region used in organic light-emitting diodes, measurement of single color centers by aconfocal laser microscope, quantum information processing by using color centers in diamond and SiC willbe lectured.

[Course objectives]
磁気共鳴、NMR、フォトルミネッセンス分光、共焦点レーザー顕微鏡による計測、誘電緩和 (電気双極子を用いた分子分光)などの基礎理論について理解する。
それら分光法や計測法の基礎をもとに、有機ELで用いられる可視光領域における時間分解フォト
ルミネッセンス測定法、共焦点レーザー顕微鏡による単一発光中心計測、ダイヤモンドやSiC中の発光中心の量子情報処理応用研究などの基礎知識を習得する。
Understand fundamental theories and applications of magnetic resonance, NMR spectroscopy,
photoluminescence spectroscopy, measurement by confocal laser microscopy, and dielectric relaxation(molecular spectroscopy with electric dipoles).
Based on these spectroscopy and measurement methods, understand time-resolved photoluminescence
spectroscopy in the visible light region used in organic light-emitting diodes, measurement of single color
centers by a confocal laser microscope, quantum information processing by using color centers in diamondand SiC.
Continue to 分子分光学(2)↓↓↓分子分光学(2)[Course schedule and contents]
第1回： 磁気共鳴分光の基礎【メディア授業：同時双方向型】
第2回： NMR分光の基礎【メディア授業：同時双方向型】
第3回： NMR分光の応用【メディア授業：同時双方向型】
第4回： 可視光領域における時間分解分光実験【メディア授業：同時双方向型】
第5回： 時間分解分光に関わる各種速度定数、量子収率の理論的導出【メディア授業：同時双方向型】
第6回： 共焦点レーザー顕微鏡による固体材料中の不純物欠陥の分光計測【メディア授業：同時双方向型】
第7回： ダイヤモンド中の不純物欠陥と量子科学応用の基礎【メディア授業：同時双方向型】
第8回： SiC中の点欠陥と量子科学応用の基礎【メディア授業：同時双方向型】
第9回： 誘電緩和の原理 （双極子、イオンの運動）と現象論【メディア授業：同時双方向型】
第10回： 双極子の運動による誘電緩和【メディア授業：同時双方向型】
第11回：イオンの運動による誘電緩和【メディア授業：同時双方向型】
期末考査, 評価のフィードバック(1回)【メディア授業：同時双方向型】
1. Fundamentals of Magnetic Resonance spectroscopy
2. Fundamentals of NMR spectroscopy
3. Applications of NMR spectroscopy
4. Experimental time-resolved spectroscopy in the visible light region
5. Theoretical derivation of rate constants and quantum yields related to time-resolved spectroscopy
6. Measurement of impurity defects in solid materials using a confocal laser microscope
7. Fundamentals of Impurity Defects in Diamond and its Quantum Science Applications
8. Fundamentals of Point Defects in SiC and its Quantum Science Applications
9. Principles of dielectric relaxation (dipole and ion motion) and phenomenology
10. Dielectric relaxation due to dipole motion
11. Dielectric relaxation due to ionic motion
12. Evaluation and feedback[Course requirements]
学部レベルの化学の知識[Evaluation methods and policy]
各項目の担当教員の課すレポート等の結果を総合して判定する。
１００点満点。
[Textbooks]
Not used

Continue to 分子分光学(3)↓↓↓分子分光学(3)[References, etc.]（Reference books）
Nicholas J. Turro , V. Ramamurthy , Juan Scaiano 『Modern Molecular Photochemistry of Organic
Molecules』（University Science Books (2010)）ISBN:ISBN: 978-1891389252[Study outside of class (preparation and review)]
講義中に指示する。
（Other information (office hours, etc.)）
隔年開講科目。
オフィスアワーは原則として授業終了後の当日午後を予定。
*Please visit KULASIS to find out about office hours.

Course number

G-ENG14 6H416 LJ60 G-ENG14 6H416 LE60

Course title(and course 分子触媒学
title inEnglish)Catalysis Science at Molecular Level

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,TANAKA TSUNEHIRO
Graduate School of Engineering
Professor,TERAMURA KENTARO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Scattering theory of an electron for XAFS Analysis and Introduction to Catalytic Science.
The lectures are delivered online but it is not certain.
[Course objectives]
Learning fundamentals of catalytic science and acquiring elementary scattering theory to understand XAFS
spectroscopy as a powerful tool for catalyst characterization.
[Course schedule and contents]
1 Solving Schroedinger equation in central force field (2)variable separation method; angular momentum; radial equation; solution for bound condition; solution for
scattering condition
2 Hydrogen-like atom problem in two dimension(1)Schroedinger equation of hydrogen-like atom in two dimension is solved according to the solution in lecture
1.
3 Fermi's golden rule(1)perturbation theory (non-degenerated system); time dependent Shroedinger equation; time-dependent
pertubation theory
4 EXAFS Analysis(1)EXAFS analysis
5 Application of EXAFS(1)examples and recent topics
6 Introduction to catalytic science(1)fundamentals of catalyst and catalysis; design of catalysts
7 Introduction to photocatalysis(1)fundamentals of photocatalyst and photocatalysis
8 Industrial catalysis(1)catalysts for petroleum chemistry
9 Chemistry of adsorption(1)Continue to 分子触媒学(2)↓↓↓分子触媒学(2)physisorption and chemisorption
10 Physical chemistry for catalysis(1)thermodynamics and reaction kinetics in catalysis.
11 Feed back(1)[Course requirements]
Knowledge of physical chemistry like quantum chemistry, thermodynamics and spectroscopy is preferred.
[Evaluation methods and policy]
Absolute evaluation
Students will submit assignments to profs. Tanaka and Teramura and evaluation will be done on the basis of
the total scores given by each professor.
[Textbooks]
No text book.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Submission of solution of problems shown at the end of several classes and of report assignment on a recent
scientific paper of catalysis.
（Other information (office hours, etc.)）
Students ask questios and comments anytime via e-mail. If necessary, interview will be made via online orface-to-face under sufficient infection control.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 7H422 LJ61

Course title(and course 分子材料科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Materials Science

Target year
Days and periods Wed.2

Number of credits 1.5
Class style

LectureInstitute for Chemical Research
Professor,KAJI HIRONORI
Institute for Chemical Research
Assistant Professor,SHIZU KATSUYUKI
Institute for Chemical Research
Assistant Professor,SUZUKI KATSUAKI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）

Continue to 分子材料科学(2)↓↓↓分子材料科学(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 7H427 LJ61

Course title(and course 量子物質科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Quantum Materials Science

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,4times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Chemical Research
Professor,MIZUOCHI NORIKAZU

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG14 7H428 LB61

Course title(and course 分子レオロジー
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Rheology

Target year
Days and periods Wed.3

Number of credits 1.5
Class styleInstitute for Chemical Research
Associate Professor,MATSUMIYA YUMI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese and English[Overview and purpose of the course]
Lecture is given for the rheology and dynamics of polymeric liquids and their molecular basis.
[Course objectives]
Understanding phenomenological aspect of rheology in general and molecular aspect of polymer rheology.
[Course schedule and contents]
Basics of Rheology,1time,Rheology and its role in science and engineering, flow / deformation/ stress,
viscosity, modulus
Rheological behavior of matter,1time,Rheological behavior of matter and classification, viscoelasticity, nonNewtonian flow, plastic flow
Viscoelastic relaxations,2times,Boltzmann's principle, relaxation functions, relaxation time, conversion
among response functions, complex modulus
Viscoelasticity and temperature,1time,Glass transition, time-temperature superposition, WLF equation
Stress expression of polymers,2times,Stress expression, tension / free-energy / distribution-function ofsubchains
Rouse/Zimm model,1time,Model description, model equation, derivation of stress and relaxation modulus,
discussion on the relaxation behavior
tube model,2times,Model description, model equation, derivation of stress and relaxation modulus, discussion
on the relaxation behavior, comparison to Rouse dynamics
feedback of evaluation and confirmation of level of understanding,1time,Feedback of evaluation of report etc,
and confirmation of level of understanding[Course requirements]
Some basics on differential equations and statistical physics of polymers[Evaluation methods and policy]
Mainly with report[Textbooks]
Original text will be distributed in the class[References, etc.]（Reference books）
Y Matsushita ed, Structure and Property of Polymers (Kodansha) M Doi amp S F Edwards The Theory ofContinue to 分子レオロジー(2)↓↓↓

分子レオロジー(2)Polymer Dynamics (Oxford press) W Graessley Polymeric Liquids amp Networks: Dynamics and Rheology(Garland Science)（Related URLs）
https://molrheo.kuicr.kyoto-u.ac.jp[Study outside of class (preparation and review)]
Differential equations are used for molecular description of the time evolution of polymer chains that governs
the rheological properties. It is required to re-visit the content for the under-grad level of differential equation.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H429 LE61 G-ENG14 6H429 LE61

Course title
Instructor's(and course Molecular Nano-Biosensors and Smart Biomaterials name, job title,
title in
Molecular Nano-Biosensors and Smart Biomaterials and departmentof affiliation
English)Target year

1st year students or above Number of credits 1.5

Days and periods Mon.2

Class style

LectureInstitute for Advanced Study
Senior Lecturer,NAMASIVAYAM, Ganesh Pandian

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This course will discuss the bioengineering concepts required to understand the design and biologicalapplications of nano-sized biosensors and smart (Programmable functional recognition) biomaterials.
[Course objectives]
The intention of this course is to allow students to become familiar with imaging, sensing, and delivery
system by combining designable nanoscale structure and biofunctional chemistry. This course will give aoverview of self contained integrated molecular nano-devices capable of providing analytical information,using a biological recognition module in conjunction with a secondary functional module. Different
biomaterial systems ranging from biological nanopores, through to functional biomolecules and machinelearning will be discussed. Instruction is also given in the general principles of sampling, big data analysis
and statistical representation.
[Course schedule and contents]
Lecture topics include (but are not limited to) 1. Basic concepts of electrochemistry, molecular cell biology,
molecular nanosystems, programmable nanodevices and artificial intelligence (2 sessions). 2. Broad overview
of Chemical sensors, biosensors, design of nano-scale biosensors and microfluidic devices(2 sessions). 3.
Overview of Solid-state and Biological Nanopores, Molecular Transport in porous media (micro-, meso andmacro-scale), Permeability and selectivity in membranes and porous materials (3 sessions). Case study 1:
Application to control of cellular functions, and diagnostics and medical applications (2 sessions). Case study
2: Application in DNA and RNA sequencing in mammalian cells (2 sessions).
[Course requirements]
None[Evaluation methods and policy]
The course grade will be determined based on class performance/attendance (40%) and a final report(60%).
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during classContinue to Molecular Nano-Biosensors and Smart Biomaterials(2)↓↓↓

Molecular Nano-Biosensors and Smart Biomaterials(2)[Study outside of class (preparation and review)]
To be announced during class（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6H430 LE61

Course title(and course 分子細孔物理化学
title inEnglish)Molecular Porous Physical Chemistry

Target year
Days and periods Tue.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureInstitute for Advanced Study
Professor,SIVANIAH，Easan
Institute for Advanced Study
Program-Specific Associate Professor,Ghalei, Behnam

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This course will discuss the physical chemistry and engineering application of porous materials in the areas ofadsorption and membrane separation processes.
[Course objectives]
The intention of this course is to allow students to become familiar with a range of porous materials, and thepractical ways such materials are used. Although the course is not intended to be exhaustive in covering all
porous materials and all applications, examples will be followed that are relevant to socially important
problems, such as global warming, or water shortage.
[Course schedule and contents]
Overview１Introduction to course, and broad overview of porous materials
Thermodynamics of Mixing２Phase equilibria and structure formation processes
Adsorptive processes２Physical chemistry of adsorptive processes in porous materials
Diffusive processes２Physical chemistry of diffusion limited processes in porous materials
Case Study: Membrane Processes for liquid separation２Liquid filtration systems for nanofiltration,
desalination
Case Study: Membrane Processes for gas separation２Case Study: Membrane Processes for gas separation[Course requirements]
None[Evaluation methods and policy]
The course grade will be determined based on class performance/attendance (40%) and a final report(60%).
[Textbooks]
Not used

Continue to 分子細孔物理化学(2)↓↓↓

分子細孔物理化学(2)[References, etc.]（Reference books）
Introduced during class
To be announced during class（Related URLs）
http://pureosity.org/en/[Study outside of class (preparation and review)]
To be announced during class（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6H430 LE61

Course title(and course Molecular Porous Physical Chemistry
title inEnglish)Molecular Porous Physical Chemistry

Target year
Days and periods Tue.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureInstitute for Advanced Study
Professor,SIVANIAH，Easan

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This course will discuss the physical chemistry and engineering application of porous materials in the areas ofadsorption and membrane separation processes.
[Course objectives]
The intention of this course is to allow students to become familiar with a range of porous materials, and thepractical ways such materials are used. Although the course is not intended to be exhaustive in covering all
porous materials and all applications, examples will be followed that are relevant to socially important
problems, such as global warming, or water shortage.
[Course schedule and contents]
Overview１Introduction to course, and broad overview of porous materials
Thermodynamics of Mixing２Phase equilibria and structure formation processes
Adsorptive processes２Physical chemistry of adsorptive processes in porous materials
Diffusive processes２Physical chemistry of diffusion limited processes in porous materials
Case Study: Membrane Processes for liquid separation２Liquid filtration systems for nanofiltration,
desalination
Case Study: Membrane Processes for gas separation２Case Study: Membrane Processes for gas separation[Course requirements]
None[Evaluation methods and policy]
The course grade will be determined based on class performance/attendance (40%) and a final report(60%).
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class
To be announced during class[Study outside of class (preparation and review)]
To be announced during class（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 7H436 LJ60

Course title(and course 分子工学特論第三title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Engineering, Adv. III

Target year
Days and periods Intensive

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],5.5times,,5.5times,,5.5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, Second
semester

Language of instruction JapaneseCourse number

G-ENG14 6P416 LJ60

Course title(and course 分子触媒学続論
title inEnglish)Catalysis Science at Molecular Level 2

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,TANAKA TSUNEHIRO
Graduate School of Engineering
Professor,TERAMURA KENTARO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
Lectures on various inorganic syntheses a characterization of inorganic materials are given mainly byProfessor Saburo Hosokawa of Kyoto Institute of Technology. In addition, application of inorganic materials
to heterogeneous catalyst is described.
[Course objectives]
Learning the fundamentals of catalyst preparation and the method for structural analysis of catalyst materials[Course schedule and contents]
1 Synthesis methods of inorganic materials(1)co-precipitation method; polymerized complex method; solvothermal methd
2 Characterization of inorganic materials(2)XRD(X-ray Diffraction); XAFS(X-ray Absorption Fine Structure); IR (Infrared spectroscopy);
TPR(Temperature programmed reduction)
3 Catalysis by inorganic materials(1)Environmental catalysts like automotive catalysts for purification of exhaust gas.
[Course requirements]
None[Evaluation methods and policy]
Submission of report assignment.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Instrucions will be given as necessary.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 7P440 LJ60

Course title(and course 分子工学特論第七title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Engineering, Adv. VII

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Understanding of interaction between electromagnetic wave and matter
This series of lectures are given by Dr. Yusuke Tsutsui in 2021.
This course concerns theory and practice in interaction between electromagnetic wave and matter with wide
range of time-frequency domain, which is necessary to describe dynamics of matter, especially on molecularengineering. The advanced measurement techniques will be explained in the final stage on this course.
[Course objectives][Course schedule and contents]
1st: Frequency of electromagnetic wave and related phenomena
2nd: Classical/quantum treatment 1
3rd: Classical/quantum treatment 2
4th: Advanced techniques in recent researches[Course requirements]
None[Evaluation methods and policy]
Evaluation will be based on active participation and individual reports.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Making a report on the theme of the lectures.
（Other information (office hours, etc.)）
No office hour. Anytime one can contact with Dr. Tsutsui via internet.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6S401 LJ60

Course title(and course 分子工学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Advanced Molecular Engineering

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,,,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG44 7S404 SJ60

Course title(and course 分子工学特別セミナー１
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Molecular Engineering 1 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG44 7S404 SJ60

Course title(and course 分子工学特別セミナー２
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Molecular Engineering 2 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SATO HIROFUMI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG15 6D640 EJ61

Course title(and course 高分子化学特別実験及演習
title inEnglish)Instructor's
name, job title,
Polymer Chemistry Laboratory & Exercise and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 8
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],60times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG15 5D652 LJ61

Course title(and course 高分子物性
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Physical Properties

Target year
Days and periods Thu.1,2

Number of credits 3
Class style

Graduate School of Engineering
Professor,NAKAMURA YOU
Graduate School of Engineering
Professor,TAKENAKA MIKIHITO
Graduate School of Engineering
Professor,KOGA TSUYOSHI
Graduate School of Engineering
Assistant Professor,TAMAI YASUNARI

Year/semesters 2023/First semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
A concise explanation is given of physical properties of polymer solutions and polymeric solids along with
relevant basic theories.
[Course objectives]
Fundamental knowledge of physical properties of polymer materials.
[Course schedule and contents]
Polymer Chain Conformation in Dilute Solutions,4times,After a clarification of basic factors which determine
the conformations of real polymer chains in dilute solutions, some polymer chain models are introduced todescribe the equilibrium conformational behavior of the real chains. Further, behavior of average chain
dimensions as a functions of molecular weight is considered based on the chain models.
Thermodynamics and Phase Behavior of Polymer Solutions,4times,Various phase transition phenomena inpolymer solutions (phase separation, hydration, association, gelation, etc.) are systematically explained fromthermodynamic and statistical-mechanical viewpoints. Phase separation of polymer solutions, Aqueous
polymer solutions, and Association and gelation of polymers are discussed in the lectures.
Exercise,1time,Exercise in polymer solutions.
Structure and Mechanical Properties of Polymeric Solids,5times,Polymeric solids such as rubber and plastics,
especially thermodynamics of rubber elasticity, polymer crystallization and crystalline/amorphous higherorder structures, are discussed. Moreover, fundamentals of viscoelastic properties of polymers are introduced
to provide the understandings of relaxation phenomena such as glass transition.
Electronic and Optical Properties of Polymeric Solids,5times,The electronic and optical properties ofpolymers is reviewed. The application of polymer materials in the opto-electronics and display devices is alsopresented.
Exercise,1time,Exercise in polymeric solids.
[Course requirements]
Fundamental knowledge of physical chemistry.

Continue to 高分子物性(2)↓↓↓高分子物性(2)[Evaluation methods and policy]
Final grades will be evaluated in a comprehensive manner on the basis of attendance, reports, andexaminations.
[Textbooks]
Lecture notes distributed in the class.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Reading the distributed texts.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG15 6H607 LJ61

Course title(and course 高分子生成論
title inEnglish)Design of Polymerization Reactions

Target year
Days and periods Wed.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OUCHI MAKOTO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This lecture will cover the basics of polymer synthesis as well as the applications.
In particular, polymerization mechanisms and characteristics of ionic polymerization, radical polymerization,
coordination polymerization, and ring-opening polymerization are explained.
The lecture will also cover the concept specific to polymers and polymer synthesis leading to the physicalproperties/functions of polymers. The precise synthesis of new polymers is explained as well as the synthesisof new polymers with the latest papers.

[Course objectives]
Students can understand the latest technologies based on the history and fundamentals of polymer synthesis.
They can also understand how the synthesis technology is related to the evaluation of physical properties andthe development of materials. Furthermore, students can consider their own ideas and future developments ofpolymers.
[Course schedule and contents]
Introduction of Polymer Chemistry (1 time)
Ionic Polymerization and Radical Polymerization (3 times)
Living Polymerization (1 time)
Coordination Polymerization (1 time)Ring-Opening Polymerization (2 times)
Copolymerization (1 time)
Stereospecific Polymerization (1 time)
Recent Precision Polymerization (1 time)[Course requirements]
None[Evaluation methods and policy]
Some report assignments are required.

Continue to 高分子生成論(2)↓↓↓

高分子生成論(2)[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Instructions are given during the lecture.
（Other information (office hours, etc.)）
The class is conducted in a media class to reduce the transfer time for students belonging to another campus(Uji or Yoshida) moving to Katsura.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H610 LJ61

Course title(and course 反応性高分子
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Reactive Polymers

Target year
Days and periods Wed.2

Number of credits 1.5
Class style

LectureGraduate School of Global Environmental Studies
Professor,TANAKA KAZUO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）

Continue to 反応性高分子(2)↓↓↓

反応性高分子(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H611 LJ61

Course title(and course 生体機能高分子
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Biomacromolecular Science

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],５times,,３times,,３times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,YOSHIHIRO SASAKI

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG15 6H613 LJ61

Course title(and course 高分子機能学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Structure and Function

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OOKITA HIDEO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
In this class, optoelectronic functions of polymeric materials are discussed on the basis of photochemistry andphotophysics. In particular, the importance of designing nanostructures of polymer assembly is highlighted
by explaining examples of state-of-the-art applications, which include optical fibers, organic light-emitting
diode, and organic solar cells.
[Course objectives]
Students will gain an understanding of the importance of polymer materials and nano-assembled structuresthat support polymer functions. Students will also foster their abilities to consider advanced functional
materials on the basis of fundamental knowledge of polymer chemistry and photochemistry.
[Course schedule and contents]
Course overview (1 class)
Explanation is made of fields in contemporary society in which polymeric functional materials are actively
utilized. The overall orientation of this course is also overviewed.
Conductive functions of polymers (3 classes)
Detailed explanation is made of the basic electronic properties of polymers, including conductive polymers,
polymer semiconductors, etc. Functions of such polymer materials are found in the organic electronics field,
including photoconductive materials and thin-film transistors.
Optoelectronic functions of polymers (4 classes)
Explanation is made of the development of optical function polymers, photoexcitation dynamics, and basic
processes of photochemistry, together with optical functions used in related applications. Fundamentals
concerning the optical properties of polymer materials are discussed, as well as polymer-related
developments in the optics field.
Photovoltaic conversion functions of polymers (3 classes)
The importance of electron transfer is explained using as an example energy conversion in photosynthesis
systems. Also described are application developments in organic photovoltaics (OPV) and organic lightemitting diodes (OLED), etc., which convert light into electricity, and electricity into light.
This lecture will be given by face-to-face classes and media classes (simultaneous interactive type).
[Course requirements]
As prerequisites for this course, students are to have completed courses in physical chemistry and polymer
chemistry in the faculty of engineering chemistry.
Continue to 高分子機能学(2)↓↓↓

高分子機能学(2)[Evaluation methods and policy]【Evaluation method】
Evaluation will be based on reports (80%) and class performance (20%).
- Those who are absent more than half will not be credited.
【Evaluation policy】
Achievement of goals is evaluated according to the grade evaluation policy of the graduate.
[Textbooks]
Copies of lecture notes will be distributed and used in classes.

[References, etc.]（Reference books）
None:[Study outside of class (preparation and review)]
Students are to review distributed copies of lecture materials and perform review study in relevant domains.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H616 LJ61

Course title(and course 高分子集合体構造
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Supermolecular Structure

Target year
Days and periods Tue.3

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,TAKENAKA MIKIHITO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Polymers self-assemble or self-organize by intra- and/or intermolecular interaction to form assembled
structures of polymer molecules. Such structures are closely related to the properties of the polymericmaterials, it is necessary to control the assembled structures of the constituent polymer molecules in order tocontrol the properties of polymeric materials, especially solid materials. In this lecture particularly, formation
mechanisms, analytical techniques, and elucidated structures of crystalline polymers, phase-separated
structures of polymer mixtures, microphase-separated structures of block and graft copolymers will be
discussed.
[Course objectives]
This course aims for the development of the faculty to infer the properties of polymeric materials from theirmorphology based on the knowledge of structure-property relationships of higher-order structures ofcrystalline polymers, phase-separated structures of polymer mixtures (blends), microdomain stuctures ofblock copolymers, etc.
[Course schedule and contents]
Self-assembly and Self-organization,1time,The differences between self-assembly and self-organization will
be discussed by referring the examples in natural phenomena and polymeric systems.
Crystalline Polymers,3times,In the lectures, unit cell structures and hierarchical higher-order structures ofpolymer crystals such as folded-chain lamellar crystals and spherulites, as well as deformation and thermal
behavior of polymer crystals will be discussed.
Polymer Blends,3times,Miscibility, phase-diagrams, mechanisms and dynamics of phase transitions,relationships between phase-separated structures and properties, methods to control the phase-separated
structures will be discussed.
Block and Graft Copolymers,3times,The lectures include nano-scale domain formation of block copolymers
by microphase-separation, miscibility and phase diagrams, order-disorder and order-order transitions,bicontinuous structures, structure formation in thin films, blends with homopolymers or other block
copolymers, multi-component multi-block copolymers, miktoarm star block copolymers, and more.
Evaluation of Degree of Understandings,1time,Degree of understandings of the lectures will be evaluated bymeans of a short test and group discussions.
[Course requirements]
Thermodynamics preferable.

Continue to 高分子集合体構造(2)↓↓↓

高分子集合体構造(2)[Evaluation methods and policy]
The grading is based on the short tests and report assignments.
[Textbooks]
Not used.

[References, etc.]（Reference books）
Introduced in the lectures.
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H622 LJ61

Course title(and course 高分子基礎物理化学
title inEnglish)Instructor's
name, job title,
Fundamental Physical Chemistry of Polymers and departmentof affiliation

Target year
Days and periods Fri.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,KOGA TSUYOSHI
Graduate School of Engineering
Associate Professor,NISHIDA KOUJI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Molecular mechanism of characteristic physical properties of polymeric systems is lectured on the basis of
the equilibrium and non-equilibrium statistical mechanics. Main topics are phase separation of polymer
solutions and mixtures, microphase separation of block copolymers, gelation, rubber elasticity, and rheologyof physical gels.
[Course objectives]
Understanding the molecular mechanism of characteristic physical properties of polymeric systems based on
the equilibrium and non-equilibrium statistical mechanics.
[Course schedule and contents]
phase separation of polymer solutions and mixtures,3times,phase diagram, Flory-Huggins theory, mean-field
theory, phase separation, spinodal decomposition
microphase separation of block copolymers,3times,microphase separation, density functional theory, directed
self-assembly
structure and property of polyelectrolyte solution,2times,electrostatic interaction between polyions, screening
effects, dilute and semi-dilute solutions
vibrational mode and spectroscopy of polymer solid,2times,vibration of continuous medium, vibration ofpolymer chain, spectroscopic experiment[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 高分子基礎物理化学(2)↓↓↓高分子基礎物理化学(2)[References, etc.]（Reference books）
P.J. Flory, Principles of Polymer Chemistry (Cornell Univ. Press, New York, 1955) M. Rubinstein, R.H.
Colby, Polymer Physics (Oxford Univ. Press, New York, 2003)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H628 LJ61 G-ENG15 6H628 LE61

Course title(and course 高分子材料設計
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design of Polymer Materials

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

LectureInstitute for Chemical Research
Professor,TSUJII YOSHINOBU

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course aims at better understanding of fundamentals on living radical polymerization and describes its
application to graft polymerization for novel surface modification as well as its related matters.
[Course objectives][Course schedule and contents]
Introduction to radical polymerization,1time,radical polymerization, mechanism, kinetics, elementary reaction
Fundamentals on living radical polymerization and its application to material design,2times,living radical
polymerization, mechanism, kinetics, functional polymer, material design
Physical chemistry on surfaces and polymer brushes,2times,Surface, interface, physical chemistry, polymer
brush, theory, structure, property
Living radical polymerization and polymer particles,2times,Living radical polymerization, surface-initiatedpolymerization, polymer brush, hairy particle, star polymer
Synthesis of polymer particles by radical polymerizations,2times,Emulsion polymerization, suspension
polymerization, dispersion polymerization, precipitation polymerization, self-organized precipitation,
nonspherical particle
Applications of polymer particles,2times,Self-assembly, dispersion and aggregation, depletion force,
pickering emulsion, composites, biochemical and biomedical applications[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）
Continue to 高分子材料設計(2)↓↓↓

高分子材料設計(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG15 6H636 LJ61

Course title(and course 医薬用高分子設計学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Design for Biomedical

Target year
Days and periods Mon.2

Number of credits 1.5
Class style

LectureInstitute for Life and Medical Sciences
Professor,TABATA YASUHIKO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
外科および薬物治療、予防、診断など、現在の医療現場では、種々の生体吸収性および非吸収性の高分子材料が用いられている。本講では、これらの材料を設計する上で必要となる材料学的基礎と生物、薬学、医歯学的な基礎事項について講述する。さらに、高分子材料を用いたドラッグデリバ
リーシステム(DDS)あるいは再生医療への応用についても概説する。
[Course objectives]
バイオマテリアル(生体材料)とは何か、医薬用高分子設計学におけるバイオマテリアル技術の役割が理解できる。
[Course schedule and contents]
概論(1回)【メディア授業：同時双方向型】
現在の外科・内科治療で用いられている材料について、具体例を示しながら概説するとともに、授業全体の流れと扱う内容について説明する。人工血管、人工腎臓、人工肝臓、創傷被覆材、生体吸収性縫合糸などの実物を見ることによって、高分子材料が大きく医療に貢献していることを実感してもらう。
生体吸収性および非吸収性材料(2回)【メディア授業：同時双方向型】
医療に用いられている生体吸収性および非吸収性高分子、ならびに金属やセラミックスなどの材料について説明する。
医薬用高分子設計のための生物医学の基礎知識(1回)【メディア授業：同時双方向型】
医薬用高分子材料を設計する上で必要となる材料と生体との相互作用を理解するための最低限の基
礎知識、すなわちタンパク質、細胞、組織などについて説明する。
抗血栓性材料(1回)【メディア授業：同時双方向型】
血液がかたまらない性質（抗血栓性）をもつ材料を説明することによって、生体と材料との相互作用についての理解を深めるとともに、材料の研究方法と設計方法を学ぶ。
生体適合性材料(1回)【メディア授業：同時双方向型】
細胞がなじむ（細胞親和性）や組織になじむ（組織適合性）をもつ材料を説明することによって、生体と材料との相互作用についての理解を深め、材料の研究方法と設計方法を学ぶ。
ドラッグデリバリーシステム(DDS)のための生物薬学の基礎知識(1回)【メディア授業：同時双方向型】
ドラッグデリバリーシステム(DDS)のための材料設計を行う上で必要となる最低限の医学、薬学知識について説明する。
Continue to 医薬用高分子設計学(2)↓↓↓

医薬用高分子設計学(2)

ドラッグデリバリーシステム(DDS)(2回)【メディア授業：同時双方向型】
薬の徐放化、薬の安定化、薬の吸収促進、および薬のターゲティングなどのDDSの具体例を示しな
がら、DDSのための材料の必要性を理解させ、材料の研究方法や設計方法を学ぶ。
再生医療(2回)【メディア授業：同時双方向型】
再生誘導治療（一般には再生医療と呼ばれる）の最前線について説明する。再生医療には細胞移植による生体組織の再生誘導と生体吸収性材料とDDSとを組み合わせて生体組織の再生を誘導する（
生体組織工学、Tissue Engineering）の2つがある。これらの具体的を示しながら、再生医療における材料学の重要な役割について説明する。
[Course requirements]
京都大学工学部工業化学科「高分子化学基礎I（創成化学）」程度の高分子合成と物性に関する入門的講義の履修を前提としている．
[Evaluation methods and policy]
医薬用高分子に関する講義内容の理解度の判定を目的に、成績評価は、出席状況と試験により行うことを基本とする。
[Textbooks]
授業で配布する講義プリントを使用する．

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
必要に応じて指示する。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H643 LJ61

Course title(and course 高分子溶液学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Solution Science

Target year
Days and periods Fri.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,NAKAMURA YOU
Graduate School of Engineering
Associate Professor,IDA DAICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Effects of stiffness and local conformations of polymer chains on polymer solution properties observed in thelight scattering and viscosity experiments are considered based on appropriate polymer chain models.
[Course objectives][Course schedule and contents]
Review,1time,Definitions of physical quantities determined from the light scattering and viscosity
measurements and the theoretical formulations of those quantities.
Experiments in dilute polymer solutions,2times,Principles of the light scattering and viscosity experiments.
Polymer chain models and their statistics,2times,Static models for polymer chains: the Gaussian chain, thewormlike chain, and the helical wormlike chain. A comparison of experimental data for the mean-squareradius of gyration with relevant theories.
Excluded-volume effects,2times,Intra- and intermolecular excluded-volume effects represented by the
expansion factors and the second virial coefficient, respectively.
Steady-state transport properties,2times,A comparison of experimental data for the intrinsic viscosity anddiffusion coefficient with relevant theories.
Dynamic properties,2times,Dynamic models for polymer chains: the Rouse-Zimm spring-bead model and the
dynamic helical wormlike chain. A comparison of experimental data for the first cumulant of the dynamic
structure factor with relevant theories.
[Course requirements]
Basic knowledge of polymer solutions given in the lecture Polymer Physical Properties (10D651).
[Evaluation methods and policy]
Term-end examination.
[Textbooks]
Lecture note distributed in the class.

[References, etc.]（Reference books）
Continue to 高分子溶液学(2)↓↓↓

高分子溶液学(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG15 6H645 LJ61

Course title(and course 高分子機能化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Functional Chemistry

Target year
Days and periods Tue.3

Number of credits 1.5
Class style

Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
超分子化学と高分子化学の境界領域で生み出されている新しい物質・材料について、そのコンセプ
トを学ぶ。
[Course objectives]
機能性高分子の設計、合成、物性、機能に関する基本的な内容を習熟させることを目標とする。基
本的なコンセプトを学び、自身で機能性高分子を設計できるようになることを目指す。
[Course schedule and contents]
超分子化学の導入（１回）
超分子化学の基礎（２回）【メディア授業：同時双方向型】
分子間相互作用；平衡定数；超分子の例，など
超分子ポリマー（２回）【メディア授業：同時双方向型】
高分子化学史；物性と機能；重合メカニズム；精密合成など
特殊構造高分子（１回）【メディア授業：同時双方向型】
デンドリマー；らせんポリマー；環状ポリマー；ポリロタキサンなど
超分子と高分子の境界（２回）【メディア授業：同時双方向型】
自己修復性材料；環動ゲル；分解性ポリマー；動的共有結合ポリマー；力学応答など
有機エレクトロニクス（２回）【メディア授業：同時双方向型】
有機半導体；発光性材料など
達成度評価：レポートのディスカッション（１回）【メディア授業：同時双方向型】[Course requirements]
京都大学工学部工業化学科「高分子化学基礎I（創成化学）」程度の高分子化学に関する入門的講義の履修を前提としている。

[Evaluation methods and policy]【評価方法】
レポート試験の成績（７０％）、平常点評価（３０％）
Continue to 高分子機能化学(2)↓↓↓

高分子機能化学(2)・半数以上授業を欠席した場合には、単位を認めない。
【評価方針】
到達目標について、工学研究科の成績評価の方針にしたがって評価する。
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
授業中に指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H647 LJ61

Course title(and course 高分子制御合成
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Controlled Synthesis

Target year
Days and periods Tue.4

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,2times,,1time,,1time,,4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Chemical Research
Professor,YAMAGO SHIGERU
Institute for Chemical Research
Associate Professor,TOSAKA MASATOSHI

Year/semesters 2023/Second semester

Language of instruction JapaneseCourse number

G-ENG15 5H649 LJ61

Course title(and course 高分子合成
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Synthesis

Target year
Days and periods Wed.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OUCHI MAKOTO
Graduate School of Global Environmental Studies
Professor,TANAKA KAZUO
Graduate School of Engineering
Professor,SUGIYASU KAZUNORI
Graduate School of Engineering
Associate Professor,TERASHIMA TAKAYA
Graduate School of Engineering
Assistant Professor,SAWADA SHINICHI
Graduate School of Engineering
Associate Professor,YOSHIHIRO SASAKI
Graduate School of Global Environmental Studies
Assistant Professor,GON MASAYUKI
Graduate School of Engineering
Senior Lecturer,LANDENBERGER, Kira Beth
Graduate School of Engineering
Assistant Professor,NISHIKAWA TSUYOSHI
Graduate School of Global Environmental Studies
Assistant Professor,ITO SYUNICHIRO
Graduate School of Engineering
Assistant Professor,WATANABE YUICHO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
General knowledge and concepts of polymer synthesis required in industry or academia are explained.
[Course objectives]
Students acquire knowledge of polymer synthesis appropriate for graduates of the Master's Course in
Polymer Chemistry, Graduate School of Engineering, Kyoto University.
[Course schedule and contents]
Introduction of Polymer Chemistry and Coordination Polymerization (1 time)
Ionic Polymerization (1 time)
Radical Polymerization (1 time)
Step-Growth Polymerization (1 time)
Supramolecules (1 time)
Polymer Reactions and Block/Graft Copolymers (1 time)
Helical Polymers (1 time)
Inorganic Polymers (1 time)
Functional Polymers (1 time)
Luminescent organic semiconductor materials (1 time)
Biomacromolecules (1 time)Continue to 高分子合成(2)↓↓↓高分子合成(2)[Course requirements]
None[Evaluation methods and policy]
Some report assignments are required.
[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Instructions are given during the lecture.
（Other information (office hours, etc.)）
The class is conducted in a media class to reduce the transfer time for students belonging to another campus(Uji or Yoshida) moving to Katsura.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG45 6H650 LJ61

Course title(and course 高分子機能化学特論
title inEnglish)Polymer Functional Chemistry, Adv.

Target year
Days and periods Tue.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]
超分子化学と高分子化学の境界領域で生み出されている新しい物質・材料について、そのコンセプ
トを学ぶ。
[Course objectives]
機能性高分子の設計、合成、物性、機能に関する基本的な内容を習熟させることを目標とする。基
本的なコンセプトを学び、自身で機能性高分子を設計できるようになることを目指す。
[Course schedule and contents]
超分子化学の導入（１回）
超分子化学の基礎（２回）【メディア授業：同時双方向型】
分子間相互作用；平衡定数；超分子の例，など
超分子ポリマー（２回）【メディア授業：同時双方向型】
高分子化学史；物性と機能；重合メカニズム；精密合成など
特殊構造高分子（１回）【メディア授業：同時双方向型】
デンドリマー；らせんポリマー；環状ポリマー；ポリロタキサンなど
超分子と高分子の境界（２回）【メディア授業：同時双方向型】
自己修復性材料；環動ゲル；分解性ポリマー；動的共有結合ポリマー；力学応答など
有機エレクトロニクス（２回）【メディア授業：同時双方向型】
有機半導体；発光性材料など
達成度評価：レポートのディスカッション（１回）【メディア授業：同時双方向型】[Course requirements]
京都大学工学部工業化学科「高分子化学基礎I（創成化学）」程度の高分子化学に関する入門的講義の履修を前提としている。
[Evaluation methods and policy]【評価方法】
レポート試験の成績（７０％）、平常点評価（３０％）
・半数以上授業を欠席した場合には、単位を認めない。
Continue to 高分子機能化学特論(2)↓↓↓

高分子機能化学特論(2)【評価方針】
到達目標について、工学研究科の成績評価の方針にしたがって評価する。
[Textbooks]
Not used[References, etc.]（Reference books）
授業中に指示する[Study outside of class (preparation and review)]
未入力（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG44 6H651 LJ61

Course title(and course 高分子生成論特論
title inEnglish)Instructor's
name, job title,
Design of Polymerization Reactions, Adv. and departmentof affiliation

Target year
Days and periods Wed.3

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OUCHI MAKOTO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This lecture will cover the basics of polymer synthesis as well as the applications.
In particular, polymerization mechanisms and characteristics of ionic polymerization, radical polymerization,
coordination polymerization, and ring-opening polymerization are explained.
The lecture will also cover the concept specific to polymers and polymer synthesis leading to the physicalproperties/functions of polymers. The precise synthesis of new polymers is explained as well as the synthesisof new polymers with the latest papers.

[Course objectives]
Students can understand the latest technologies based on the history and fundamentals of polymer synthesis.
They can also understand how the synthesis technology is related to the evaluation of physical properties andthe development of materials. Furthermore, students can consider their own ideas and future developments ofpolymers.
[Course schedule and contents]
Introduction of Polymer Chemistry (1 time)
Ionic Polymerization and Radical Polymerization (3 times)
Living Polymerization (1 time)
Coordination Polymerization (1 time)Ring-Opening Polymerization (2 times)
Copolymerization (1 time)
Stereospecific Polymerization (1 time)
Recent Precision Polymerization (1 time)[Course requirements]
None[Evaluation methods and policy]
Some report assignments are required.

Continue to 高分子生成論特論(2)↓↓↓

高分子生成論特論(2)[Textbooks]
Instructed during class[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Instructions are given during the lecture.
（Other information (office hours, etc.)）
The class is conducted in a media class to reduce the transfer time for students belonging to another campus(Uji or Yoshida) moving to Katsura.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H652 LJ61

Course title(and course 反応性高分子特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Reactive Polymers, Adv.

Target year
Days and periods Wed.2

Number of credits 1.5
Class style

LectureGraduate School of Global Environmental Studies
Professor,TANAKA KAZUO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）

Continue to 反応性高分子特論(2)↓↓↓

反応性高分子特論(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H653 LJ61

Course title(and course 生体機能高分子特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Biomacromolecular Science, Adv.

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],５times,,３times,,３times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Associate Professor,YOSHIHIRO SASAKI

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG44 6H654 LJ61

Course title(and course 高分子機能学特論
title inEnglish)Polymer Structure and Function, Adv.

Target year
Days and periods Thu.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OOKITA HIDEO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
In this class, optoelectronic functions of polymeric materials are discussed on the basis of photochemistry andphotophysics. In particular, the importance of designing nanostructures of polymer assembly is highlighted
by explaining examples of state-of-the-art applications, which include optical fibers, organic light-emitting
diode, and organic solar cells.
[Course objectives]
Students will gain an understanding of the importance of polymer materials and nano-assembled structuresthat support polymer functions. Students will also foster their abilities to consider advanced functional
materials on the basis of fundamental knowledge of polymer chemistry and photochemistry.
[Course schedule and contents]
Course overview (1 class)
Explanation is made of fields in contemporary society in which polymeric functional materials are actively
utilized. The overall orientation of this course is also explained.
Conductive functions of polymers (3 classes)
Detailed explanation is made of the basic electronic properties of polymers, including conductive polymers,
polymer semiconductors, etc. Functions of such polymer materials are found in the organic electronics field,
including photoconductive materials and thin-film transistors.
Optoelectronic functions of polymers (4 classes)
Explanation is made of the development of optical function polymers, electroexcitation dynamics, and basic
processes of photochemistry, together with optical functions used in related applications. Fundamentals
concerning the optical properties of polymer materials are discussed, as well as polymer-related
developments in the optics field.
Photovoltaic conversion functions of polymers (3 classes)
The importance of electron transfer is explained using as an example energy conversion in photosynthesis
systems. Also described are application developments in organic photovoltaics (OPV) and organic lightemitting diodes (OLED), etc., which convert light into electricity, and electricity into light.
This lecture will be given by face-to-face classes and media classes (simultaneous interactive type).
[Course requirements]
As prerequisites for this course, students are to have completed courses in physical chemistry and polymer
chemistry in the faculty of engineering chemistry.
Continue to 高分子機能学特論(2)↓↓↓

高分子機能学特論(2)[Evaluation methods and policy]【Evaluation method】
Evaluation will be based on reports (80%) and class performance (20%).
- Those who are absent more than half will not be credited.
【Evaluation policy】
Achievement of goals is evaluated according to the grade evaluation policy of the graduate.
[Textbooks]
Copies of lecture notes will be distributed and used in classes.

[References, etc.]（Reference books）
None:[Study outside of class (preparation and review)]
Students are to review distributed copies of lecture materials and perform review study in relevant domains.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H655 LJ61

Course title(and course 高分子溶液学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Polymer Solution Science, Adv.

Target year
Days and periods Fri.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,NAKAMURA YOU
Graduate School of Engineering
Associate Professor,IDA DAICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Effects of stiffness and local conformations of polymer chains on polymer solution properties observed in thelight scattering and viscosity experiments are considered based on appropriate polymer chain models.
[Course objectives][Course schedule and contents]
Review,1time,Definitions of physical quantities determined from the light scattering and viscosity
measurements and the theoretical formulations of those quantities.
Experiments in dilute polymer solutions,2times,Principles of the light scattering and viscosity experiments.
Polymer chain models and their statistics,2times,Static models for polymer chains: the Gaussian chain, thewormlike chain, and the helical wormlike chain. A comparison of experimental data for the mean-squareradius of gyration with relevant theories.
Excluded-volume effects,2times,Intra- and intermolecular excluded-volume effects represented by the
expansion factors and the second virial coefficient, respectively.
Steady-state transport properties,2times,A comparison of experimental data for the intrinsic viscosity anddiffusion coefficient with relevant theories.
Dynamic properties,2times,Dynamic models for polymer chains: the Rouse-Zimm spring-bead model and the
dynamic helical wormlike chain. A comparison of experimental data for the first cumulant of the dynamic
structure factor with relevant theories.
[Course requirements]
Basic knowledge of polymer solutions given in the lecture Polymer Physical Properties (10D651).
[Evaluation methods and policy]
Term-end examination.
[Textbooks]
Lecture note distributed in the class.

[References, etc.]（Reference books）
Continue to 高分子溶液学特論(2)↓↓↓

高分子溶液学特論(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H656 LJ61

Course title(and course 高分子基礎物理化学特論
title inEnglish)Physical Chemistry of Polymers, Adv.

Target year
Days and periods Fri.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,KOGA TSUYOSHI
Graduate School of Engineering
Associate Professor,NISHIDA KOUJI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Molecular mechanism of characteristic physical properties of polymeric systems is lectured on the basis of
the equilibrium and non-equilibrium statistical mechanics. Main topics are phase separation of polymer
solutions and mixtures, microphase separation of block copolymers, gelation, rubber elasticity, and rheologyof physical gels.
[Course objectives]
Understanding the molecular mechanism of characteristic physical properties of polymeric systems based on
the equilibrium and non-equilibrium statistical mechanics.
[Course schedule and contents]
phase separation of polymer solutions and mixtures,2times,phase diagram, Flory-Huggins theory, mean-field
theory, phase separation, spinodal decomposition
microphase separation of block copolymers,1time,microphase separation, density functional theory, directed
self-assembly
gelation,1time,definition of gels, classification of gels, classical theory of gels, sol-gel transition, elasticallyeffective chainsrubber elasticity,3times,affine network theory, phantom network theory, tetra-PEG gel, slide-ring gelrheology of associating polymers,3times,telechelic associating polymers, linear viscoelasticity, Maxwell
model, shear thickening, transient network theory, colloid/polymer mixture, shear-induced gel
verification of understanding,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）
P.J. Flory, Principles of Polymer Chemistry (Cornell Univ. Press, New York, 1955) M. Rubinstein, R.H.
Continue to 高分子基礎物理化学特論(2)↓↓↓高分子基礎物理化学特論(2)Colby, Polymer Physics (Oxford Univ. Press, New York, 2003)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H658 LJ61

Course title(and course 高分子集合体構造特論
title inEnglish)Polymer Supermolecular Structure, Adv.

Target year
Days and periods Tue.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,TAKENAKA MIKIHITO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Polymers self-assemble or self-organize by intra- and/or intermolecular interaction to form assembled
structures of polymer molecules. Such structures are closely related to the properties of the polymericmaterials, it is necessary to control the assembled structures of the constituent polymer molecules in order tocontrol the properties of polymeric materials, especially solid materials. In this lecture particularly, formation
mechanisms, analytical techniques, and elucidated structures of crystalline polymers, phase-separated
structures of polymer mixtures, microphase-separated structures of block and graft copolymers will be
discussed.
[Course objectives]
This course aims for the development of the faculty to infer the properties of polymeric materials from theirmorphology based on the knowledge of structure-property relationships of higher-order structures ofcrystalline polymers, phase-separated structures of polymer mixtures (blends), microdomain stuctures ofblock copolymers, etc.
[Course schedule and contents]
Self-assembly and Self-organization,1time,The differences between self-assembly and self-organization will
be discussed by referring the examples in natural phenomena and polymeric systems.
Crystalline Polymers,3times,In the lectures, unit cell structures and hierarchical higher-order structures ofpolymer crystals such as folded-chain lamellar crystals and spherulites, as well as deformation and thermal
behavior of polymer crystals will be discussed.
Polymer Blends,3times,Miscibility, phase-diagrams, mechanisms and dynamics of phase transitions,relationships between phase-separated structures and properties, methods to control the phase-separated
structures will be discussed.
Block and Graft Copolymers,3times,The lectures include nano-scale domain formation of block copolymers
by microphase-separation, miscibility and phase diagrams, order-disorder and order-order transitions,bicontinuous structures, structure formation in thin films, blends with homopolymers or other block
copolymers, multi-component multi-block copolymers, miktoarm star block copolymers, and more.
Evaluation of Degree of Understandings,1time,Degree of understandings of the lectures will be evaluated bymeans of a short test and group discussions.
[Course requirements]
Thermodynamics preferable.

Continue to 高分子集合体構造特論(2)↓↓↓

高分子集合体構造特論(2)[Evaluation methods and policy]
The grading is based on the short tests and report assignments.
[Textbooks]
Not used.

[References, etc.]（Reference books）
Introduced in the lectures.
[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H659 LJ61

Course title(and course 高分子材料設計特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design of Polymer Materials, Adv.

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

LectureInstitute for Chemical Research
Professor,TSUJII YOSHINOBU

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course aims at better understanding of fundamentals on living radical polymerization and describes its
application to graft polymerization for novel surface modification as well as its related matters.
[Course objectives][Course schedule and contents]
Introduction to radical polymerization,1time,radical polymerization, mechanism, kinetics, elementary reaction
Fundamentals on living radical polymerization and its application to material design,2times,living radical
polymerization, mechanism, kinetics, functional polymer, material design
Physical chemistry on surfaces and polymer brushes,2times,Surface, interface, physical chemistry, polymer
brush, theory, structure, property
Living radical polymerization and polymer particles,2times,Living radical polymerization, surface-initiatedpolymerization, polymer brush, hairy particle, star polymer
Synthesis of polymer particles by radical polymerizations,2times,Emulsion polymerization, suspension
polymerization, dispersion polymerization, precipitation polymerization, self-organized precipitation,
nonspherical particle
Applications of polymer particles,2times,Self-assembly, dispersion and aggregation, depletion force,
pickering emulsion, composites, biochemical and biomedical applications[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）
Continue to 高分子材料設計特論(2)↓↓↓

高分子材料設計特論(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H660 LJ61

Course title(and course 高分子制御合成特論
title inEnglish)Polymer Controlled Synthesis, Adv.

Target year
Days and periods Tue.4

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,2times,,2times,,1time,,1time,,4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Chemical Research
Professor,YAMAGO SHIGERU
Institute for Chemical Research
Associate Professor,TOSAKA MASATOSHI

Year/semesters 2023/Second semester

Language of instruction JapaneseCourse number

G-ENG44 6H661 LJ61

Course title(and course 医薬用高分子設計学特論
title inEnglish)Instructor's
name, job title,
Polymer Design for Biomedical and Pharmaceutical Applications, Adv. and departmentof affiliation

Target year
Days and periods Mon.2

Number of credits 1.5
Class style

LectureInstitute for Life and Medical Sciences
Professor,TABATA YASUHIKO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
外科および薬物治療、予防、診断など、現在の医療現場では、種々の生体吸収性および非吸収性の高分子材料が用いられている。本講では、これらの材料を設計する上で必要となる材料学的基礎と生物、薬学、医学的な基礎事項について講述する。さらに、高分子材料を用いたドラッグデリバリ
ーシステム（DDS）あるいは再生医療への応用についても概説する。
[Course objectives]
バイオマテリアルとは何か、医薬用高分子設計学におけるバイオマテリアル技術の役割が理解できる。
[Course schedule and contents]
概論(1回)【メディア授業：同時双方向型】
現在の外科・内科治療で用いられている材料について、具体例を示しながら概説するとともに、授業全体の流れと扱う内容について説明する。人工血管、人工腎臓、人工肝臓、創傷被覆材、生体吸収性縫合糸などの実物を見ることによって、高分子材料が大きく医療に貢献していることを実感してもらう。
生体吸収性および非吸収性材料(2回)【メディア授業：同時双方向型】
医療に用いられている生体吸収性および非吸収性高分子、ならびに金属やセラミックスなどの材料について説明する。
医薬用高分子設計のための生物医学の基礎知識(2回)【メディア授業：同時双方向型】
医薬用高分子材料を設計する上で必要となる材料と生体との相互作用を理解するための最低限の基
礎知識、すなわちタンパク質、細胞、組織などについて説明する。
抗血栓性材料(1回)【メディア授業：同時双方向型】
血液がかたまらない性質（抗血栓性）をもつ材料を説明することによって、生体と材料との相互作用についての理解を深めるとともに、材料の研究方法と設計方法を学ぶ。
生体適合性材料(1回)【メディア授業：同時双方向型】
細胞がなじむ（細胞親和性）や組織になじむ（組織適合性）をもつ材料を説明することによって、生体と材料との相互作用についての理解を深め、材料の研究方法と設計方法を学ぶ。
ドラッグデリバリーシステム(DDS)のための生物薬学の基礎知識(1回)【メディア授業：同時双方向型】
ドラッグデリバリーシステム(DDS)のための材料設計を行う上で必要となる最低限の医学、薬学知識について説明する。
Continue to 医薬用高分子設計学特論(2)↓↓↓

医薬用高分子設計学特論(2)

ドラッグデリバリーシステム(DDS)(2回)【メディア授業：同時双方向型】
薬の徐放化、薬の安定化、薬の吸収促進、および薬のターゲティングなどのDDSの具体例を示しな
がら、DDSのための材料の必要性を理解させ、材料の研究方法や設計方法を学ぶ。
再生医療(1回)【メディア授業：同時双方向型】
再生誘導治療（一般には再生医療と呼ばれる）の最前線について説明する。再生医療には細胞移植による生体組織の再生誘導と生体吸収性材料とDDSとを組み合わせて生体組織の再生を誘導する（
生体組織工学、Tissue Engineering）の2つがある。この2つの再生医療における材料学の重要な役割について説明する。
[Course requirements]
None[Evaluation methods and policy]
医薬用高分子に関する講義内容の理解度の判定を目的に、成績評価は、出席状況と試験により行うことを基本とする。
[Textbooks]
授業で配布する講義プリントを使用する．

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
必要に応じて指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H662 LJ61

Course title(and course 先端機能高分子
title inEnglish)Instructor's
name, job title,
Developments in Polymer Assembly and Functionality and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Associate Professor,MATSUOKA HIDEKI
Graduate School of Engineering
Senior Lecturer,LANDENBERGER, Kira BethYear/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,2times,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 先端機能高分子(2)↓↓↓

先端機能高分子(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG15 6H663 LJ61

Course title(and course 生命医科学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Life and Medical Sciences

Target year
Days and periods Mon.2

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,3times,,4times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Life and Medical Sciences
Professor,EIRAKU GENJI
Institute for Life and Medical Sciences
Associate Professor,OHGUSHI MASATOSHI

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG44 6H664 LJ61

Course title(and course 先端機能高分子特論
title inEnglish)Instructor's
name, job title,
Developments in Polymer Assembly and Functionality, Adv. and departmentof affiliation

Target year
Days and periods Mon.3

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Associate Professor,MATSUOKA HIDEKI
Graduate School of Engineering
Senior Lecturer,LANDENBERGER, Kira BethYear/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,2times,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 先端機能高分子特論(2)↓↓↓

先端機能高分子特論(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG44 6H665 LJ61

Course title(and course 生命医科学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Life and Medical Sciences, Adv.

Target year
Days and periods Mon.2

Number of credits 1.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,3times,,4times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Life and Medical Sciences
Professor,EIRAKU GENJI
Institute for Life and Medical Sciences
Associate Professor,OHGUSHI MASATOSHI

Year/semesters 2023/First semester

Language of instruction JapaneseCourse number

G-ENG45 6P651 SB61 G-ENG15 6P651 SB61

Course title(and course 高分子科学セミナーI
title inEnglish)Polymer Science Seminor I

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 0.5

Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/Intensive, First semester

Class style

Language of instruction Japanese and English[Overview and purpose of the course]
高分子合成および高分子材料に関する最近の進歩や将来展望等について、セミナー形式で討論を行う。

[Course objectives]
高分子化学の最近の進歩を理解する。
[Course schedule and contents]
学外講師による高分子合成・材料に関するセミナー(4回)【メディア授業：同時双方向型】
高分子合成・材料に関する最近の進歩や将来展望等について、セミナー形式で討論を行う。

[Course requirements]
None[Evaluation methods and policy]
担当講師が課すレポート等の課題によって理解度を評価する。

[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
必要に応じて指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG15 6P652 SJ61 G-ENG45 6P652 SJ61

Course title(and course 高分子科学セミナーII
title inEnglish)Polymer Science Seminor II

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 0.5

Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/Intensive, Second

Class stylesemester

Language of instruction Japanese[Overview and purpose of the course]
高分子物性に関する最近の進歩や将来展望等について、高分子材料における構造特性と機能発現との関係に焦点をあてて、セミナー形式で討論を行う。

[Course objectives]
高分子化学の最近の進歩を理解する。
[Course schedule and contents]
学外講師による高分子物性に関するセミナー(4回)【メディア授業：同時双方向型】
高分子物性に関する最近の進歩や将来展望等について、セミナー形式で討論を行う。

[Course requirements]
None[Evaluation methods and policy]
担当講師が課すレポート等の課題によって理解度を評価する。

[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
必要に応じて指示する（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG45 6S604 LJ61

Course title(and course 高分子化学特別セミナー１
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Polymer Chemistry 1 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG45 6S605 LJ61

Course title(and course 高分子化学特別セミナー２
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Polymer Chemistry 2 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG16 7D828 EJ60

Course title(and course 合成・生物化学特別実験及演習
title inEnglish)Instructor's
name, job title,
Special Experiments and Exercises Synthetic Chemistry and Biological Chemistry and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 8
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,,15times,,15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUDA KENJI

Year/semesters 2023/Intensive, year-round

Language of instruction JapaneseCourse number

G-ENG16 5D839 LJ60

Course title(and course 合成・生物化学特論Ａ
title inEnglish)Instructor's
name, job title,
Synthetic Chemistry and Biological Chemistry, Adv,A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
合成・生物化学関連分野の最新の話題を、学外非常勤講師のリレー講義により解説し、合成・生物
化学に関連する幅広い領域についての知見を得る.

[Course objectives]
合成・生物化学に関わる基礎的事項と先端研究の内容について理解を深める。
[Course schedule and contents]
合成・生物化学関連講義(15)
合成・生物化学関連分野の最新の話題に関する講義[Course requirements]
None[Evaluation methods and policy]
平常点およびレポートにより評価する。

[Textbooks]
特になし[References, etc.]（Reference books）
特になし[Study outside of class (preparation and review)]
必要に応じて指示する。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG16 5D841 LJ60

Course title(and course 合成・生物化学特論Ｃ
title inEnglish)Instructor's
name, job title,
Synthetic Chemistry and Biological Chemistry, Adv,C and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

LectureGraduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
合成・生物化学の関連重要分野について、学外非常勤講師による集中講義により詳説する。

[Course objectives]
合成・生物化学に関わる基礎的事項と先端研究の内容について理解を深める。
[Course schedule and contents]
合成・生物化学関連講義(7.5回)
合成・生物化学の関連重要分野について、集中講義により詳説する。

[Course requirements]
None[Evaluation methods and policy]
平常点およびレポートにより評価する。

[Textbooks]
特になし[References, etc.]（Reference books）
特になし[Study outside of class (preparation and review)]
必要に応じて指示する。
（Other information (office hours, etc.)）
隔年開講*Please visit KULASIS to find out about office hours.

Course number

G-ENG16 5D843 LJ60

Course title(and course 合成・生物化学特論Ｅ
title inEnglish)Instructor's
name, job title,
Synthetic Chemistry and Biological Chemistry, Adv,E and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

LectureKyoto University
Not fixed

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
合成・生物化学の関連重要分野について、学外非常勤講師による集中講義により詳説する。

[Course objectives]
合成・生物化学に関わる基礎的事項と先端研究の内容について理解を深める。
[Course schedule and contents]
合成・生物化学の関連重要分野について、集中講義により詳説する。

[Course requirements]
None[Evaluation methods and policy]
平常点およびレポートにより評価する。

[Textbooks]
特になし[References, etc.]（Reference books）
特になし[Study outside of class (preparation and review)]
必要に応じて指示する。
（Other information (office hours, etc.)）
隔年開講科目*Please visit KULASIS to find out about office hours.

Course number

G-ENG16 6H802 LJ60

Course title(and course 有機設計学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Organic System Design

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,SUGINOME MICHINORI
Graduate School of Engineering
Associate Professor,OOMURA TOSHIMICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
有機触媒反応の設計と触媒反応の合成化学的な利用を理解するため，触媒的不斉反応を取り上げ，
その概説とともに有機ホウ素化合物を用いた不斉反応を例として挙げながら解説する。
[Course objectives]
キラル触媒を用いた不斉触媒反応の原理と，有機合成化学への応用における意義を理解する。
[Course schedule and contents]
不斉合成の概観・基礎(1回)
不斉合成の基本的事項（光学分割法、エナンチオ選択的反応）について概説する。
不斉合成の各論：遷移金属触媒反応(4回)
キラル配位子と有機金属化合物を用いる触媒的不斉反応について詳述する。(1)キラル遷移金属触媒を用いた不斉水添及び関連反応，(2)ホウ素を含んだσ結合の炭素ー炭素多重結合への不斉付加反応，(3)クロスカップリングによる不斉炭素―炭素結合形成，(4)不斉共役付加反応，を取り上げる。
不斉合成の各論：有機触媒反応(2回)
キラル有機触媒を用いる触媒的不斉反応について詳述する。(1)不斉求核触媒，エナミン形成触媒，
およびイミニウム形成触媒，(2)キラル相間移動触媒およびキラルブレンステッド酸触媒，を取り上げる。
不斉合成の各論：不斉触媒反応の新しいコンセプト(2回)
不斉触媒反応に関する最近のトピックスを解説する。(1)不斉増幅を伴う不斉触媒反応，動的キラリ
ティ，(2)エナンチオ収束反応，ジアステレオマーの不斉自在合成，を取り上げる。
不斉合成の各論：不斉触媒反応開発の最前線(1回)不斉触媒反応の開発研究における最新の成果を解説する。
全体のまとめ(1回)
不斉合成の概観および展望を総括する。
[Course requirements]
None

Continue to 有機設計学(2)↓↓↓

有機設計学(2)[Evaluation methods and policy]
成績の判定は試験の成績に平常点を加味して行う。
[Textbooks]
Not used[References, etc.]（Reference books）『ウォーレン有機化学（下）』（東京化学同人）
Clayden, Greeves, and Warren 『Organic Chemistry, Second Edition』（OXFORD）
E. L. Eliel, S. H. Wilen 『Stereochemistry of Organic Compounds』（Wiley）
A. Koskinen 『Asymmetric Synthesis of Natural Products』（Wiley）
I. Ojima Ed. 『Catalytic Asymmetric Synthesis』（Wiley）
R. Noyori 『Asymmetric Catalysis in Organic Synthesis』（Wiley）
野依良治他 『大学院講義有機化学』（東京化学同人）[Study outside of class (preparation and review)]
必要に応じて指示する（Other information (office hours, etc.)）
隔年開講科目。
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG16 5H808 LJ61

Course title(and course 物理有機化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Physical Organic Chemistry

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

Graduate School of Engineering
Professor,MATSUDA KENJI
Graduate School of Engineering
Senior Lecturer,HIGASHIGUCHI KENJI

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Properties of organic compounds, such as electric conductivity, magnetism, photophysical properties, arediscussed in terms of molecular structure and electronic structure.
[Course objectives]
The goal of this course is to understand principles of photochemistry.
[Course schedule and contents]
Photochemical Reaction(1)Photochemistry, Photophysics, einstein (unit), Jablonski diagram, Excitation, Internal conversion, Intersystemcrossing, Fluorescence, Phosphorescence, Photochemical reaction
Excited States in Molecular Orbital Theory(2)Born-Oppenheimer approximation, Flanck-Condon principle, Singlet, Triplet, Energy gap, n-pi*, pi-pi*,
Potential energy surface, Conical intersection, Solvatochromism
Electronic Transition(2)Transition probability, Fermi's golden rule, Transition moment, Oscillator strength, Polarized light,
Stimulated emission, Einstein coefficient, Beer-Lambert law, Selection rule, Spin-orbit coupling
Radiative Transition(2)Fluorescence, Phosphorescence, Fluorescence excitation spectrum, Mirror relationship, Vibrational structure,
Fluorescence quantum yield, Emission rate constant
Behavior of the Excited Molecule(2)Energy Transfer, Quenching, Trivial, Foerster, Dexter, FRET, Stern-Volmer plot, Excimer, Exciplex, Triplet
sensitization
Phororeaction, Photoisomerization(2)Quantum yield, Photochromism, Conversion in photoisomerization[Course requirements]
None

Continue to 物理有機化学(2)↓↓↓

物理有機化学(2)[Evaluation methods and policy]
Report[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
The basic knowledge of quantum mechanics is prerequisite for this class, so we recommend to review it
before the class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number
Course title(and course 生体認識化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Biorecognics

Target year

1st year students or above Number of credits 1.5

Days and periods Wed.2

Class style

LectureGraduate School of Engineering
Professor,MIKI HIROAKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
さまざまな生化学反応の起こる場としての細胞を外界から隔てる膜の構成や膜を介した物質の輸送について解説する。また細胞の集合体としての多細胞生物で見られる免疫応答などの高次生命現象
や、その調節システムの破綻として起こるがんなどの疾患について解説する。

[Course objectives]
生命の基本単位として外界から区分けされた内部環境を保持する細胞の成り立ちや、細胞の集合体としての多細胞生物で見られるより高次の生命機能を、生体分子の相互作用として理解できることを目標とする。

[Course schedule and contents]
細胞膜と膜輸送（３回）
脂質の二重層を基本とする細胞膜の構成や性状について、またチャネルやトランスポーターなどの膜タンパク質による特異的な物質輸送の仕組みについて説明する。
がん（３回）
哺乳動物など多細胞生物における細胞の増殖制御の仕組みや、その調節システムの破綻として起こる疾患としてのがんについて説明する。
感染と免疫（３回）
感染症を引き起こすバクテリアやウイルスなどの病原体の特徴や、それに応答する免疫系の働きについて、特に分子レベルでの相互作用の役割について説明する。
生体認識化学演習（２回）
論文解説や講演会に関する質疑応答など。

Continue to 生体認識化学 (2)↓↓↓

生体認識化学 (2)[Course requirements]
None[Evaluation methods and policy]
授業への参加状況や小テスト、また授業で与える課題へのレポートなどで総合的に評価する[Textbooks]
講義で配布する資料を使用する[References, etc.]（Reference books）
Molecular Biology of the Cell

[Study outside of class (preparation and review)]
講義資料による復習を行うこと（Other information (office hours, etc.)）
隔年開講科目*Please visit KULASIS to find out about office hours.

Course number

G-ENG16 5H816 LE68

Course title(and course 生物工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Microbiology and Biotechnology

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,ATOMI HARUYUKI
Graduate School of Engineering
Associate Professor,SATOU TAKAAKI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This lecture will introduce the various forms of life that are present on our planet as well as the mechanisms
involved in sustaining their life. Commonly used tools in the fields of biochemistry, molecular biology andgenetics will also be discussed. In addition, methods to utilize cells and their enzymes in biotechnology will
be introduced. Lectures will be given in English, with the aim to improve communication/discussion skills.
[Course objectives]
Basic knowledge on the various forms of life that are present on our planet as well as the mechanisms
involved in sustaining their life. An understanding of the commonly used tools in the fields of biochemistry,
molecular biology and genetics as well as methods to utilize cells and their enzymes in biotechnology.
Lectures will be given in English, with the aim to improve communication/discussion skills.
[Course schedule and contents]
Introduction 1
Diversity of life, classification of organisms, structure and function of fundamental biomolecules. (Interactive
media class)
Basic mechanisms to sustain life 3
Strategies to conserve energy, biosynthesis, cell division, cell differentiation. (Interactive media class)
Strategies to adapt to environmental conditions 2
Effect of environmental conditions on cells and biomolecules, thermophiles, acidophiles and their enzymes.
(Interactive media class)Protein engineering 2
Methods to study enzymes and enzyme reactions, methods to enhance their performance. (Interactive mediaclass)
Cell engineering 2
Methods utilized in metabolic engineering, cell surface engineering, synthetic biology. (Interactive mediaclass)
Topic discussion 1
Particular topics will be chosen for discussion. (Interactive media class)[Course requirements]
None

Continue to 生物工学(2)↓↓↓

生物工学(2)[Evaluation methods and policy]
Grading will be based on presentations (60%) and attendance (40%).
[Textbooks]
Class-related material will be distributed.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Information will be presented during the classes when necessary（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG52 5H817 LE61

Course title(and course Microbiology and Biotechnology
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Microbiology and Biotechnology

Target year
Days and periods Thu.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,ATOMI HARUYUKI
Graduate School of Engineering
Associate Professor,SATOU TAKAAKI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This lecture will introduce the various forms of life that are present on our planet as well as the mechanisms
involved in sustaining their life. Commonly used tools in the fields of biochemistry, molecular biology andgenetics will also be discussed. In addition, methods to utilize cells and their enzymes in biotechnology will
be introduced. Lectures will be given in English, with the aim to improve communication/discussion skills.
[Course objectives]
Basic knowledge on the various forms of life that are present on our planet as well as the mechanisms
involved in sustaining their life. An understanding of the commonly used tools in the fields of biochemistry,
molecular biology and genetics as well as methods to utilize cells and their enzymes in biotechnology.
Lectures will be given in English, with the aim to improve communication/discussion skills.
[Course schedule and contents]
Introduction 1
Diversity of life, classification of organisms, structure and function of fundamental biomolecules. (Interactive
media class)
Basic mechanisms to sustain life 3
Strategies to conserve energy, biosynthesis, cell division, cell differentiation. (Interactive media class)
Strategies to adapt to environmental conditions 2
Effect of environmental conditions on cells and biomolecules, thermophiles, acidophiles and their enzymes.
(Interactive media class)Protein engineering 2
Methods to study enzymes and enzyme reactions, methods to enhance their performance. (Interactive mediaclass)
Cell engineering 2
Methods utilized in metabolic engineering, cell surface engineering, synthetic biology. (Interactive mediaclass)
Topic discussion 1
Particular topics will be chosen for discussion. (Interactive media class)[Course requirements]
None

Continue to Microbiology and Biotechnology(2)↓↓↓

Microbiology and Biotechnology(2)[Evaluation methods and policy]
Grading will be based on presentations (60%) and attendance (40%).
[Textbooks]
Class-related material will be distributed.

[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Information will be presented during the classes when necessary（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG16 5H836 LJ29

Course title(and course 先端生物化学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Advanced Biological Chemistry

Target year
Days and periods Mon.2,Fri.2

Number of credits 3
Class style

LectureGraduate School of Engineering
Professor,ATOMI HARUYUKI
Graduate School of Engineering
Professor,MORI YASUO
Graduate School of Engineering
Professor,HAMACHI ITARU
Graduate School of Engineering
Professor,MIKI HIROAKI
Graduate School of Engineering
Associate Professor,SATOU TAKAAKI
Graduate School of Engineering
Associate Professor,FUNATO YOSUKE
Graduate School of Engineering
Program-Specific Associate Professor,TAKAHASHI NOBUAKI
Graduate School of Engineering
Senior Lecturer,TAMURA TOMONORI
Graduate School of Engineering
Senior Lecturer,KUBOTA RYOU

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,,4times,,3times,,4times,,2times,,2times,,3times,[Course requirements]
None

Continue to 先端生物化学(2)↓↓↓先端生物化学(2)[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG16 5P836 LJ29

Course title(and course 先端生物化学続論
title inEnglish)Instructor's
name, job title,
Advanced Biological Chemistry 2 Continued and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

LectureGraduate School of Engineering
Professor,ATOMI HARUYUKI
Graduate School of Engineering
Professor,MORI YASUO
Graduate School of Engineering
Professor,HAMACHI ITARU
Graduate School of Engineering
Professor,MIKI HIROAKI
Graduate School of Engineering
Associate Professor,SATOU TAKAAKI
Graduate School of Engineering
Associate Professor,FUNATO YOSUKE
Graduate School of Engineering
Program-Specific Associate Professor,TAKAHASHI NOBUAKI
Graduate School of Engineering
Senior Lecturer,TAMURA TOMONORI
Graduate School of Engineering
Senior Lecturer,KUBOTA RYOU

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,3times,,2times,[Course requirements]
None[Evaluation methods and policy]

Continue to 先端生物化学続論(2)↓↓↓先端生物化学続論(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG46 7S807 SJ60

Course title(and course 合成・生物化学特別セミナー１
title inEnglish)Instructor's
name, job title,
Special Seminar 1 in Synthetic Chemistry and Biological Chemistry and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,,,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUDA KENJI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG46 7S808 SJ60

Course title(and course 合成・生物化学特別セミナー２
title inEnglish)Instructor's
name, job title,
Special Seminar 2 in Synthetic Chemistry and Biological Chemistry and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUDA KENJI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG46 7S809 SJ60

Course title(and course 合成・生物化学特別セミナー３
title inEnglish)Instructor's
name, job title,
Special Seminar 3 in Synthetic Chemistry and Biological Chemistry and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUDA KENJI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG17 9E038 LJ76

Course title(and course プロセス設計
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Process Design

Target year
Days and periods Fri.3

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SOTOWA KENICHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Students will learn fundamental skills of designing chemical processes which consist of various unit
operations. A conceptual design exercise of a chemical process will be carried out using the knowledge ofchemical engineering and process simulation system.
[Course objectives]
It is requested to understand the way of conceptual design, and to have the skill of designing chemical
processes by applying the knowledge of chemical engineering and related field.
[Course schedule and contents]
Concept of process design,1time,The assembly of the optimally designed unit operations does not result inthe total optimum system. The concepts of the system boundary and the total optimal design are explained.
Computer-aided process design,1time,In an actual process design, use of a process simulator is indispensable.
The design technique using the sequential modular approach, which is mainly used in the process simulator,
is explained.
How to use process simulators,2times,How to use the process simulator which is widely used in the realprocess design is explained.
Reality of process design,6times,Process design consists of successive steps such as the acquisition of market
research and data, process synthesis, and an equipment design. For these steps, the problems which should betaken into consideration are made clear, and the techniques which can be used at each step are explained.
Practice of a chemical process design,１times,The design exercise is executed by 2 to 3 students#039 group.
Oral presentation,4times,The design result at each group is presented at the oral session where all the faculty
members attend.
[Course requirements]
The basic knowledge of chemical engineering such as the unit operation and reaction engineering arerequested.
[Evaluation methods and policy]
The results are evaluated by the contents of the final report and the oral presentation.

Continue to プロセス設計(2)↓↓↓

プロセス設計(2)[Textbooks]
Lecture materials are distributed in the class.

[References, etc.]（Reference books）
Introduced during class（Related URLs）(http://www.cheme.kyoto-u.ac.jp/processdesign/)[Study outside of class (preparation and review)]
The design exercise is executed by 2 to 3 students#039 group.
（Other information (office hours, etc.)）
Each group of students is supervised by the professors of the affiliation laboratory. The credit obtained in thiscourse cannot be counted as the credit for graduation if the students have taken the same subject at theundergraduate course of chemical process engineering.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG17 8E041 PB76

Course title(and course 研究インターンシップ（化工）
title inEnglish)Instructor's
name, job title,
Research Internship in Chemical Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]
専攻として企画・実施しているドイツ国でのインターンシップについて，滞在先および帰国後の報告会により成績を評定し，単位認定を行なう．なお，専攻で指定する他のインターンシップも含まれる。
[Course objectives]
１．外国企業・外国文化の中での自己実践
２．世界的企業の研究活動に関する経験・知見の蓄積
３．語学（英語）力の向上と異なる背景を持つ人とのコミニュケーション力の向上
これらの達成度は、英語で実施する研修報告会を通して、評価・判断する。
[Course schedule and contents]
国際インターンシップ（27回）成績優秀な日本人学生をドルトムント工科大学を管理拠点として、EU企業に派遣し、2か月間のインターンシップ研修を受けさせ、日本とは異なる国での企業倫理、ものづくりの在り方ならびにヨーロッパ文化を学ばせる。
成果報告（2回）日本ならびにドイツにおいてそれぞれ1回ずつ、あわせて2回の研修報告会を英語で実施する。
国際交流会（2回）日独双方の学生がインターンシップで経験し学んだことを互いに発表し合い、意見交換を行うセミナーを開催し、専門分野のみならず、それぞれの国の文化についての体得させる。
[Course requirements]
None[Evaluation methods and policy]
成果報告（英語による口頭発表および質疑）[Textbooks]
Not fixed[References, etc.]（Reference books）[Study outside of class (preparation and review)]
渡航の準備は各自で行う。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 7E045 EJ76

Course title(and course 化学工学特別実験及演習Ⅰ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Research in Chemical EngineeringI

Target year
Days and periods Intensive

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG17 7E047 EJ76

Course title(and course 化学工学特別実験及演習Ⅱ
title inEnglish)Research in Chemical EngineeringII

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,,6times,,10times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG17 7E049 EJ76

Course title(and course 化学工学特別実験及演習Ⅲ
title inEnglish)Research in Chemical EngineeringIII

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,6times,,12times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG17 7E051 EJ76

Course title(and course 化学工学特別実験及演習Ⅳ
title inEnglish)Research in Chemical EngineeringIV

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],3times,,4times,,12times,,2times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction JapaneseCourse number

G-ENG17 5H002 LJ76

Course title(and course 移動現象特論
title inEnglish)Instructor's
name, job title,
Advanced Topics in Transport Phenomena and departmentof affiliation

Target year
Days and periods Tue.4

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,YAMAMOTO RYOICHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
After general introductions on the flow properties (Rheology) of polymeric liquids as typical examples of nonNewtonian fluids, the relationship (known as the constitutive equation) between strain rate and stress is
explained. In addition to classical phenomenological approaches, molecular approaches based on statisticalmechanics will be taught in this course. To this end, basic lectures on Langevin Equation ,Hydrodynamic Interaction , and Linear Response Theory will also be given.
[Course objectives]
To understand strength and weakness of both phenomenological and molecular approaches to formulate
general behaviors of non-Newtonian fluids mathematically as forms of constitutive equations. Also to learn
mathematical and physical methodologies necessarily to achieve this.
[Course schedule and contents]- Polymeric Liquids / Rheology6Shedding lights on the nature of polymeric liquids in comparisons withsimple Newtonian liquids. Various formulations on the characteristic behaviors of polymeric liquids based on
both empirical and molecular approaches are lectured.
- Stochastic Process / Langevin Equation3To deal with Brownian motions of particles in solvents, a lectureon Langevin equation is given after some basic tutorials on stochastic process.
- Green Function / Hydrodynamic Interaction2To deal with motions of interacting particles in solvents, alecture on the hydrodynamic interaction is given after some basic tutorials on Green function and Poisson
equation.
Understanding Check1[Course requirements]
Under graduate level basic knowledge on Fluid Mechanics / Transport Phenomena
mathematics including Vector Analyses are required.

and basic[Evaluation methods and policy]
Answers to several questions and exercises, which will be given during the course, are used to judge.

Continue to 移動現象特論 (2)↓↓↓

移動現象特論 (2)[Textbooks]
Bird, Stewart 『Transport Phenomena 2nd Ed』（Lightfoot, (Wiley)）[References, etc.]（Reference books）
Doi 『Introduction to Polymer Physics』（Oxford）
Hansen, McDonald 『Theory of Simple Liquids 4th Ed』（Academic Press）
Russel 『Colloidal Dispersions』（Saville, and Schowlter, (Cambridge)）[Study outside of class (preparation and review)]
It will be informed if necessary.
（Other information (office hours, etc.)）
This is an biennial course which will be open in 2016, 2018, 2020, ...
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 5H005 LJ76

Course title(and course 分離操作特論
title inEnglish)Separation Process Engineering, Adv.

Target year
Days and periods Mon.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,SANO NORIAKI
Graduate School of Engineering
Associate Professor,NAKAGAWA KYUYA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
The separation related with transport phenomena of heat and mass and particles will be lectured. Adsorption,
drying, distillation will be explained. In addition, new separation methods will be explained.
[Course objectives]
This course will deepen the students#039 understanding on multiphase transport phenomena by lecturing
separation operations, and the students will know how to develop effective separation methods. Also they
will know recent developments of separation techniques in chemical engineering.
[Course schedule and contents]
Separation using electric field (2times): Purification of gas and water using electric discharges and particle
separation using dielectrophoresis are explained.
Distillation (3times) Distillation is used commonly in chemical industries. Here, advanced knowledge on
distillation about multi-component distillation, equipment design using enthalpy-component diagram,extraction distillation, etc. will be explained.
Other separation operations (1time): Other separation operations, for example liquid-liquid extraction,
membrane separation, etc. will be lectured.
Drying(3times):Drying is a typical operation utilizing phase transformation and simultaneous transport ofheat and mass. Quantitative understanding of drying rate will be lectured based on drying mechanism, and thestudents will solve the practice problems to learn them. Under the situation that varieties of drying
apparatuses have been developed to dry many kinds of target materials, the general drying operations, qualityof products, and the drying apparatuses will be lectured.
Adsorption (2times):Analysis using adsorption is used for structural analysis of porous materials, and it isimportant to evaluate adsorbents. Here, basic knowledge about these analysis will be explained. The porecharacteristics of adsorbents and appropriate analytical methods are lectured, and the students will solve thepractice problems to learn them.
[Course requirements]
Basic knowledge about transport phenomena and separation engineering should be required.

Continue to 分離操作特論(2)↓↓↓

分離操作特論(2)[Evaluation methods and policy]
Reports submitted from students and exams will be evaluated.
[Textbooks]
Gendai Kagaku Kogaku Hashimoto and Ogino, Sangyo Tosho; Kanso Gijustu Jitsumu Nyumon Tamon,
Nikkan Kogyo Shinbun[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Homework will be announced in classes.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 5H009 LE76

Course title(and course Chemical Reaction Engineering, Adv.
title inEnglish)Instructor's
name, job title,
Chemical Reaction Engineering, Adv.(English lecture) and departmentof affiliation

Target year
Days and periods Wed.3

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,KAWASE MOTOAKI
Graduate School of Engineering
Associate Professor,NAKAGAWA HIROYUKI
Graduate School of Engineering
Senior Lecturer,ASHIDA RIYUUICHI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This lecture is given in English. The following contents are covered: - Kinetic analysis of gas-solid-catalyst
reaction, gas-solid reaction, and CVD reaction, - Operation and design of reactors for gas-solid-catalyst andgas-solid reactions, and - Industrial reactors including fixed bed, fluidized bed, moving bed, simulated
moving bed, and stirred tank types.
[Course objectives]
To understand kinetic analysis of chemical reactions utilized in the industry and procedure to design andoperate industrial reactors.
[Course schedule and contents]
Gas-solid-catalyst reaction (1) Fundamentals1Commercial catalysts and industrial gas-solid-catalyst reactions
are overviewed. Chemical reaction engineering fundamentals of the gas-solid-catalyst reaction is explained.
Gas-solid-catalyst reaction (2) Generalized effectiveness factor and selectivity in complex reactions1The
generalized effectiveness factor and the selectivity affected by mass transfer are explained.
Gas-solid-catalyst reaction (3) Deactivation and regeneration of catalyst2Deactivation mechanisms of solid
catalysts are overviewed. The deactivation and consequent change in selectivity are explained in terms of the
decay function and specific activity.
Gas-solid-catalyst reaction (4) Design and operation of industrial catalytic reactors1Industrial catalytic
reactors including fixed-bed and fluidized-bed reactors are overviewed. Design and operation of thesereactors including thermal stability are explained.
Liquid-solid-catalyst reaction -- Simulated moving bed reactor1Concept and applications of simulated
moving bed reactor are explained. Model-based analysis of simulated moving bed reactor is explained.
CVD reaction2Fundamentals of CVD reactions are explained from chemical reaction engineering view point.
Kinetic analysis of CVD is described. Reaction models including elementary reaction model and overall
reaction model are derived and applied to some examples.
Gas-solid reaction (1) Kinetic analysis2Kinetic measurement and analysis of complicated gas-solid reactions,particularly coal pyrolysis, are explained with the first-order reaction model to the distributed activationenergy model (DAEM).
Gas-solid reaction (2) Kinetic analysis of gas-solid reaction1Concepts and derivation of the reaction models
including the grain model and the random-pore model are explained. Application of the models to coalgasification is overviewed.

Continue to Chemical Reaction Engineering, Adv. (2)↓↓↓

Chemical Reaction Engineering, Adv. (2)[Course requirements]
Needs knowledge of chemical reaction engineering including heterogeneous reactions.
[Evaluation methods and policy]
The score is based on the result of examination at the end of term and the results of quizzes and reports
imposed every week. The full mark is 100 points.
[Textbooks]
Prints are hand out at the class.

[References, etc.]（Reference books）
特になし[Study outside of class (preparation and review)]
未記入（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 5H017 LJ76

Course title(and course 微粒子工学特論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Fine Particle Technology, Adv.

Target year
Days and periods Mon.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,MATSUSAKA SHUJI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Lectures focus on particle system operation and measurement methods, chiefly regarding the behavior andmechanical (kinetic) analysis of gas-phase dispersed particles. Theoretical explanation is also made of theparticle charging phenomenon, which has a major impact on the behavior of gas-phase dispersed particles.
Also discussed are the control of electrical charge and related application technologies.
[Course objectives]
Students will gain an understanding of the concepts underpinning particle dynamic analysis methods and will
also foster their skills in overall particle-system operation applications.
[Course schedule and contents]
Various particle properties and different types of measurement methods (3)Explanation is made of the mathematical unified descript method for particle size distribution, properties
related to the activity of functional fine particles, as well as methods for their measurement and analysis.
Particle adhesion and mechanical (kinetic) analysis (3)Lectures cover measurement methods for particle adhesion strength and collision and deformation
mechanical analysis methods. The discrete element method is also explained.
Particle behavior in air flow (3)Using physical models and probability theory, explanation is made of temporal and spatial variation ofdeposition and re-entrainment of air-conveyed fine particles, which are important phenomena in actual
processes. Also described are complex scattering phenomena that accompany collisions between particles.
Particle charge and control (2)Explanation is made of concepts regarding particle charging mechanisms and of quantitative analysis
methods for charging processes. This will lead to the development of analysis methods that consider charge
distribution. New control methods for particle charging are also introduced.
[Course requirements]
Students should have fundamental knowledge of undergraduate-level particle engineering.

Continue to 微粒子工学特論(2)↓↓↓

微粒子工学特論(2)[Evaluation methods and policy]
Evaluation is performed based on test scores.
[Textbooks]
Lecture notes will be used.

[References, etc.]（Reference books）
K. Okuyama, H. Masuda and S. Morooka 『Biryuushi Kougaku: Fine particle technology』（Ohmsha）
ISBN:4-7828-2609-5[Study outside of class (preparation and review)]
Students must prepare for classes, and review after classes.
（Other information (office hours, etc.)）
Please visit KULASIS to find out about office hours.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 5H020 LJ76

Course title(and course 界面制御工学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Surface Control Engineering

Target year
Days and periods Mon.3

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Associate Professor,WATANABE SATOSHI
Graduate School of Engineering
Assistant Professor,HIRAIDE SYOTARO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Molecules in contact with solids often behave differently from the bulk state as a result of physicochemicalinteractions from the solid wall. In this lecture, we will give an overview of the historical development ofmolecules' behavior, especially in the interface region where solids are involved, followed by lectures onmolecular simulation methods and their statistical thermodynamic basics based on the importance ofmolecular approaches. While doing so, students will experience molecular simulation in a simple system.
[Course objectives]
The goal is to learn about the behavior of molecules in the interface region experimentally while comparingclassical thermodynamic understanding with microscopic aspects by molecular simulation.
[Course schedule and contents]
Surface / interface features (1 session)
Surface / interface instability implied by surface tension, overview of lecture
Development of the theory of air-solid interface molecular phase (2 sessions)
We will discuss the historical development and current understanding of the theory of adsorption phenomena
on solid surfaces and the behavior of molecules in confined spaces.
Outline of molecular dynamics method and simulation exercise in simple systems (3 sessions)
After outlining the basics and applications of molecular dynamics methods, we will practice molecular
dynamics simulation in the interface region using a simple system.
Statistical thermodynamics as the basis of molecular simulation (2 sessions)
As the basis of the Monte Carlo (MC) method, we will lecture on classical statistical thermodynamics andplacement integrals.
Outline of MC method and simulation exercise in simple system (3 sessions)
We will lecture on the state transition probability in the Markov process and work on practice of the MC
method, which is a stochastic molecular simulation, in order to obtain the molecular arrangement according
to the state appearance probability in various ensembles. In the final round, proficiency will be evaluated.

Continue to 界面制御工学(2)↓↓↓界面制御工学(2)[Course requirements]
Thermodynamics, rudimentary statistical thermodynamics, rudimentary programming and data processing[Evaluation methods and policy][Evaluation method]
Report grade (80%) Normal score evaluation (20%)
The normal score evaluation includes participation status in the class and the degree of understanding ofquizzes given during lectures. It is difficult to reach a passing score without submitting all reports.
[Evaluation policy]
Achievement targets are evaluated according to the grade evaluation policy of the Faculty of Engineering.
Report assignments are flexible with a high degree of freedom, and those with unique ideas are given highmarks.
[Textbooks]
Not used[References, etc.]（Reference books）
Akira Ueda "Molecular Simulation-From Classical Systems to Quantum Systems Techniques" (Shokabo),
Yosuke Nagaoka "Iwanami Basic Physics Series 7" Statistical Mechanics "" (Iwanami Shoten), Morikazu
Toda "Physics 30 Lecture Series" Thermal Phenomena "30 Lectures" (Asakura Shoten), Ryogo Kubo "New
Edition: Statistical Mechanics" (Kyoritsu Publishing), B. Widom, Translated by Kenichiro Koga
"Introduction to Statistical Mechanics in Chemical Systems" (Chemicals)[Study outside of class (preparation and review)]
Review each lecture thoroughly. In addition, since the code of molecular simulation requires only a brief
explanation, it is necessary to decipher it by yourself and perform execution, data analysis, and report
creation appropriately.
（Other information (office hours, etc.)）
Office hours are to to be set depending on students' requests.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG17 5H021 LJ76

Course title(and course 化学材料プロセス工学
title inEnglish)Instructor's
name, job title,
Engineering for Chemical Materials Processing and departmentof affiliation

Target year
Days and periods Wed.4

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OOSHIMA MASAHIRO
Graduate School of Engineering
Associate Professor,NAGAMINE SHINSUKE
Graduate School of Engineering
Assistant Professor,HIKIMA YUUTA

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Materials are used in various forms, such as particles, fibers, and thin films, depending on their applications.
This course will introduce the fabrication and structure control methods of materials. In addition, this course
will cover the principles of structural evaluation methods and the physical chemistry of phase separation andnucleation involved in structure formation.
[Course objectives]
To understand the principles of fabrication methods, structural control methods, and structural evaluation
methods for various forms of polymeric and inorganic materials.
[Course schedule and contents]
1-3. Polymeric materials
Learn about the mechanical and thermal properties of polymers and polymer processing.
4-6. Inorganic materials
Learn about the fundamentals of the sol-gel method and the production of porous materials, fine particles,
thin films, based on the sol-gel method.
7-9. Characterization methods
Learn about the principles of electron microscopy, XRD, nitrogen adsorption method.
10-11. Physical Chemistry of Phase Separation
Learn about phase separation and nucleation involved in the structure formation of materials.
12. Confirmation of learning achievement[Course requirements]
Basic of Transport Phenomena and Physical Chemistry[Evaluation methods and policy]
40% midterm quiz, 60% exam at end[Textbooks]
Handout[References, etc.]（Reference books）
Introduced during classContinue to 化学材料プロセス工学(2)↓↓↓

化学材料プロセス工学(2)[Study outside of class (preparation and review)]
Instructions will be given as needed.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 5H023 LJ76

Course title(and course 環境システム工学
title inEnglish)Environmental System Engineering

Target year
Days and periods Tue.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

Graduate School of Engineering
Associate Professor,MAKI TAISUKE
Graduate School of Engineering
Assistant Professor,MURANAKA YOSUKE

Year/semesters 2023/First semester

Language of instruction Japanese

Lecture[Overview and purpose of the course]First, we overview the concept of environmentally benign chemical processing based on the causal relation
between energy and environmental issues. Then, we discuss various new technologies for energy productionand environmentally harmonized processes from the viewpoint of chemical engineering.
[Course objectives]
To learn methodology for system-up of environmentally benign process based on energy and exergy. To
consider perspective of biomass and hydrogen utilization. To understand several environmental evaluation
methods.
[Course schedule and contents]
Concept of environmentally benign system based on exergy,4times,Basic of exergy and calculation of exergy
for various conversion process. The exercise will be conducted to confirm the understanding of exergy.
Biomass conversion,3times,Introduction of various conversion processes for baiomass and wastes from theview point of kinetics.
Environmental evaluation method (1),2times,Introduction of various environmental evaluation methods
Calculation of LCA analysis
Environmental evaluation method (2),2times,Calculation of E-factor and environmental efficiency for sevaral
chemical processes
Confirmation of study achievement,1time,Feedback of evaluation results for reports and exercises.
[Course requirements]
Basic knowledge for chemical engieering themodynamics is required.
[Evaluation methods and policy]
Coursework will be graded based on the reports and the exercise in class.

Continue to 環境システム工学(2)↓↓↓

環境システム工学(2)[Textbooks]
The textbook is not required. Materials will be supplied by instructors.

[References, etc.]（Reference books）
Pysical chemistry, Themodynamics[Study outside of class (preparation and review)]
Prepareation study is reqired to understand the exergy.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 6H030 LJ76

Course title(and course 化学工学特論第一title inEnglish)Special Topics in Chemical Engineering I

Target year
Days and periods Tue.5

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Associate Professor,WATANABE SATOSHI

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course]
Efficient use of fossil fuels and utilization of renewable energy is said to be one of the most important
agendas from the viewpoint of depletion of fossil fuels and global warming. This course will cover thefundamental concepts of energy, especially power generation, and recent developments of the technique forhydrogen utilization.
[Course objectives]
・ Evaluating the energy balance and efficiency for power generation and heat utilization processes
・Understanding the feature of renewable energy resources and current developments of their utilization
processes[Course schedule and contents]
1. Worldwide energy supply and demand (energy consumption in Japan and the world)
2. Energy from fossil fuel sources
3. Renewable energy sources I (biomass)
4. Renewable energy sources II (solar, wind, coastal)
5. Energy utilization (waste heat energy, heat integration)
6. Energy efficiency enhancement (Cogeneration, Kalina cycle)
7. Mass utilization (Mass integration)
8. Assessment of chemical releases into the environment (impact on humans, ecosystem, sources)
9. Sustainable chemical processes and Green chemistry
10. Inherently safe processes
11. Life cycle impact assessment[Course requirements]
Basic process design, mathematics[Evaluation methods and policy]
Evaluation will be based on assignments (8 times, 5 points each), and examinations (twice, 30 points each).

Continue to 化学工学特論第一(2)↓↓↓

化学工学特論第一(2)[Textbooks]
Instructed during class
Any necessary textbook or material will be announced in class.
[References, etc.]（Reference books）
Nothing special[Study outside of class (preparation and review)]
Undecided（Other information (office hours, etc.)）
Please check the office hours in KULASIS. However, another time possible upon reservation in advance.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 6H035 LJ76

Course title(and course 化学工学特論第四title inEnglish)Instructor's
name, job title,
Special Topics in Chemical Engineering IV and departmentof affiliation

Target year
Days and periods Thu.3

Number of credits 1.5
Class style

LecturePart-time Lecturer,HIRANO SHIGEKI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）
Continue to 化学工学特論第四(2)↓↓↓

化学工学特論第四(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 5H053 LJ76

Course title(and course プロセスデータ解析学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Process Data Analysis

Target year
Days and periods Tue.2

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,SOTOWA KENICHIRO

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This class outlines the methodologies of exploiting operation data for predicting product qualities, and for
improving process performance. The topics include basics of statstics and probability theory, correlation
analysis, regression analysis, and mutivariate analysis.
[Course objectives]
Students will acquire skills to analyse data, which would help building softsensors, and statistical processcontrol systems.
[Course schedule and contents]
1. Introduction
2. Statistics and probability theory
3. Linear algebra
4. Regression analysis (I)
5. Regression analysis (II)6. Exercise
7. Principal component analysis
8. PLS (Partial least squares)
9. Discriminant analysis
10. Softsensor (I)
11. Softsensor (II)[Course requirements]
None[Evaluation methods and policy]
Evaluation is based on the assignment and final exam.
[Textbooks]
永田，棟近 『多変量解析法入門』（サイエンス社）[References, etc.]（Reference books）
None
Continue to プロセスデータ解析学(2)↓↓↓

プロセスデータ解析学(2)[Study outside of class (preparation and review)]
None（Other information (office hours, etc.)）
This lecture is held every two years.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG17 6P043 LJ76

Course title(and course 化学工学セミナー１
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemical Engineering Seminar I

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese and English

未更新
Course number

G-ENG17 6P044 LJ76

Course title(and course 化学工学セミナー２
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemical Engineering Seminar II

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese and English

未更新
Course number

G-ENG17 6P045 LJ76

Course title(and course 化学工学セミナー３
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemical Engineering Seminar III

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese and English

未更新
Course number

G-ENG17 6P046 LJ76

Course title(and course 化学工学セミナー４
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Chemical Engineering Seminar IV

Target year
Days and periods Intensive

Number of credits 0.5
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents][Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese and English

未更新
Course number

G-ENG47 6T004 LJ76

Course title(and course 化学工学特別セミナー１
title inEnglish)Instructor's
name, job title,
Special Seminar in Chemical Engineering 1 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,1time,,2times,,1time,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG47 6T005 LJ76

Course title(and course 化学工学特別セミナー２
title inEnglish)Instructor's
name, job title,
Special Seminar in Chemical Engineering 2 and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,KAWASE MOTOAKI
Graduate School of Engineering
Senior Lecturer,ASHIDA RIYUUICHI

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
Process intensification has become an important research field in chemical engineering. It is about devising a
non-classical apparatuses or operation methods, which attain a substantial improvement in the process
performance. Microreactor is a typical device which achieves intensification of reaction process. Periodic
operation of chemical apparatuses, and process with highly integrated heat and mass exchange system areviewed as results of the process intensification. In this class, several different approaches to processintensification, with successful examples, will be introduced in this class.
[Course objectives]
Students will understand the typical approaches and examples of process intensification.
[Course schedule and contents]
1 Introduction to process intensification
2 High gravity field for distillation (1)3 High gravity field for distillation (2)4 Spinning disk reactor (1)5 Spinning disk reactor (2)6 High intensity mixers and microreactors (1)7 High intensity mixers and microreactors (2)8 Hybrid separation (1)9 Hybrid separation (2)10 Unsteady state operation of reactor (1)11 Unsteady state operation of reactor (2)12 Multifunctional reactors (1)13 Multifunctional reactors (2)14 Industrial applications (1)15 Industrial applications (2)[Course requirements]
None

Continue to 化学工学特別セミナー２(2)↓↓↓

化学工学特別セミナー２(2)[Evaluation methods and policy]
Report: 40x2 points
Attendance: 10 points
Contributions to the course: 10 point[Textbooks]
Not fixed[References, etc.]（Reference books）
A. Stankiewicz et al 『Re-engineering of the chemical processing plant』（Marcel Dekker）ISBN:9780824743024[Study outside of class (preparation and review)]
Need to read corresponding parts of the textbook in advance to each course.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG47 6T006 LJ76

Course title(and course 化学工学特別セミナー３
title inEnglish)Instructor's
name, job title,
Special Seminar in Chemical Engineering 3 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,SANO NORIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG47 6T009 LJ76

Course title(and course 化学工学特別セミナー６
title inEnglish)Instructor's
name, job title,
Special Seminar in Chemical Engineering 6 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SANO NORIAKI
Graduate School of Engineering
Professor,SOTOWA KENICHIRO
Graduate School of Engineering
Professor,YAMAMOTO RYOICHI
Graduate School of Engineering
Professor,KAWASE MOTOAKI
Graduate School of Engineering
Professor,MATSUSAKA SHUJI
Graduate School of Engineering
Professor,OOSHIMA MASAHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
Through the lectures on the advances and latest problems in the chemical engineering, future directions oftechnology are discussed.
[Course objectives][Course schedule and contents]
Deep understanding of the fundamental and/or latest contents of a field of chemical engineering.

[Course requirements]
Required master degree knowledge on chemical engineering[Evaluation methods and policy]
The contribution to the discussion and the contents of the homework of each subject are used for evaluation.
[Textbooks]
Printed materials of related contents are offered.
[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
This class is opened in 2019 and every other year.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG47 6T010 LJ76

Course title(and course 化学工学特別セミナー７
title inEnglish)Instructor's
name, job title,
Special Seminar in Chemical Engineering 7 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SANO NORIAKI
Graduate School of Engineering
Associate Professor,NAKAGAWA KYUYASecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
Some topics in the state-of-the-art studies related to chemical engineering are lectured. In the first half,
extension of chemical engineering to electrochemical reaction processes is explained with taking a polymer
electrolyte fuel cell as an example. In the latter half, application of chemical engineering to reactions ofcomplex heavy carbonaceous resources is presented and kinetic modeling of reactions of solids and heavy
liquids for predicting the rate and quality of the products is explained.
[Course objectives][Course schedule and contents]
Chemical reaction engineering of fuel cells 5 Extension of chemical engineering to electrochemical reaction
processes is explained with taking a polymer electrolyte fuel cell as an example.
Case studies of polymer electrolyte fuel cell 4 Based on the proposed theory, some case studies are discussed
in which the effects of convective flow as well as the effects of catalyst layer structure including the catalyst
layer thickness, pore structure parameters, and catalyst activity on the cell performance are estimated.
Chemical reaction engineering of conversion of heavy carbonaceous resources 6 Approach to conversion
processes of heavy carbonaceous resources including low-rank coal and biomass from the view point ofchemical reaction engineering is explained.
[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）

Continue to 化学工学特別セミナー７(2)↓↓↓

化学工学特別セミナー７(2)[Study outside of class (preparation and review)]（Other information (office hours, etc.)）
This is an biennial course which will be open in 2017, 2019, ...
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG50 6G047 LJ71

Course title(and course 応用力学
title inApplied Dynamics
English)Target year
Days and periods Wed.4

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,MATSUBARA ATSUSHI
Graduate School of Engineering
Professor,OOWADA TAKU
Graduate School of Engineering
Senior Lecturer,NAKANISHI HIROAKI
Graduate School of Engineering
Professor,HIRAKATA HIROYUKI
Graduate School of Engineering
Professor,INOUE YASUHIRO

Year/semesters 2023/First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy]

Continue to 応用力学(2)↓↓↓応用力学(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG50 6V037 EB71

Course title(and course 応用力学特別実験及び演習第一title inEnglish)Instructor's
name, job title,
Advanced Experiment and Exercise in Applied Mechanics I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG50 6V037 EB71

Course title(and course 応用力学特別実験及び演習第二title inEnglish)Instructor's
name, job title,
Advanced Experiment and Exercise in Applied Mechanics II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG70 7W005 SJ71

Course title(and course 応用力学特別演習Ａ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Applied Mechanics A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG70 7W007 SJ71

Course title(and course 応用力学特別演習Ｂ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Applied Mechanics B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG70 7W009 SJ71

Course title(and course 応用力学特別演習Ｃ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Applied Mechanics C and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG70 7W011 SJ71

Course title(and course 応用力学特別演習Ｄ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Applied Mechanics D and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG70 7W013 SJ71

Course title(and course 応用力学特別演習Ｅ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Applied Mechanics E and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG70 7W015 SJ71

Course title(and course 応用力学特別演習Ｆ
title inEnglish)Instructor's
name, job title,
Advanced Exercise in Applied Mechanics F and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],2times,,2times,,2times,,2times,,2times,,2times,,2times,,2times,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG70 6W017 EJ73

Course title(and course 構造工学実験法
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Strucutual Testing Technology

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,SUGIURA KUNITOMO
Graduate School of Engineering
Professor,YAGI TOMOMI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
The structural design method is going to shift to the performance based design. Since applications of new
construction methods and new technology can be accelerated by the use of performance based design, it isnecessary to evaluate the performance of structures by the material and structural tests. In this class, thevarious test methods under static and dynamic loading will be discussed including shaking table test, windtunnel test and nondestructive evaluation. Instrumentation to measure strain, force, acceleration, temperatureand other physical state variables is also discussed through the course work.
[Course objectives]
To carry out the structural performance evaluation by material test and structural test based on fundamental
understanding of measurement of strain, deflection and vibration in conjunction with the development ofdesign methodology, computing technology, electronics and instrumentations.
[Course schedule and contents]
Physical Modeling in Structural Engineering(1)-Response and failure-Modeling process-Similitude requirements
Instrumentation(1)-Data acquisition of Strain, Stressm Displacement,Force, Acceleration, & Temperature-Data analysis-Nondestructive evaluation(Ultrasonic test, Magnetic particle test & Infrared test)
Loading System(1)-Loading apparatus-Hydraulic system-Computer control-Loading techniques
Loading Test for Buckling(1)Loading Test for Fatigue Cracking(1)Loading Test for Bolted Connections(1)Loading Test for Composite Structures(1)Material Test(3)-Universal testing machine
Continue to 構造工学実験法(2)↓↓↓

構造工学実験法(2)-Fatigue testing machine-Stress vs. strain relation
Structural Loading Testing(3)-Static loading test
-Hybrid loading test
-Considerations in testing
Shaking Table Test(1)-Structural models for seismic loading-Similitude requirements-Considerations in shaking table test
Wind Tunnel Test(1)-Structural models for wind loading-Similitude requirements-Considerations in wind tunnel test
Summary and Achievement Check[Course requirements]
Knowledge on construction materials, structural mechanics, structural dynamics, instrumentation engineering
are required.
[Evaluation methods and policy]
Grade is given based on attendance and reports.
[Textbooks]
Textbook is provided.

[References, etc.]（Reference books）
introduced if necessary[Study outside of class (preparation and review)]
none（Other information (office hours, etc.)）
none*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG50 6W019 PJ71

Course title(and course インターンシップM（応用力学）
title inEnglish)Engineering Internship M

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,KUROSE RYOUICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
The aim of the internship is experiencing on-site activities involved production, manufacturing, development,
designing and research of industrial goods at a factory or a research laboratory of Japanese leading companies.
On-site learning of the importance of teamwork and production processes in manufacturing is also the aim.
[Course objectives]
The goal of the internship is to master a general method of thinking and methodology at MechanicalEngineering. Furthermore, by learning the relationship between a human and machines at an industry,
motivate oneself to study and think about one's career development.
[Course schedule and contents]
As a general rule, the internship should meet the above purpose. The duration should be not less than two
weeks. Thus, the following cases are not approved as an internship; a short internship such as a week, acompany tour, a company explanation meeting and so on. Longer term more than two weeks and an overseasinternship such as IAESTE can be acceptable.
Internship location: Based on recruitment from companies. You can find them at company's web sites and/or
the educational affairs office of the Engineering Science office (Butsuri Kyoumu).
[Course requirements]
None[Evaluation methods and policy]
Credits (2) are approved based on the summary report (50%) and presentation (50%) about the internshipactivities.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Consult with the internship host location.
（Other information (office hours, etc.)）
Pre-registration at the educational affairs office of the Engineering Science (Butsuri Kyoumu) is required.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG70 6W021 PJ71

Course title(and course インターンシップDS（応用力学）
title inEnglish)Engineering Internship DS

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,KUROSE RYOUICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
The purpose is to experience advanced studies related to mechanical engineering by the relatively long term
research in domestic or foreign companies, universities and institutes, etc., and to learn the way of thinking
and methodology.
[Course objectives]
The goal of the internship is to master a general method of thinking and methodology at MechanicalEngineering. Furthermore, motivate oneself to study and think about one's career development and to develop
communication skill in group work and in international network.
[Course schedule and contents]
As a general rule, the internship should meet the above purpose. The duration should be not less than 12
weeks.
Submission of a report and presentation in a report meeting after you finish the internship are required.

[Course requirements]
None[Evaluation methods and policy]
Credits (4) are approved based on the summary report (50%) and presentation (50%) about the internshipactivities.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Consult with the internship host location.
（Other information (office hours, etc.)）
Pre-registration at the educational affairs office of the Engineering Science (Butsuri Kyoumu) is required.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG70 6W023 PJ71

Course title(and course インターンシップDL（応用力学）
title inEnglish)Engineering Internship DL

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 6
Class style

Practical training

Graduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,KUROSE RYOUICHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese[Overview and purpose of the course]
The purpose is to experience advanced studies related to mechanical engineering by the relatively long term
research in domestic or foreign companies, universities and institutes, etc., and to learn the way of thinking
and methodology.
[Course objectives]
The goal of the internship is to master a general method of thinking and methodology at MechanicalEngineering. Furthermore, motivate oneself to study and think about one's career development and to develop
communication skill in group work and in international network.
[Course schedule and contents]
As a general rule, the internship should meet the above purpose. The duration should be not less than 24
weeks.
Submission of a report and presentation in a report meeting after you finish the internship are required.

[Course requirements]
None[Evaluation methods and policy]
Credits (6) are approved based on the summary report (50%) and presentation (50%) about the internshipactivities.
[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Consult with the internship host location.
（Other information (office hours, etc.)）
Pre-registration at the educational affairs office of the Engineering Science (Butsuri Kyoumu) is required.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG70 6W025 SB71

Course title(and course 応用力学セミナーA
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Seminar on Applied Mechanics A

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG70 6W027 SB71

Course title(and course 応用力学セミナーB
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Seminar on Applied Mechanics B

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],5times,,5times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, Second
semester

Language of instruction JapaneseCourse number

G-ENG52 5H404 LE61

Course title(and course 分子機能と複合・集積機能
title inEnglish)Instructor's
name, job title,
Molecular Function and Composite-Assembly Function and departmentof affiliation

Target year
Days and periods Mon.1

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,IMAHORI HIROSHI
Institute for Chemical Research
Professor,KAJI HIRONORI
Fukui Institute for Fundamental Chemistry
Professor,SATOU TOORU
Graduate School of Engineering
Professor,OOKITA HIDEO
Graduate School of Engineering
Professor,MATSUDA KENJI
Institute for Chemical Research
Professor,TSUJII YOSHINOBU
Institute for Chemical Research
Professor,NAKAMURA MASAHARU
Graduate School of Engineering
Professor,NAKAO YOSHIAKI
Graduate School of Engineering
Associate Professor,HIGASHI MASAHIRO
Graduate School of Engineering
Professor,NUMATA KEIJI
Graduate School of Engineering
Associate Professor,TANAKA TAKAYUKI
Graduate School of Engineering
Professor,SUGIYASU KAZUNORI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
Principles and their examples of revealing molecular function will be described based on molecular design.
We also focus on guidelines of molecular design and their representative examples to achieve function ofmolecular composites and assemblies.
[Course objectives]
The goal of this course is to acquire abilities of proposing and performing research plans with regard tofunctions of molecular composites and assemblies by learning their principles and examples exhibiting
molecular functions.
[Course schedule and contents]
Molecular function and composite-assembly function relating to light, 1 time.
This lecture describes photosynthesis and artificial photosynthesis as examples of molecular function andcomposite-assembly function relating to light. Organic photonics and electronics including molecular
photovoltaics are also highlighted as potential practical applications (Imahori).
Molecular design for effficient and sustainable catalysis, 2 times.
This lecture describes several important ideas for development of highly efficient organotransition metal
catalysts in green and sustainable chemistry. Highly efficient coupling reactions for carbon-carbon bondformation employing 3d transition metal, especially iron, catalysts are included (Nakamura).
Continue to 分子機能と複合・集積機能(2)↓↓↓分子機能と複合・集積機能(2)Theoretical analysis of molecular function and composite-assembly function, 2 times.
This lecture describes the basis of quantum chemical method and molecular dynamics simulation for
theoretical analysis of molecular function and composite-assembly function. The recent applications of thesemethods are also demonstrated (Higashi).
Photovoltaic conversion based on molecular assembly of organic semiconductors, 2 times.
This lecture gives an introduction to polymer solar cells. It starts by introducing various conjugated polymers
as semiconductor, which are promising materials for organic optoelectronics such as organic light-emitting
diode displays and organic photovoltaic cells. The fundamental mechanism of organic solar cells is thenbriefly explained to clarify how self-assembling structures of semiconducting materials impact on thephotovoltaic performance. Recent progress in this field is overviewed and several challenging studies are also
introduced (Ohkita).
Theoretical design for functional molecules from the view of electron-vibration interactions, 2 times.
This lecture describes theoretical design principles for highly efficient emitting and carrier-transporting
molecules in organic light-emitting diodes (OLED) from the view of electron-vibration interactions (vibronic
couplings)(Sato).
Molecular design and device function of organic light-emitting diodes, 2 times.
This lecture focuses on recently-developed organic light-emitting diodes (OLEDs). The contents are: 1) the
history, 2) basic concept, 3) molecular design to realize excellent light-emitting performance, 4) chargetransport simulation, and 5) device fabrication (Kaji).
[Course requirements]
Knowledge of an undergraduate level of chemistry as well as of English, especially listening and reading, isrequired.
[Evaluation methods and policy]
The grading will be done on a basis of your participation and assignments.
[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class（Related URLs）(None)

Continue to 分子機能と複合・集積機能(3)↓↓↓

分子機能と複合・集積機能(3)[Study outside of class (preparation and review)]
After attending the class, attendees should read related references to deepen their knowledge and expertiseon the topics. The references will be given in each class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG52 5H407 LJ61

Course title
Instructor's(and course 複合系の物理化学と解析技術
name, job title,
title inPhysical Chemistry and Analytical Techniques of Complex Systems and departmentof affiliation
English)Target year
Days and periods Mon.5

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,TANAKA KATSUHISA
Graduate School of Engineering
Professor,SAKKA TETSUO
Graduate School of Engineering
Professor,TANAKA TSUNEHIRO
Graduate School of Engineering
Professor,KOGA TSUYOSHI
Graduate School of Engineering
Professor,NAKAMURA YOU
Graduate School of Engineering
Professor,YAMAMOTO RYOICHI

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]This course focuses on fundamentals of physical chemistry for a quantitative understanding of structure,reaction, and properties of matters in complex systems. Analytical techniques including theoretical, numerical,
and experimental approaches for clarification of the phenomena in complex systems are also introduced.
[Course objectives][Course schedule and contents][Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 複合系の物理化学と解析技術 (2)↓↓↓

複合系の物理化学と解析技術 (2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG52 5H409 LE61

Course title(and course 化学から生物へ生物から化学へ
title inEnglish)Instructor's
name, job title,
Frontiers in the Field of Chemical Biology and Biological Chemistry and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 1.5
Class style

Graduate School of Engineering
Professor,HAMACHI ITARU
Graduate School of Engineering
Professor,MORI YASUO
Graduate School of Engineering
Professor,ATOMI HARUYUKI
Graduate School of Engineering
Professor,NUMATA KEIJI
Graduate School of Engineering
Professor,MIKI HIROAKI
Institute for Life and Medical Sciences
Professor,TABATA YASUHIKO
Institute for Life and Medical Sciences
Professor,EIRAKU GENJI
Graduate School of Engineering
Associate Professor,YOSHIHIRO SASAKI
Institute for Advanced Study
Senior Lecturer,NAMASIVAYAM, Ganesh Pandian

Year/semesters 2023/Second semester

Language of instruction English

Lecture[Overview and purpose of the course]
In the cutting-edge of research fields, chemistry and biology are being closely related each other. In this class,progress in such interdisciplinary areas and topics including natural products, biophysics, bio-imaging, biomaterials, regenerative medicine, microbiology, cell biology, structure biology, chemical biology, molecularphysiology and others, are briefly explained and discussed.
[Course objectives]
Students will be able to understand recent progress and trends in broad interdisciplinary areas between
biology and chemistry (engineering) and make their own ideas in these research fields from a viewpoint of
individual researchers and engineers.
[Course schedule and contents]
The guidance for this lecture course will be conducted at the first day of this class.

[Course requirements]
Fundamentals in chemistry, biochemistry, biology, and materials science.

Continue to 化学から生物へ生物から化学へ(2)↓↓↓

化学から生物へ生物から化学へ(2)[Evaluation methods and policy]
Evaluation will be conducted by attendance and scores for exercises and problems (or quiz) that each lecturer
charges in his teaching topics[Textbooks]
Not used[References, etc.]（Reference books）[Study outside of class (preparation and review)]
Nothing special, but each lecturer may inform of you.
（Other information (office hours, etc.)）
The credit for MS2 students will be guided in detail at the first day.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG52 6H446 SE61

Course title(and course English for Debate and Communications
title inEnglish)English for Debate and Communications

Target year
Days and periods Fri.3,4

Instructor's
name, job title,and departmentof affiliation

Number of credits 1.5
Class style

LectureGraduate School of Engineering
Professor,OOSHIMA MASAHIRO

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
The course is built up with 6 units. Through these six units one by one, the students can learn how to give,
explain, organize their own opinion and conduct the debate.
[Course objectives]
Learn the basic and key phrases of active listening, interrupting, clarifying and confirming, paraphrasing,hesitating, and showing your understanding. After discussion and simulation of debating, debate is conducted
for given questions.
[Course schedule and contents]
Unit 1: Giving Your Opinion,2times,Discussion Focus/ Key points Language Focus 1; Active Listening,
Hesitating Practice Language Focus 2: Opinions/suggestion Putting them together. Discussion and
Simulations. Debate Question of the Week 1
Unit 2: Explaining Your Opinion,2times,Discussion Focus/ Key points Topic Sentence, Primary Sentence,
Debatable/No-debatable Practice Primary Supporting Sentence Practice Connecting Words amp Practice
Discussion and Simulation. Debate Question of the Week 2
Unit 3: Organizing Your Opinion,2times,Discussion Focus/ Key points Secondary Supporting Sentence
Developing and Argument Practice Putting them together. Discussion and Simulations. Debate Question of
the Week 3
Unit 4: Interrupting/Refuting Opinions,2times,Discussion Focus/ Key points Interrupting, Interrupting
Practice Refuting Opinions, Refutation Practice Discussion and Simulations. Debate Question of the Week 4
Unit 5:Challenging Support,2times,Discussion Focus/ Key points Persuading Language, Making Proposals
Practice Speaking Practice Challenging and Defending Language Discussion and Simulations. Debate
Question of the Week 5
Unit 6: Delivery/Performance,2times,Discussion Focus/ Key points Persuasive Language Delivery Focus:
Word/Sentence Stress. Intonation Discussion and Simulations. Debate Question of the Week 6[Course requirements]
None[Evaluation methods and policy]
Attendance and performance in the class[Textbooks]
a in-house booklet be provided
Continue to English for Debate and Communications(2)↓↓↓

English for Debate and Communications(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG52 6H470 PE61

Course title
Instructor's(and course JGP国際インターンシップ Ⅰ（短期） name, job title,and department
title in
JGP International Internship Iof affiliation
English)Target year
Days and periods Intensive

Number of credits 1
Class style

Practical training

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]
At the overseas cooperation university in Kyoto University Top Global Program, a research-based internshipof one month is executed. Through the internship, study how to proceed the research at the advanced
universities, and improve the English communication ability.
[Course objectives]
This course aims to understand the way of managing the research at the foreign university, and obtain thecommunication skills by which they can argue the details of research with foreign researchers.
[Course schedule and contents]
International Internship,20times,At the overseas cooperation university in Kyoto University Top Global
Program, a research-based internship of one month is executed.
Seminar,1time,The contents of the internship is reported at the seminar.

[Course requirements]
Careful plan of internship should be prepared under the supervision of Japanese supervisor. Enough English
ability for discussing with the foreign supervisor during the internship is requested.
[Evaluation methods and policy]
The student in internship is requested to submit internship plan before the internship, some progress reports
during the internship and the final report at the end of the internship. The seminar presentation is also
requested after finishing the internship. The grading is conducted based on the period and the performance of
the internship.
[Textbooks]
Not used
None[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Prepare for travelling and living in addition to studying.
（Other information (office hours, etc.)）
By the limitation of budget for each year, the number of students will be restricted.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG52 6H471 PE61

Course title
Instructor's(and course JGP国際インターンシップ Ⅱ（中期） name, job title,and department
title in
JGP International Internship IIof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]
At the overseas cooperation university in Kyoto University Top Global Program, a research-based internshipof two month is executed. Through the internship, study how to proceed the research at the advanced
universities, and improve the English communication ability.
[Course objectives]
This course aims to understand the way of managing the research at the foreign university, and obtain thecommunication skills by which they can argue the details of research with foreign researchers.
[Course schedule and contents]
International internship ,40times,At the overseas cooperation university in Kyoto University Top Global
Program, a research-based internship of two month is executed.
Seminar,1time,The contents of the internship is reported at the seminar.

[Course requirements]
Careful plan of internship should be prepared under the supervision of Japanese supervisor. Enough English
ability for discussing with the foreign supervisor during the internship is requested.
[Evaluation methods and policy]
The student in internship is requested to submit internship plan before the internship, some progress reports
during the internship and the final report at the end of the internship. The seminar presentation is also
requested after finishing the internship. The grading is conducted based on the period and the performance of
the internship.
[Textbooks]
None[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Prepare for travelling and living in addition to studying.
（Other information (office hours, etc.)）
By the limitation of budget for each year, the number of students will be restricted.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG52 6H472 PE61

Course title
Instructor's(and course JGP国際インターンシップ Ⅲ（長期） name, job title,and department
title in
JGP International Internship III
of affiliation
English)Target year
Days and periods Intensive

Number of credits 4
Class style

Practical training

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]
At the overseas cooperation university in Kyoto University Top Global Program, a research-based internshipof more than three month is executed. Through the internship, cultivate the abilities of communication withforeign researchers, management of a research, and writing research papers.
[Course objectives]
This course aims to acquire the skills of communicating with foreign researchers, managing the research, andwriting academic papers.
[Course schedule and contents]
Theme Class number of times Description International internship,60times,At the overseas cooperation
university in Kyoto University Top Global Program, a research-based internship of more than three month isexecuted.
Seminar,1time,The contents of the internship is reported at the seminar.
[Course requirements]
Careful plan of internship should be prepared under the supervision of Japanese supervisor. Enough English
ability for discussing with the foreign supervisor during the internship is requested.
[Evaluation methods and policy]
The student in internship is requested to submit internship plan before the internship, some progress reports
during the internship and the final report at the end of the internship. The seminar presentation is also
requested after finishing the internship. The grading is conducted based on the period and the performance of
the internship.
[Textbooks]
None[References, etc.]（Reference books）
None[Study outside of class (preparation and review)]
Prepare for travelling and living in addition to studying.
（Other information (office hours, etc.)）
By the limitation of budget for each year, the number of students will be restricted.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P448 LE60

Course title(and course JGPセミナーⅠ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar I

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P450 LE60

Course title(and course JGPセミナーⅡ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar II

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P452 LE60

Course title(and course JGPセミナーⅢ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar III

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P454 LE60

Course title(and course JGPセミナーⅣ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar IV

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P456 LE60

Course title(and course JGPセミナーⅤ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar V

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P457 LE60

Course title(and course JGPセミナーⅥ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar VI

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P459 LE60

Course title(and course JGPセミナーⅦ
title inEnglish)Japan Gateway Project Seminar VII

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P461 LE60

Course title(and course JGPセミナーⅧ
title inEnglish)Japan Gateway Project Seminar VIII

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P463 LE60

Course title(and course JGPセミナーⅨ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar IX

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P465 LE60

Course title(and course JGPセミナーⅩ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar X

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P467 LE60

Course title(and course JGPセミナーⅩI
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Japan Gateway Project Seminar XI

Target year
Days and periods Intensive

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P469 LE60

Course title(and course JGPセミナーⅩII
title inEnglish)Japan Gateway Project Seminar XII

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 0.5
Class style

LectureGraduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This is a series of lectures which are carried out by the professors who are invited with Japan Gateway: Kyoto
University Top Global Program (JGP). By attending a lecture from the world top level professors, this course
aims to grasping the newest trend of the specific field and extending the view of thinking.
[Course objectives]
Understand the fundamental and/or latest contents of a field of chemistry or chemical engineering in English,
and obtain the skill of discussing the related contents in English.
[Course schedule and contents]
Introduction,1time,The contents of a series of seminar are explained.
Intensive lectures of the specific theme,2times,For a given theme, a series of lectures is executed.
Summary,1time,The contents of a series of seminar are summarized, and the exercise for evaluating the levelof understanding is executed.
[Course requirements]
The basic knowledge for understanding the specific theme and the ability of understanding the lecture in
English are requested.
[Evaluation methods and policy]
Attendance at a series of four lectures or more is requested. The report assigned in the lecture and/or the
result of final examination are used for evaluation.
[Textbooks]
A copy of related contents is offered.
[References, etc.]（Reference books）
Announced in the lecture.
[Study outside of class (preparation and review)]
Read through the documents if they are given before the lectures.
（Other information (office hours, etc.)）
Professors of the faculty of engineering who are doing similar research support a student#039s study. In somecases, this course consists of a series of lectures by two or more researchers.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG14 6P470 LE60

Course title(and course JGP計算実習(CFD)
title inEnglish)Instructor's
name, job title,
Japan Gateway Project Computation Exercise(CFD) and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 0.5
Class style

SeminarGraduate School of Engineering
Professor,SOTOWA KENICHIRO
Graduate School of Engineering
Assistant Professor,TONOMURA OSAMU

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
Computational fluid dynamics (CFD) is utilized in various fields such as shape design and analysis of flow
conditions inside devices. In this lecture and exercise, we will explain the fundamentals of CFD for
microchemical devices, conduct exercises using CFD software, and acquire the current state of CFD
simulation technology.

[Course objectives]
Students can build models for devices with various channel shapes and acquire skills that can simulate theflow conditions in two and three dimensional devices without reaction. Also, for systems with heat transfer
and/or reaction, students will acquire skills that can model them on their own by referring to the manual.

[Course schedule and contents]
1. Lecture and exercise (1):Fundamentals of CFD and its application to device design
2. Lecture and exercise (1):Basics of operation of CFD software
3. Lecture and exercise (1):Tutorial Exercise 1: Analysis of mixing characteristics in microdevices (2D)
4. Lecture and exercise (1):Tutorial Exercise 1: Analysis of mixing characteristics in microdevices (3D)[Course requirements]
It is desirable to have basic knowledge on modeling related to material balance.
[Evaluation methods and policy]
Evaluation is based on the task in the lecture and the report.

Continue to JGP計算実習(CFD)(2)↓↓↓

JGP計算実習(CFD)(2)[Textbooks]
Materials created by faculty are distributed to students.

[References, etc.]（Reference books）
It will be introduced during the lecture.
[Study outside of class (preparation and review)]
We plan to rent a computer or a software for a certain period of time. Students can pursue analysis and designtasks using the computer or the software. This allows students to review CFD simulation techniques.
（Other information (office hours, etc.)）
We may restrict the number of students taking into consideration the restrictions on available PCs andsoftware and the effect of exercises.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG52 6W432 EB61

Course title
Instructor's(and course 物質機能・変換科学特別実験及演習Ⅰ name, job title,
title inLaboratory and Exercise on Materials Engineering and Chemistry I and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG52 6W433 EB61

Course title
Instructor's(and course 物質機能・変換科学特別実験及演習Ⅱ name, job title,
title inLaboratory and Exercise on Materials Engineering and Chemistry II and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG52 6W434 EB61

Course title
Instructor's(and course 物質機能・変換科学特別実験及演習Ⅲ name, job title,
title inLaboratory and Exercise on Materials Engineering and Chemistry III and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG52 6W435 EB61

Course title
Instructor's(and course 物質機能・変換科学特別実験及演習Ⅳ name, job title,
title inLaboratory and Exercise on Materials Engineering and Chemistry IV and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG72 6W437 SB61

Course title(and course 物質機能・変換科学特別セミナーⅠ
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Materials Engineering and Chemistry I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],8times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG72 6W438 SB61

Course title(and course 物質機能・変換科学特別セミナーⅡ
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Materials Engineering and Chemistry II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],8times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG72 6W439 SB61

Course title(and course 物質機能・変換科学特別セミナーⅢ
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Materials Engineering and Chemistry III and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],8times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG72 6W440 SB61

Course title(and course 物質機能・変換科学特別セミナーⅣ
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Materials Engineering and Chemistry IV and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],8times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG72 6W441 SB61

Course title(and course 物質機能・変換科学特別セミナーⅤ
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Materials Engineering and Chemistry V and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],8times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG72 6W442 SB61

Course title(and course 物質機能・変換科学特別セミナーⅥ
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Materials Engineering and Chemistry VI and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],8times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,NAKAO YOSHIAKI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG53 3W606 LJ88

Course title(and course 画像診断学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Diagnostic Imaging

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Medicine
Professor,NAKAMOTO YUUJI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,6times,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 画像診断学(2)↓↓↓

画像診断学(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG53 6W618 PJ89 G-ENG53 5M424 SJ25 G-ENG53 5M424 SJ88
G-ENG53 5M424 SJ89

Course title(and course 放射線治療計画・計測学実習
title inEnglish)Instructor's
name, job title,
Radiation Treatment Planning, Radiation Treatment Metrology, Practice and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Medicine
Professor,NAKAMURA MITSUHIRO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
がんの放射線治療について，治療全体の流れや治療方法の概要，実際の放射線治療前に実施される治療計画の流れを講義する．治療計画を作成する治療計画装置，治療計画に用いる医用画像の種類
や特徴，患者セットアップ誤差や治療時に想定される照射誤差を治療計画に反映させる方法とその基本概念について学修する．さらに，実際の治療現場にて患者セットアップから治療計画を経て治療を実施するまでの過程の見学や治療計画装置を用いた治療計画作成実習を行い理解を深める．また，放射線治療の基本となる線量測定について，放射線計測機器や臨床における線量検証の重要性について講義するとともに，実際の治療装置を用いて治療計画検証の線量測定の実習を行う．
[Course objectives]
がんに対する放射線治療について，放射線治療全体の流れや放射線治療法の概要，放射線治療前の工程を説明できる．
放射線治療計画や品質管理/品質保証について理解する．
[Course schedule and contents]
集中講義（3日間）で下記講義内容を実施予定．
（1）放射線治療概論【1回】（2）放射線治療計画概論【2回】（3）放射線計測理論【2回】（4）治療計画装置・計算アルゴリズム【2回】（5）治療計画実習【4回】（6）線量測定実習【4回】[Course requirements]
None[Evaluation methods and policy]
詳細は別途通知する．

Continue to 放射線治療計画・計測学実習(2)↓↓↓

放射線治療計画・計測学実習(2)[Textbooks]
特になし．

[References, etc.]（Reference books）
特になし．
[Study outside of class (preparation and review)]
他大学・学術団体・職能団体が開催している勉強会を活用する．勉強会の情報は教員から提供する．

（Other information (office hours, etc.)）
詳細は別途通知する．
白衣を持参すること．
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG53 2B05a LJ87 G-ENG53 2W641 LB87

Course title(and course 生理学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Physiology

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Medicine
Professor,WATANABE DAI

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,3times,,2times,,2times,,2times,,4times,,1time,
,,
,,
,,
,,
,,
,,
,,
,,
[Course requirements]
None[Evaluation methods and policy]

Continue to 生理学(2)↓↓↓

生理学(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG53 5W670 LJ25

Course title(and course 生命医工分野セミナーＡ(修士）title inEnglish)Instructor's
name, job title,
Seminar on Bio-Medical Engineering A (MC) and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG53 5W671 LJ87

Course title(and course 生命医工分野セミナーＢ(修士）title inEnglish)Instructor's
name, job title,
Seminar on Bio-Medical Engineering B (MC) and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG53 6W681 EB25

Course title
Instructor's(and course 生命・医工分野特別実験および演習第一 name, job title,
title in
Experiments and Exercises on Bio-Medical Engineering, Adv. I and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG53 6W683 EB25

Course title
Instructor's(and course 生命・医工分野特別実験および演習第二 name, job title,
title in
Experiments and Exercises on Bio-Medical Engineering, Adv. II and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG53 5W685 LJ25

Course title(and course 生命・医工分野特別セミナーA
title inEnglish)Seminar on Bio-Medical Engineering A

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG73 6W687 LJ87

Course title(and course 生命・医工分野特別セミナーB
title inEnglish)Seminar on Bio-Medical Engineering B

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG73 6W689 LJ88

Course title(and course 生命・医工分野特別セミナーC
title inEnglish)Seminar on Bio-Medical Engineering C

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG73 6W690 LJ89

Course title(and course 生命・医工分野特別セミナーD
title inEnglish)Seminar on Bio-Medical Engineering D

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG53 5W691 PJ25

Course title(and course インターンシップM（生命・医工）
title inEnglish)Bio-Medical Engineering Internship M

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG73 5W692 PJ87

Course title(and course インターンシップＤ（生命・医工）
title inEnglish)Bio-Medical Engineering Internship D

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,YOKOKAWA RYUUJI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG10 5X001 LJ72 G-ENG11 5X001 LJ72

Course title
Instructor's(and course 融合光・電子科学の展望
name, job title,
title in
Prospects of Interdisciplinary Photonics and Electronics and departmentof affiliation
English)Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
Professor,MATSUO TETSUJI
Graduate School of Engineering
Professor,SAKAMOTO TAKUYA
Graduate School of Engineering
Associate Professor,SUSUKI YOSHIHIKO
Graduate School of Engineering
Associate Professor,HISAKADO TAKASHI
Graduate School of Engineering
Professor,KAWAKAMI YOUICHI
Graduate School of Engineering
Professor,KIMOTO TSUNENOBU
Graduate School of Engineering
Professor,SHIRAISHI MASASHI
Graduate School of Engineering
Professor,YONEZAWA SHINGO
Graduate School of Engineering
Associate Professor,ASANO TAKASHI
Graduate School of Informatics
Professor,Oki Eiji
Graduate School of Science
Professor,TAKAHASHI YOSHIROU
Yukawa Institute for Theoretical Physics
Associate Professor,TOTSUKA KEISUKE
Part-time Lecturer,OHSIMA TAKESHI

Target year
Days and periods Fri.2

Number of credits 2
Class style

LectureYear/semesters 2023/First semester

Language of instruction Japanese and English[Overview and purpose of the course][Course objectives][Course schedule and contents],,

Continue to 融合光・電子科学の展望(2)↓↓↓

融合光・電子科学の展望(2)[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG54 6X003 EB72

Course title(and course 融合光・電子科学特別実験及演習１
title inEnglish)Instructor's
name, job title,
Advanced Experiments and Exercises in Interdisciplinary Photonics and Electronics I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG54 6X005 EB72

Course title(and course 融合光・電子科学特別実験及演習２
title inEnglish)Instructor's
name, job title,
Advanced Experiments and Exercises in Interdisciplinary Photonics and Electronics II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG74 6X007 LJ72

Course title(and course 融合光・電子科学特別セミナー
title inEnglish)Instructor's
name, job title,
Advanced Seminar on Interdisciplinary Photonics and Electronics and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 4
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG54 6X009 SE72

Course title(and course 融合光・電子科学通論
title inEnglish)Instructor's
name, job title,
Recent Advances in Interdisciplinary Photonics and Electronics and departmentof affiliation

Target year
Days and periods Tue.5

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,,9times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Kyoto University
Not fixed

Year/semesters 2023/Second semester

Language of instruction English

未更新
Course number

G-ENG54 6X015 PJ72

Course title
Instructor's(and course 融合光・電子科学特別研修1(インターン) name, job title,
title in
Advanced Seminar in Interdisciplinary Photonics and Electronics I and departmentof affiliation
English)Target year

Number of credits 2

Days and periodsThu.3,4,Fri.3,4 Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG54 6X017 PJ72

Course title
Instructor's(and course 融合光・電子科学特別研修2(インターン) name, job title,
title in
Advanced Seminar in Interdisciplinary Photonics and Electronics II and departmentof affiliation
English)Target year

Number of credits 2

Days and periodsThu.3,4,Fri.3,4 Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],6times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG54 6X019 PJ72

Course title(and course 研究インターンシップM(融合光)title inEnglish)Research Internship (M)Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English

未更新
Course number

G-ENG74 6X019 PJ72

Course title(and course 研究インターンシップD(融合光)title inEnglish)Research Internship (D)Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training[Overview and purpose of the course][Course objectives][Course schedule and contents],,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese and English

未更新
Course number

G-ENG74 6X023 SJ72

Course title(and course 融合光・電子科学特別演習1
title inEnglish)Instructor's
name, job title,
Advanced Exercises on Interdisciplinary Photonics and Electronics I and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG74 6X025 SJ72

Course title(and course 融合光・電子科学特別演習2
title inEnglish)Instructor's
name, job title,
Advanced Exercises on Interdisciplinary Photonics and Electronics II and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,AMEMIYA NAOYUKI
Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction JapaneseCourse number

G-ENG55 5X301 LE73

Course title(and course 人間安全保障工学概論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Human Security Engineering

Target year
Days and periods Wed.5

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This lecture aims to get student to comprehensively and deeply understand issues related to Human Security
Engineering as a system of technologies for designing and managing cities that enable inhabitants to live
under better public health conditions, and environemntal destruction, as listed in the Millennium
Development Goals from the viewpoint of four existing fields, i.e. urban governance, urban infrastructure
management, health risk management, and disaster risk management. In addition, we#039ll provide lectureson this new discipline systematically based on the relationship between four existing fields.
[Course objectives]
人間安全保障工学に関連した問題への実用的アプローチ法を習得する[Course schedule and contents]
Orientation(1time)
Orientation, Self-Introduction and Photo Session
Overview of Human Security Engineering(1time)
What is Human Security Engineering? We will give brief answer to this question.
Urban Governance(5times)
Lecture on Human Right, Property and Social Capital, and Community Dimension of Human Security in
Urban Context. Presentation by students and discussion will be also carried out.
Urban Infrastructure Management(2times)
The role and importance of urban infrastructure management for establishment of human security will bepresented. Presentation by students and discussion will be also carried out.
Health Risk Management(2times)
The role and importance of health risk management for establishment of human security will be presented.
Presentation by students and discussion will be also carried out.
Disaster Risk Management(2times)
The role and importance of disaster risk management for establishment of human security will be presented.
Presentation by students and discussion will be also carried out.
Technical tour(2times)
Technical tour on human security engineering.
Continue to 人間安全保障工学概論(2)↓↓↓

人間安全保障工学概論(2)[Course requirements]
None[Evaluation methods and policy]
Participation, Presentation, and Report[Textbooks]
Not used[References, etc.]（Reference books）（Related URLs）(http://hse.gcoe.kyoto-u.ac.jp/en/inside/kyomu/index.html)[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Course number

G-ENG75 7X305 LB24

Course title(and course 都市ガバナンス学各論１
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Lectures in Urban Governance 1

Target year
Days and periods Intensive

Number of credits 2
Class style

LectureGraduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, First semester

Language of instruction English[Overview and purpose of the course]
Custom-made LectureThis class will cover the hot topics on urban governance within human security engineering. Instructors will
present current literature and expect students to develop arguments.
[Course objectives]
Acquire practical approaches to problems concerning urban governance within human security engineering[Course schedule and contents]
Introduction(1time)
The topics and study plan will be decided by discussion with the lecturer. The worth of the topics will bebriefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions and report[Textbooks]
Not used

Continue to 都市ガバナンス学各論１(2)↓↓↓

都市ガバナンス学各論１(2)[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG03 7X307 SB24

Course title(and course 都市ガバナンス学各論２
title inEnglish)Lectures in Urban Governance 2

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,YOKO SHIMADA

SecondYear/semesters 2023/Intensive,semesterSeminarLanguage of instruction English[Overview and purpose of the course]
Custom-made LectureThis class will cover the hot topics on urban governance within human security engineering. Instructors will
present current literature and expect students to develop arguments.

[Course objectives]
Acquire practical approaches to problems concerning urban governance[Course schedule and contents]
Introduction(1time)
The topics and study plan will be decided by discussion with the lecturer. The worth of the topics will bebriefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions, and report[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during classContinue to 都市ガバナンス学各論２(2)↓↓↓

都市ガバナンス学各論２(2)[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG75 7X315 SE73

Course title(and course 都市基盤マネジメント学各論1
title inEnglish)Instructor's
name, job title,
Lectures in Urban Infrastructure Management 1 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, First semester

Language of instruction English[Overview and purpose of the course]
Custom-made LectureThis class aims to deepen the understanding on urban infrastructure management, especially related to humansecurity engineering. The class will present and discuss hot topics and related literatures on urban
infrastructure management.
[Course objectives]
Acquire practical approaches to problems concerning urban infrastructure management related to humansecurity engineering.
[Course schedule and contents]
Introduction,(1time)
The topics and study plan will be decided by discussion with the lecturer. The worth of the topics will bebriefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions, and report

Continue to 都市基盤マネジメント学各論1(2)↓↓↓

都市基盤マネジメント学各論1(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG75 7X317 SE73

Course title(and course 都市基盤マネジメント学各論2
title inEnglish)Instructor's
name, job title,
Lectures in Urban Infrastructure Management 2 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,YOKO SHIMADA

SecondYear/semesters 2023/Intensive,semester

Language of instruction English[Overview and purpose of the course]
Custom-made Lecture
In this class, the Assorted Instructors will provide lectures on the current situation and future prospect of thechallenges of urban infrastructure management related to urban human security engineering. The aim of thisclass is to develop advanced and practical research capability of the students. To achieve this, they will beassigned with research subjects and will present and discuss their findings.
[Course objectives]
Acquire practical approaches to problems concerning urban infrastructure management related to humansecurity engineering.
[Course schedule and contents]
Introduction(1time)
The topics and study plan will be decided by discussion with the lecturer. The worth of the topics will bebriefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions and report

Continue to 都市基盤マネジメント学各論2(2)↓↓↓

都市基盤マネジメント学各論2(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG75 7X323 SE24

Course title(and course 健康リスク管理学各論1
title inEnglish)Lectures in Health Risk Management 1

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, First semester

Language of instruction English[Overview and purpose of the course]
Custom-made LectureThis class will provide an overview of health risk management, especially as they relate to human security
engineering. The class will present and discuss the hot topics and related literatures on health risk
management.
[Course objectives]
Acquire practical approaches to problems concerning health risk management related to human security
engineering.

[Course schedule and contents]
Introduction(1time)
The topics and study plan will be decided by discussion with the lecturer. The worth of the topics will bebriefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions and report

Continue to 健康リスク管理学各論1(2)↓↓↓

健康リスク管理学各論1(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG75 7X325 SE24

Course title(and course 健康リスク管理学各論2
title inEnglish)Lectures in Health Risk Management 2

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,YOKO SHIMADA

SecondYear/semesters 2023/Intensive,semester

Language of instruction English[Overview and purpose of the course]
Custom-made LectureThis class will provide lectures on the current situation and future challenges of human health risk
management from the viewpoint of urban human security engineering. The aim of this class is to develop thestudent s research capability. Students will be assigned academic and practical research subjects, and willthen present and discuss their findings.
[Course objectives]
Acquire practical approaches to problems concerning health risk management related to human security
engineering.
[Course schedule and contents]
Introduction(1time)
The topics and study plan will be decided by discussion with the lecturer. The worth of the topics will bebriefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions and report

Continue to 健康リスク管理学各論2(2)↓↓↓

健康リスク管理学各論2(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG75 7X335 SE24

Course title(and course 災害リスク管理学各論1
title inEnglish)Lectures in Disaster Risk Management 1

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Graduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, First semester

Language of instruction English

Seminar[Overview and purpose of the course]
Custom-made LectureThis class aims provide an overview of disaster risk management, with an emphasis on human security
problems. The class will present and discuss hot topics and related literatures on disaster risk management[Course objectives]
Acquire practical approaches to problems concerning disaster risk management related to human security
engineering.
[Course schedule and contents]
Introduction(1time)
The topics and study plan will be decided by discussion with the lecturer.
The worth of the topics will be briefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions and report[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during classContinue to 災害リスク管理学各論1(2)↓↓↓

災害リスク管理学各論1(2)[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG75 7X337 SE24

Course title(and course 災害リスク管理学各論2
title inEnglish)Lectures in Disaster Risk Management 2

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

SeminarGraduate School of Engineering
Associate Professor,YOKO SHIMADA

SecondYear/semesters 2023/Intensive,semester

Language of instruction English[Overview and purpose of the course]
Custom-made LectureThis class will provide lectures on the current situation and future challenges of disaster risk managementfrom the viewpoint of urban human security engineering. The aim of this class is to develop advanced andpractical research capability of the students. To achieve this, they will be assigned with research subjects andwill present and discuss their findings.
[Course objectives]
Acquire practical approaches to problems concerning disaster risk management related to human security
engineering.
[Course schedule and contents]
Introduction(1time)
The topics and study plan will be decided by discussion with the lecturer. The worth of the topics will bebriefly summarized.
Investigation, presentation, and discussion(13times)
Students need to investigate the topics, make presentations on its results, and have discussions following thestudy plan.
Final presentation(1time)
Final presentation will be carried out, and final report will be submitted. They will be evaluated by thelecturer.
[Course requirements]
None[Evaluation methods and policy]
Participations, discussions and report

Continue to 災害リスク管理学各論2(2)↓↓↓

災害リスク管理学各論2(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
This subject is custom-made. If you wish to take this, you must submit an Auditing Request Form for HSE
Custom-made lecture per subject to the C Cluster Office. The form is available at the C Cluster Office.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG55 7X339 PE73

Course title(and course 人間安全保障工学インターンシップ
title inEnglish)Instructor's
name, job title,
Internship for Human Security Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]
The internship aims to develop practical capabilities to secure urban human security, in addition to acquiringexpert knowledge and the ability to develop new research fields by carrying out research activity related tohuman security engineering and presenting research results at international conferences. Specific examples
include participating in internships domestically or abroad at companies or research institutes which conduct
the operation of international projects, conducting field surveys, and attending academic conferences.
[Course objectives]
Acquire practical approaches to problems concerning human security engineering.
[Course schedule and contents]
planning(1time)
Attending seminars, presentations at international conferences, and internships are planned by students forthis class.
research and investigation(13times)
Students attend seminars, make presentations at international conferences, and carry out internships to getpractical knowledge and experiences.
final report(1time)
Students need to submit a report summarizing what they did and what they got in the activities.
[Course requirements]
None[Evaluation methods and policy]
Report[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during classContinue to 人間安全保障工学インターンシップ(2)↓↓↓

人間安全保障工学インターンシップ(2)[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
Internship for Human Security Engineering normally requires 2 weeks (10 days) of on-site training or on-theresearch training. Examples of this internship activities as follows: (a) Presentation at international
conference followed by information collection relevant to your doctoral research at laboratories of foreign
universities and authorities. (b) Normal internship activities at private companies to study the state of the
cutting-edge technologies or practical business.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG55 7X341 SE73

Course title
Instructor's(and course アドバンスド・キャップストーン・プロジェクト name, job title,and department
title in
Advanced Capstone Projectof affiliation
English)Target year
Days and periods Intensive

Number of credits 8
Class style

SeminarGraduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, year-round

Language of instruction English[Overview and purpose of the course]This class aims to develop the abilities of international collaboration, field investigation, and on-site planning/problem solving through long-term investigation/research activities related to human security engineeringwith thorough hands-on policy in foreign countries. Specific examples include field research at overseas
centers and participation in international projects overseas. As a rule, participants will stay in the field for 2
months or more.
[Course objectives]
Acquire practical approaches to problems concerning human security engineering.
[Course schedule and contents]
planning(1time)
Attending seminars, presentations at international conferences, and internships are planned by students forthis class.
research and investigation(13times)
Students attend seminars, make presentations at international conferences, and carry out internships to getpractical knowledge and experiences.
final report(1time)
Students need to submit a report summarizing what they did and what they got in the activities.
[Course requirements]
None[Evaluation methods and policy]
ReportContinue to アドバンスド・キャップストーン・プロジェクト(2)↓↓↓

アドバンスド・キャップストーン・プロジェクト(2)[Textbooks]
Not used[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
Necessary information will be distributed in the class.
（Other information (office hours, etc.)）
Advanced Capstone Projects require more than 2 months on-site or research training. Examples as follows:(a) Fieldwork at overseas base for your doctoral research. (b) Working as a visiting researcher at agencies/
organizations related to Human Security Engineering.
*Please visit KULASIS to find out about office hours.

Course number

G-ENG55 7X351 SE73

Course title(and course 人間安全保障工学セミナーA
title inEnglish)Human Security Engineering Seminar A

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Graduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, year-round

Language of instruction English

Seminar[Overview and purpose of the course]
In the style of seminar, each student is given a theme for research related to human security problem to besolved by engineering methods, and the understanding on such a problems will be deepen from a specialized
viewpoint of each student. Each student will get individual guidance by the supervisor about the method of
the study on the problem or the collection method of the related information. Reports and presentation will beassigned after discussion with the supervisor.
[Course objectives]
To master the practical method to approach actual problems related to human security engineering.
[Course schedule and contents]
Issue 1 setting (1 time)
Set issue 1 on human security engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected issue 1.
1st presentation (1 time)
Each student presents the contents of survey and research on issue 1 to the teachers in charge and receives
questions and evaluations.
Task 2 setting (1 time)
Set issue 2 on human security engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected issue 2.
2nd presentation (1 time)
Each student presents the contents of research and research on issue 2 to the teachers in charge and receives
questions and evaluations.
Issue 3 setting (1 time)
Set issue 3 on human security engineering to be studied by each student.
Survey and progress report (1 time)
Each student conducts survey and research on selected issu 3.
Continue to 人間安全保障工学セミナーA(2)↓↓↓

人間安全保障工学セミナーA(2)The 3rd presentation (1 time)
Each student presents the contents of research and research on issu 3 to the teachers in charge, and receives
questions and evaluations.
Issu 4 Setting (1 time)
Set issue 4 on human security engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected issue 4.
The 4th presentation (1 time)
Each student presents the contents of survey and research on issu 4 to the teachers in charge and receives
questions and evaluations.
Issu 5 Setting (1 time)
Set issue 5 on human security engineering that each student studies.
The 5th presentation (1 time)
Each student presents the contents of survey and research on issu 5 to the teachers in charge and receives
questions and evaluations.
Feedback (1 time)[Course requirements]
None[Evaluation methods and policy]
Grade is evaluated comprehensively by the supervisor.
[Textbooks]
Not appointed. Research papers will be given if necessary.

[References, etc.]（Reference books）
It will be introduced any time if necessary.
[Study outside of class (preparation and review)]
Good preparation and enough review are required.
（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.
Continue to 人間安全保障工学セミナーA(3)↓↓↓

人間安全保障工学セミナーA(3)Course number

G-ENG55 7X352 SE73

Course title(and course 人間安全保障工学セミナーB
title inEnglish)Human Security Engineering Seminar B

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 4
Class style

Graduate School of Engineering
Associate Professor,YOKO SHIMADA

Year/semesters 2023/Intensive, year-round

Language of instruction English

Seminar[Overview and purpose of the course]
In the style of seminar, each student is given a theme for research related to human security problem to besolved by engineering methods, and the understanding on such a problems will be deepen from a specialized
viewpoint of each student. Each student will get individual guidance by the supervisor about the method of
the study on the problem or the collection method of the related information. Reports and presentation will beassigned after discussion with the supervisor.
[Course objectives]
To master the practical method to approach actual problems related to human security engineering.
[Course schedule and contents]
Issue 1 setting (1 time)
Set issue 1 on human security engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected issue 1.
1st presentation (1 time)
Each student presents the contents of survey and research on issue 1 to the teachers in charge and receives
questions and evaluations.
Task 2 setting (1 time)
Set issue 2 on human security engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected issue 2.
2nd presentation (1 time)
Each student presents the contents of research and research on issue 2 to the teachers in charge and receives
questions and evaluations.
Issue 3 setting (1 time)
Set issue 3 on human security engineering to be studied by each student.
Survey and progress report (1 time)
Each student conducts survey and research on selected issu 3.
Continue to 人間安全保障工学セミナーB(2)↓↓↓

人間安全保障工学セミナーB(2)The 3rd presentation (1 time)
Each student presents the contents of research and research on issu 3 to the teachers in charge, and receives
questions and evaluations.
Issu 4 Setting (1 time)
Set issue 4 on human security engineering that each student studies.
Survey and progress report (1 time)
Each student conducts survey and research on selected issue 4.
The 4th presentation (1 time)
Each student presents the contents of survey and research on issu 4 to the teachers in charge and receives
questions and evaluations.
Issu 5 Setting (1 time)
Set issue 5 on human security engineering that each student studies.
The 5th presentation (1 time)
Each student presents the contents of survey and research on issu 5 to the teachers in charge and receives
questions and evaluations.
Feedback (1 time)[Course requirements]
None[Evaluation methods and policy]
Grade is evaluated comprehensively by the supervisor.
[Textbooks]
Not appointed. Research papers will be given if necessary.

[References, etc.]（Reference books）
It will be introduced any time if necessary.
[Study outside of class (preparation and review)]
Good preparation and enough review are required（Other information (office hours, etc.)）
Please check KULASIS for the information of office hour.
*Please visit KULASIS to find out about office hours.
Continue to 人間安全保障工学セミナーB(3)↓↓↓

人間安全保障工学セミナーB(3)Course number

G-ENG56 6V202 SE77

Course title(and course 微小電気機械創製学
title inEnglish)Instructor's
name, job title,
Introduction to the Design and Implementation of Micro-Systems and departmentof affiliation

Target year
Days and periods Fri.4

Number of credits 2
Class style

LectureGraduate School of Engineering
Professor,TSUCHIYA TOSHIYUKI
Graduate School of Engineering
Professor,YOKOKAWA RYUUJI
Graduate School of Engineering
Senior Lecturer,BANERJEE, Amit
Graduate School of Engineering
Associate Professor,HIROTANI JUN

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This is a collaborative course in which students from both Hong Kong University of Science and Technology
and Tsinghua University form teams and work together to investigate, analyze, design, and present theirprojects in order to accomplish a given task. In addition to the acquisition of knowledge of microsystems, thecourse contributes to the cultivation of English-language expertise, teamwork skills in English, andcommunication skills in English, which are essential for students to be active in the international community.
[Course objectives]
Acquire the ability to design and analyze microsystems
Cultivate the ability to communicate and discuss in English with overseas students in groups[Course schedule and contents]
Part 1 and 2: CAD software for device design and analysis
Students learn how to use the CAD software for device design and analysis.
3rd and 4th: Explanation of the assignment
The students will learn how to design Microsystems/MEMS (microelectromechanical systems) using
microfabrication technologies and the basic knowledge required to accomplish the tasks.
5th-8th: Design and analysis
Each team will design and analyze the system while communicating with team members in English via theInternet.
9th and 10th: Presentation of design and analysis results
Each team will present and discuss the detailed design and analysis results of the device in English.
12th-13th: Device evaluation
Detailed evaluation of prototype devices.
14thand 15th : Presentation of evaluation results, feedback
Each team will present and discuss the results of device evaluation in English.
[Course requirements]
Microfabrication (10G204) offered in the spring semester．
[Evaluation methods and policy]
Evaluation Method
Presentation (60%) and Report (40%).
The presentation will be evaluated not only on the design, analysis, and measurement results of the prototype
Continue to 微小電気機械創製学(2)↓↓↓微小電気機械創製学(2)device, but also on the collaboration with the team members.

[Textbooks]
Instructed during class[References, etc.]（Reference books）[Study outside of class (preparation and review)]
In order to conduct problem-solving type classes, study and work outside of lecture hours are required.
（Other information (office hours, etc.)）
The online lectures for presentations may be given over 4 or 5 periods on Fridays and should be taken
consecutively. This is a collaborative lecture with the Hong Kong University of Science and Technology andTsinghua University, and lectures and presentations will be given in English. The lectures and presentations
will be given in English. In addition, students are required to take prior training in CAD software. Those whowish to take the course should contact Tsuchiya (tutti@me.kyoto-u.ac.jp) by e-mail during the first semesterof the course.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 53237 LJ12 G-ENG76 53237 LJ13 G-ENG76 53237 LJ11

Course title(and course 情報システムデザイン
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Information Systems Design

Graduate School of Informatics
Professor,Takayuki ITO
Institute for Liberal Arts and Sciences
Professor,TAJIMA KEISHI
Part-time Lecturer,MATSUBARA SHIGEO

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureYear/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]This course introduces fundamental concepts, methodologies and underlying technologies for analyzing,
designing and implementing social information systems. In particular, the course presents fundamental
concepts and methodologies regarding the basics of set data representation, design considering security andprivacy protection, and incentive design. Students will examine design methodology and implementing/operation technologies to learn how information systems are designed, implemented and operated.
[Course objectives]
The student will understand the concepts and methodologies of the basics of set data representation, design
considering security and privacy protection, and incentive design, which are used for the design anddevelopment of information systems.
[Course schedule and contents]
Basics of Set Data Representation (Tajima)
1. Set2. Datalog
3. Redefining and extending sets by using relation and function
Data System Design (Yoshikawa)
4. Operational vs. analytical data
5. Data models
6. Access control
7. Cryptographic tools
8. Privacy protection
9. Secret sharing
Incentive Design (Matsubara)
10. Game theory basics
11. Incentive design for crowdsourcing
12. Security game: Stackelberg competition
13. Gamification: optimal contest design
14.Two-sided matching: kidney exchange
15. Information elicitation
August 1 Final exam

Continue to 情報システムデザイン(2)↓↓↓

情報システムデザイン(2)[Course requirements]
None[Evaluation methods and policy]
Grading method: Grade is evaluated by the attendance of lectures and the final written exam. Evaluation
criteria: Evaluation will be assessed on the basis of achievement level for course goals.
[Textbooks]
Department of Social Informatics, Graduate School of Informatics, Kyoto University 『Information System
Design Textbook』[References, etc.]（Reference books）
Yoav Shoham and Kevin Leyton-Brown 『Multiagent Systems: Algorithmic, Game-Theoretic, and Logical[Study outside of class (preparation and review)]
Prepare and review lectures by using the textbook.
（Other information (office hours, etc.)）
Contact with each professor in advance by email using the following addresses.
Tajima: tajima@i.kyoto-u.ac.jp
Yoshikawa: yoshikawa@i.kyoto-u.ac.jp
Matsubara: matsubara@i.kyoto-u.ac.jp※オフィスアワーの詳細については、KULASISで確認してください。
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 63291 LJ73 G-ENG76 63291 LJ12 G-ENG76 63291 LJ24

Course title(and course 防災・減災デザイン論
title in
Designs for Emergency Management
English)Target year
Days and periods Mon.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Disaster Prevention Research Institute
Professor,TATANO HIROKAZU
Disaster Prevention Research Institute
Professor,HATAYAMA MICHINORIDisaster Prevention Research Institute
Associate Professor,SAMADDAR，Subhajyoti
Disaster Prevention Research Institute
Associate Professor,FUJIMI TOSHIO
Disaster Prevention Research Institute
Associate Professor,HIROI KEI

Year/semesters 2023/Second semester

LectureLanguage of instruction Japanese[Overview and purpose of the course]
Damage from disasters is defined by two factors: scale of hazard and social vulnerability. Two strategies exist
to reduce damage from disasters - namely, crisis management as a post-event countermeasure and risk
management as a pre-event measure. This course introduces students to a system for effective emergency
management, consisting of response, recovery, mitigation, and preparedness.
[Course objectives]
Understand risk and crisis management processes to maximize the capability of organizational operational
continuity and requirements for effective support information system in emergency management.
[Course schedule and contents][1] What is emergency management?
[2] Emergency management in disaster response[3] History of information processing in disaster response[4] Case study on emergency management in Great East Japan Earthquake 2011[5] Case study on emergency management in recent disaster[6] Advanced emergency management with private support group 1[7] Advanced emergency management with private support group 2[8] Advanced emergency management with private support group 3[9] Design of disaster response support systems 1[10] Design of disaster response support systems 2[11] Design of disaster response support systems 3[12] Design of disaster response support systems 4[13] Natural-hazard triggered technological accidents(Natech)[14] Business continuity plan, Standardization of disaster response[15] Examination[Course requirements]
None[Evaluation methods and policy]
Every after lecture, please submit short report writing following things
1) Three points you could learn in this lecture, and reason
Continue to 防災・減災デザイン論(2)↓↓↓

防災・減災デザイン論(2)2) What you would like to explain more?
Please send your short report to following address by following formats
1.address: report_EM@dimsis.dpri.kyoto-u.ac.jp
2.subject:「Emergency Management Report date
ID
Name
3.No attach file
Deadline：Sunday of the next week
[Textbooks]
Not used[References, etc.]（Reference books）
土木学会土木計画学ハンドブック編集委員会 編 『土木計画学ハンドブック(2017) 』（コロナ社）
京大・NTTリジエンス共同研究グループ『しなやかな社会の創造〜災害・危機から生命、生活、事業を守る』（日経BP企画）[Study outside of class (preparation and review)]
Submit a short report about what they have learned in a lecture before next lecture.
（Other information (office hours, etc.)）
電子メールによる質問を受け付けています。(report_EM@dimsis.dpri.kyoto-u.ac.jp)*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 63173 LE10

Course title(and course 計算論的学習理論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Computational Learning Theory

Target year
Days and periods Mon.3

Number of credits 2
Class style

LectureGraduate School of Informatics
Professor,YAMAMOTO AKIHIRO
Graduate School of Informatics
Assistant Professor,KOBAYASHI YASUAKI

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course][Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,2times,,1time,,1time,,1time,,1time,,1time,,1time,[Course requirements]
None[Evaluation methods and policy]

Continue to 計算論的学習理論(2)↓↓↓

計算論的学習理論(2)[Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 63178 LE10

Course title(and course 統計的学習理論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Statistical Learning Theory

Target year
Days and periods Mon.1

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],4times,,6times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Informatics
Professor,KASHIMA HISASHI
Part-time Lecturer,YAMADA MAKOTO

Year/semesters 2023/First semester

Language of instruction English

未更新
Course number

G-ENG76 63217 LE13 G-ENG76 63217 LE10 G-ENG76 63217 LE11

Course title(and course 分散情報システム
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Distributed Information Systems

Target year
Days and periods Wed.3

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],10times,,5times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Informatics
Professor,YOSHIKAWA MASATOSHI
Graduate School of Informatics
Associate Professor,MA QIANG

Year/semesters 2023/Second semester

Language of instruction English

未更新
Course number

G-ENG76 60412 LJ44

Course title(and course デザインエスノグラフィ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design Ethnography

Target year
Days and periods Wed.2

Number of credits 2
Class style

LectureGraduate School of Management
Professor,YAMAUCHI YUTAKA

Year/semesters 2023/Second semester

Language of instruction Japanese[Overview and purpose of the course]
Ethnography is seen as one of the key methods for design. At minimum, designers need to understand thefield in which they are to introduce their designs. For this, it is not enough to ask people; it is necessary togain a first-hand understanding through experiencing the lives in the field. Through ethnography, designers
can grasp taken-for-granted experiences and start to look at their problems from a fresh perspective. In thiscourse, students will learn the basics of ethnography (e.g., how to write fieldnotes, how to make observations
and how to analyze the data) and develop their skills through group projects. This course focuses on the
ethnography part of design although in reality it cannot be separated from the rest of the design. Students areencouraged to take other courses on design so that they can fully exploit the insights gained throughethnography.
[Course objectives][Course schedule and contents],1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,,1time,Continue to デザインエスノグラフィ(2)↓↓↓

デザインエスノグラフィ(2)[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 50025 LE44

Course title(and course マーケティングリサーチ
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Marketing Research

Target year
Days and periods Thu.3

Number of credits 2
Class style

LectureGraduate School of Management
Associate Professor,HAN, Hyun Jeong

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This course (Marketing Research) is designed to give an overview or process of marketing in order to identify
and solve marketing problems. It focuses not only on giving fundamental knowledge but also on applying its
knowledge to marketing problems. It should be practical.
[Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 57425 SJ46 G-ENG76 57425 SJ30

Course title(and course 心理システムデザイン演習Ⅰ
title inEnglish)Instructor's
name, job title,
Seminar on Psychology and Design Studies I and departmentof affiliation

Target year
Days and periods Fri.2

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents][Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Education
Professor,KUSUMI TAKASHI
Graduate School of Education
Professor,Emmanuel MANALO
Graduate School of Education
Professor,SAITOU SATORU
Graduate School of Education
Associate Professor,NOMURA MICHIO
Institute for Liberal Arts and Sciences
Associate Professor,TAKAHASHI YUUSUKE
Graduate School of Education
Assistant Professor,ISHIGURO SHO

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG76 57426 SJ30 G-ENG76 57426 SJ46

Course title(and course 心理システムデザイン演習Ⅱ
title inEnglish)Instructor's
name, job title,
Seminar on Psychology and Design Studies II and departmentof affiliation

Target year
Days and periods Fri.2

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents][Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Education
Professor,KUSUMI TAKASHI
Graduate School of Education
Professor,Emmanuel MANALO
Graduate School of Education
Professor,SAITOU SATORU
Graduate School of Education
Associate Professor,NOMURA MICHIO
Institute for Liberal Arts and Sciences
Associate Professor,TAKAHASHI YUUSUKE
Graduate School of Education
Assistant Professor,ISHIGURO SHO

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG76 57245 SJ46

Course title(and course 心理デザインデータ解析演習
title inEnglish)Instructor's
name, job title,
Seminar on Data Analysis in Psychology and Design Studies and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents][Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for Liberal Arts and Sciences
Associate Professor,TAKAHASHI YUUSUKE

Year/semesters 2023/First semester

Language of instruction Japanese未更新
Course number

G-ENG76 57295 LJ46 G-ENG76 57295 LJ30

Course title(and course 認知機能デザイン論
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design of Cognitive Functions

Target year
Days and periods Wed.4

Number of credits 2
Class style

LectureInstitute for the Future of Human Society
Assistant Professor,UEDA RYUHEI

Year/semesters 2023/Second semester

Language of instruction English[Overview and purpose of the course]
本講義では、心理過程と生理学的な活動との対応関係を探る研究分野における、主要な方法論−具体的には、神経心理学や脳機能イメージングといった認知神経科学的手法−を解説する。研究手法についての理解を深めた後に、前頭葉機能・記憶・情動・意思決定など、主に社会神経科学（
Social Neuroscience）における知見を中心に概説する。これまでに得られている基礎的な知見に加え、発展的・建設的な思考能力を身につけることで、受講者がそれぞれの研究に活かせるようにすることを目的とする。
また本講義では、英語によるTED talksも活用する。第一線の研究者による英語のプレゼンテーショ
ンを視聴することで、研究を俯瞰的にとらえると共に、研究を行う上で必要なスキルを意識する機会を提供する。
[Course objectives]
認知神経科学・社会神経科学の基礎を身につけ、自身の研究に活かせるようにする。
認知神経科学・社会神経科学の研究における発展的・建設的な思考能力を習得する。
[Course schedule and contents]
初回にオリエンテーションを行う。2週目以降は以下のような内容について授業を行う予定である。
1. オリエンテーション
2. 認知神経科学の研究手法：神経心理学による研究
3. 認知神経科学の研究手法①：fMRI
4. 認知神経科学の研究手法②：その他の脳機能の測定手法
5. 前頭葉機能① ：下位領域の区分
6. 前頭葉機能②：機能の評価とこれまでの知見
7. 記憶の神経機構
8. 未来を展望する脳9. 情動の神経基盤10. 報酬と意思決定
11. 選好判断のメカニズム
12. 道徳的判断のメカニズム
13. 文化神経科学
14. 発達社会神経科学
15. 講義全体のまとめ及びフィードバック
なお各講義の終盤には、取り扱うトピックに関連する英語のTED talks（http://www.ted.com/talks）をContinue to 認知機能デザイン論 (2)↓↓↓

認知機能デザイン論 (2)
教材として用いる。TED talksでは世界的に著名な研究者による優れた講演が行われており、最新の研究成果・現在のトレンド・英語によるプレゼンテーションの方法など、研究を行うために必要な多くの知識とスキルを学ぶ貴重な機会を提供するものである。
[Course requirements]
None[Evaluation methods and policy]
平常点評価（50％）及びレポート（50％）。
４回以上欠席した場合には単位を認めない。
[Textbooks]
必要に応じて資料を配布する。

[References, etc.]（Reference books）
Introduced during class[Study outside of class (preparation and review)]
初回のオリエンテーション時に、教材として使用するTED talk（http://www.ted.com/talks）についての紹介を行う。予習は必須ではないが、繰り返し視聴することによって、理解を深めること。
（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 57295 LJ46

Course title(and course デザイン心理学特論
title inEnglish)Advanced Studies: Cognitive Sciences

Target year
Days and periods Wed.4

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents][Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Institute for the Future of Human Society
Professor,UCHIDA YUKIKO

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG76 57294 SJ46 G-ENG76 57294 SJ63

Course title(and course 脳機能デザイン演習
title inEnglish)Instructor's
name, job title,
Seminar on Brain Function and Design Studies and departmentof affiliation

Target year
Days and periods Wed.2

Number of credits 2
Class style

Seminar[Overview and purpose of the course][Course objectives][Course schedule and contents][Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Education
Associate Professor,NOMURA MICHIO

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG56 8X468 PJ18

Course title(and course 問題発見型/解決型学習(FBL/PBL)S１
title inEnglish)Instructor's
name, job title,
Field based Learning/Problem based Learning (FBL/PBL) S1 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, First semester

Language of instruction English[Overview and purpose of the course]This seminar aims to deepen researchers' expertise and broaden their horizons in various fields through group
activities. In particular, the seminar focuses on practicing the explanatory skills and logic required to makeresearchers in other fields understand it through practical presentations and debates.
[Course objectives]
Acquire explanatory and logical skills.
[Course schedule and contents]
Student introduction, 1-2 Classes
Group formation, 1 ClassGroup activities, 10-12 Classes. Each group will set its own activity subject and discuss it within the group.
Students will submit activity reports weekly.
Presentation of results, 1-2 Classes. Results of the group activities will be presented before all students, and aquestion-and-answer session will be held.
[Course requirements]
None in particular[Evaluation methods and policy]
Based on group activity reports and individual reports[Textbooks]
Undecided[References, etc.]（Reference books）
Other[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
In principle, all lectures will be given in English.
Students must apply for the course by the separately indicated deadline. For inquiries, please contact
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG56 8X469 PJ18

Course title(and course 問題発見型/解決型学習(FBL/PBL)S２
title inEnglish)Instructor's
name, job title,
Field based Learning/Problem based Learning (FBL/PBL) S2 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, Second
semester

Language of instruction English[Overview and purpose of the course]This seminar aims to deepen researchers' expertise and broaden their horizons in various fields through group
activities. In particular, the seminar focuses on practicing the explanatory skills and logic required to makeresearchers in other fields understand it through practical presentations and debates.
[Course objectives]
Acquire explanatory and logical skills.
[Course schedule and contents]
Student introduction, 1-2 Classes
Group formation, 1 ClassGroup activities, 10-12 Classes. Each group will set its own activity subject and will discuss it within thegroup. Students will submit activity reports every week.
Presentation of results, 1-2 Classes. Results of the group activities will be presented before all students, and aquestion-and-answer session is held.
[Course requirements]
None in particular[Evaluation methods and policy]
Based on group activity reports and individual reports[Textbooks]
Undecided[References, etc.]（Reference books）
Other[Study outside of class (preparation and review)]
Group activities（Other information (office hours, etc.)）
In principle, all lectures will be given in English.
Students must apply for the course by the separately indicated deadline. For inquiries, please contact
cme-seminar@me.kyoto-u.ac.jp*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG56 8X477 PJ18

Course title(and course 問題発見型/解決型学習(FBL/PBL)L１
title inEnglish)Instructor's
name, job title,
Field based Learning/Problem based Learning (FBL/PBL) L1 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
Through FBL (Field-based Learning), students of this course will experience the process of discovering
problems to be solved from given real-world situations in teams, acquire design theory and design methods,
and through PBL (Problem-based Learning), learn design theory and design methods by experiencing theprocess of solving a given practical problem in teams.
The objectives of this course are as follows.
In FBL, to (1) observe and analyze a given real-world situation to understand the structure of the situationand discover the root cause of the problem to be solved; (2) acquire the design theory necessary fordiscovering the problem, (3) learn the design methods necessary to discover the problem and practice them inthe project, and (4) define a realistically solvable problem.
In PBL: to (1) acquire the design theory necessary for problem-solving; (2) acquire the design methods
required for problem-solving and implement them in projects; and (3) formulate feasible solutions.
[Course objectives]
・Using the design theory and design techniques that they have learned to identify real problems in society,define them as solvable problems, and formulate feasible solutions.
・Communicating fluently with members from different fields of expertise, sharing problems and working
together to solve them.
・Understanding their role in response to the needs of society and within the team. Effectively communicate
the contents of the team's work to third parties both inside and outside the university.
[Course schedule and contents]
Introduction, 1 Class
The outline of this exercise and how to proceed with the project will be explained. We will also address thehandling of intellectual property.
FBL/PBL Practice (13 Classes)
FBL/PBL conducted for each project. There will be weekly, discrete, intensive, or other forms of
implementation based on the individual project, which should be conducted accordingly.
Presentations, 1 Class
Presentation of the results for each project.
[Course requirements]
None in particular. However, students are expected to have analytical and problem-solving abilities in theirown specialized fields.
Since specific course plans (programs) vary every year, details will be posted on PandA under "Field-Based
Learning/ Problem-Based Learning (FBL/PBL) L<Architecture>" as needed. Please coordinate with theseContinue to 問題発見型/解決型学習(FBL/PBL)L１ (2)↓↓↓

問題発見型/解決型学習(FBL/PBL)L１ (2)schedules and set up your course schedule with the faculty member supervising the program's implementation.
[Evaluation methods and policy]
This course aims to acquire design theories and design methods by practicing design through FBL (Fieldbased Learning)/PBL (Problem-based Learning).
・Acquisition of methods for discovering and solving problems 50% (based on reports and exams)
・Quality of problem discovery and solution 20% (based on reports and exams)
・Contribution to teams: 30% (by faculty observation)
・Attendance of over 80% is a prerequisite for credit (based on attendance verification)[Textbooks]
In addition, materials used in practical training shall be distributed as necessary.

[References, etc.]（Reference books）
In addition, materials used in practical training shall be distributed as necessary.
（Related URLs）((Instructions will be given in class.))[Study outside of class (preparation and review)]
The supervisor of each project will give instructions as appropriate. A mid-term presentation will be held in
the middle of the semester to provide an opportunity for students to share information and get feedback fromothers. In principle, all participants are required to attend the mid-term presentation.
（Other information (office hours, etc.)）
The relevant subjects and schedule implemented shall be posted under field-Based Learning/ Problem-Based
Learning (FBL/PBL) L<Architecture> on PandA at the beginning of the semester. Students should registerfor the course and apply to participate after confirming the details. Email addresses and other information will
also be posted there. Students who wish to take the course should read it carefully. Specific questions, etc.,
will go through appointments, and we will accept questions via email, etc., as appropriate.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG56 8X478 PJ18

Course title(and course 問題発見型/解決型学習(FBL/PBL)L２
title inEnglish)Instructor's
name, job title,
Field based Learning/Problem based Learning (FBL/PBL) L2 and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
Through FBL (Field-based Learning), students of this course will experience the process of discovering
problems to be solved from given real-world situations in teams, acquire design theory and design methods,
and through PBL (Problem based Learning), learn design theory and design methods by experiencing theprocess of solving a given practical problem in teams.
The objectives of this course are as follows.
In FBL, to (1) observe and analyze a given real-world situation to understand the structure of the situationand discover the root cause of the problem to be solved; (2) acquire the design theory necessary fordiscovering the problem, (3) learn the design methods necessary to discover the problem and practice them inthe project, and (4) define a realistically solvable problem.
In PBL: to (1) acquire the design theory necessary for problem-solving; (2) acquire the design methods
required for problem-solving and implement them in projects; and (3) formulate feasible solutions.
[Course objectives]
・Using the design theory and design techniques that they have learned to identify real problems in society,define them as solvable problems, and formulate feasible solutions.
・Communicating fluently with members from different fields of expertise, sharing problems and working
together to solve them.
・Understanding their role in response to the needs of society and within the team. Effectively communicate
the contents of the team's work to third parties both inside and outside the university.
[Course schedule and contents]
Introduction, 1 Class
The outline of this exercise and how to proceed with the project will be explained. We will also address thehandling of intellectual property.
FBL/PBL Practice (13 Classes)
FBL/PBL conducted for each project. There will be weekly, discrete, intensive, or other forms of
implementation based on the individual project, which should be conducted accordingly.
Presentations, 1 Class
Presentation of the results for each project.
[Course requirements]
None in particular. However, students are expected to have analytical and problem-solving abilities in theirown specialized fields.
Since specific course plans (programs) vary every year, details will be posted on PandA under "Field-Based
Learning/ Problem-Based Learning (FBL/PBL) L<Architecture>" as needed. Please coordinate with theseContinue to 問題発見型/解決型学習(FBL/PBL)L２(2)↓↓↓

問題発見型/解決型学習(FBL/PBL)L２(2)schedules and set up your course schedule with the faculty member supervising the program's implementation.
[Evaluation methods and policy]
This course aims to acquire design theories and design methods by practicing design through FBL (Field
based Learning)/PBL (Problem based Learning).
・Acquisition of methods for discovering and solving problems 50% (based on reports and exams)
・Quality of problem discovery and solution 20% (based on reports and exams)
・Contribution to teams: 30% (based on faculty observation)
・Attendance of over 80% is a prerequisite for credit (based on attendance verification)[Textbooks]
In addition, materials used in practical training shall be distributed as necessary.

[References, etc.]（Reference books）
In addition, materials used in practical training shall be distributed as necessary.
（Related URLs）((Instructions will be given in class.))[Study outside of class (preparation and review)]
The supervisor of each project will give instructions as appropriate. A mid-term presentation will be held in
the middle of the semester to provide an opportunity for students to share information and get feedback fromothers. In principle, all participants are required to attend the mid-term presentation.
（Other information (office hours, etc.)）
The relevant subjects and schedule implemented shall be posted under field-Based Learning/ Problem-Based
Learning (FBL/PBL) L<Architecture> on PandA at the beginning of the semester. Students should registerfor the course and apply to participate after confirming the details. Email addresses and other information will
also be posted there. Students who wish to take the course, should read it carefully. Specific questions, etc.,
will go through appointments, and we will accept questions via email, etc., as appropriate.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG56 8X479 PB18

Course title
Instructor's(and course フィールドインターンシップL（デザイン学） name, job title,and department
title in
Filed Internship L
of affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]"Field internships" is an attempt to utilize the "educational power of the field," and involve a group of people
who spend several weeks or months in the field working on an international or social issue that involves
different specializations. Students are individually required to find sites for internships and apply to them.
Students shall submit a written plan in advance, participate in the internship, submit a report after theinternship, and make a presentation at a debriefing session. Students will be dispatched to the internshiplocation regardless of whether it is in Japan or overseas. Unlike previous internship programs with anindividual focus, this program aims to develop leadership skills through group activities. This course also
covers dispatch to overseas international organizations and training at overseas companies such as Aesthetics,
AIESEC, and Vulcanus in Europe.
The course objectives are to: (1) understand the structure of the situation and discover the root cause ofproblems to be solved by observing and analyzing the situation in the field, (2) implement the design theory
and methods learned thus far in a project in the field, and (3) to define a realistically solvable problem in thefield and formulate a feasible solution.
[Course objectives]
The objective of field internships is to put the design theory and design methods already learned in practice toreal problems in the field.
[Course schedule and contents]
Introduction, 1 Class
The outline of this subject and how to proceed with the project will be explained. We will also address thehandling of intellectual property and crisis management education.
Practical, 13 Classes
Internships will be carried out for each project. There will be different forms of implementation based on theindividual project, such as splitting field activities several times, which shall be conducted accordingly.
Presentations, 1 Class
Presentation of the results for each project.

Continue to フィールドインターンシップL（デザイン学）(2)↓↓↓フィールドインターンシップL（デザイン学）(2)[Course requirements]
Only students who meet the schedule and other requirements for the intensive on-site training will be
accepted.
[Evaluation methods and policy]
Credit will be awarded based on whether the student has cultivated the flexibility and creativity needed insociety, whether the student has developed the flexibility and assertiveness essential for group work, andwhether the student has cultivated an international perspective and improved the ability to communicate withothers internationally.
1 Status of the practice of design theory and design methods used to discover and solve problems 50% (basedon reports and exams)
・Quality of problem discovery and solution 20% (based on reports and exams)
・Contribution to teams: 30% (based on observation by faculty or the person responsible at the dispatch site).
[Textbooks]
In addition, materials used in internships shall be distributed as necessary.

[References, etc.]（Reference books）
In addition, "フィールド情報学入門" Kyoritsu Shuppan 2009. "Filed Informatics" Springer 2011.
[Study outside of class (preparation and review)]
Internships involve hands-on efforts in the real world. Therefore, before starting the internship, theparticipants should gather information about the subject and have a basic understanding of the local
community. This information should be shared among the participants. It is essential to consider and sharenewly discovered events among the participants during the internship to further develop the implementation
plan.
（Other information (office hours, etc.)）
Information regarding internship opportunities in this course will be communicated on the course website on
PandA as needed. Prospective students or current students should read that carefully. The contact email
address of the faculty member in charge of each field internship to be conducted will be provided separately.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG56 8X480 PB18

Course title
Instructor's(and course リサーチインターンシップL（デザイン学） name, job title,
title inResearch-Intensive Abroad Internship L and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]
Research internships aim to cultivate the ability to stay in the laboratory of an overseas research institution
for a few weeks to a few months to search for the truth in boundary areas that cross existing academic fields
from the perspective of design studies through joint research with local researchers and to organize and leadresearch teams in new research fields. To achieve this, students shall search for an internship at a prominent
foreign research institute, an international collaboration partner of this university, and determine their hostresearch institution while considering their joint research proposals, plans, and accommodations for the stay.
Students must submit a research plan in advance and undergo a preliminary review from the relevant faculty
member before participating in the internship. After the internship, they are expected to submit a report andpresent it in the debriefing session. Evaluation will consider each researcher's research results, as well as theircontribution to the host institution. Participation in short-term intensive schools held at overseas partner
universities shall also be considered.
For this course, the decision on whether to dispatch a researcher shall be made through peer review byinternal and external reviewers, including overseas reviewers, based on the following criteria: (1) the research
proposal must be for a theme related to design studies that integrates multiple different fields, and (2) the plan
must include joint research with an overseas research institution.
[Course objectives]
This course is an internship for conducting joint research at a host institute based on the following criteria: (1)the research proposal must be for a theme related to design studies that integrates multiple different fields,and (2) the plan must include joint research with an overseas research institution. Through joint research withoverseas researchers, students will cultivate the ability to form dialogue and negotiate to communicate
information in foreign cultures and different fields of study. In addition, the internship program cultivates acooperative spirit for students to understand different cultures and fields and the cross-disciplinary vision tounderstand the "interrelationship of knowledge" among different fields based on the solid academic
knowledge rooted in one's own culture and specialized field.
[Course schedule and contents]
Introduction, 1 Class
Understanding the objectives and goals of the course, examining the details of the internship program, andimplementing the plan for each student. We will also address the handling of intellectual property and crisis
management education.
Practice, 13 Classes
The internship program will be conducted as needed based on the implementation plan.
Presentation, 1 Class
Students will submit reports on their internships and present their research results for feedback.
Continue to リサーチインターンシップL（デザイン学） (2)↓↓↓

リサーチインターンシップL（デザイン学） (2)[Course requirements]
Since this is an internship program, it is limited to students who can participate according to the schedule,
venue, etc.
[Evaluation methods and policy]
Contents of joint research plan 50%.
Progress report during the dispatch 20%.
Results of the joint research and contribution to the host institution 30% (Based on the evaluation of thefaculty member or the faculty member of the host institution).
[Textbooks]
In addition, materials used in internships shall be distributed as necessary.

[References, etc.]（Reference books）
In addition, instructions will be provided during class.
[Study outside of class (preparation and review)]
Necessary preparation and review will be instructed as needed according to the details of the internship
implementation plan.
（Other information (office hours, etc.)）
Information regarding internship opportunities in this course will be communicated on the course website on
PandA as needed. Prospective students or current students should read that carefully.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 7X481 SJ18

Course title(and course デザイン学特別演習I
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design Science Exercise, Adv. 1

Target year
Days and periods Intensive

Number of credits 4
Class style

SeminarGraduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]This course aims to familiarize students with research results, diverse research methods, and evaluation
methods through discussions on the latest research, vital past research, and peripherally related areas,
focusing on the research themes in various fields of design. Students will learn both conventional researchmethods and creative thinking and develop their problem-finding and -solving abilities through discussions
with other students. About 15 lab seminars will be held for the first and second sessions of M1.
[Course objectives]
Students will learn to understand specific problems and solutions in relevant areas and how to identify andsolve problems on their own.
[Course schedule and contents]
The 30 sessions of the course entail research, presentations, and discussions on design science; setting
research themes and frames; conducting surveys and experiments; analyzing data; summarizing research
results; and discussions of presentations at research conferences in Japan and overseas throughout the year.

[Course requirements]
Nothing in particular[Evaluation methods and policy]
Through presentations and discussions at seminars, students will comprehensively judge their proficiency inresearch methods and evaluation methods and their ability to collect information, detect problems, and solve
problems.
[Textbooks]
Instructions will be given during the exercises.
[References, etc.]（Reference books）
Instructions will be given during the exercises.
[Study outside of class (preparation and review)]
Instructions will be given during the exercises.
（Other information (office hours, etc.)）
Instructions will be given during the exercises.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 7X482 SJ18

Course title(and course デザイン学特別演習II
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Design Science Exercise, Adv. 2

Target year
Days and periods Intensive

Number of credits 4
Class style

SeminarGraduate School of Engineering
Professor,MATSUBARA ATSUSHI

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese[Overview and purpose of the course]This course provides research guidance to students in various design fields on setting goals, research themes,
and methodology. It covers basic thesis writing techniques for students presenting research results to external
academic conferences and other institutions. Students will learn to conduct and disseminate research bythoroughly discussing the position of their research themes in the relevant field, the significance of the results
obtained, and future development potential. Before and after M2, we hold about 30 laboratory seminars.
[Course objectives]
Students must be able to set their own goals regarding how and to what extent they should solve problems
they have discovered in the fields related to their research themes. In addition, students should be able toproperly present the problem and acquire skills for efficiently solving problems through discussion.
[Course schedule and contents]
Research, presentations, and discussions on design science (15 sessions): These cover setting research themes
and frames, conducting surveys and experiments, analyzing and interpreting data, summarizing research
results, and discussing presentations at research conferences in Japan and overseas throughout the year.

[Course requirements]
As a general rule, you will be taking Design Special Exercise I.
[Evaluation methods and policy]
Through presentations and discussions at seminars, students will comprehensively judge their proficiency inresearch and evaluation methods and their ability to collect information, detect problems, and solve problems.
[Textbooks]
Other instructions will be given during the exercises.
[References, etc.]（Reference books）
Other instructions will be given during the exercises.
[Study outside of class (preparation and review)]
Through presentations and discussions at seminars, students will comprehensively judge their proficiency inresearch and evaluation methods and their ability to collect information, detect problems, and solve problems.
（Other information (office hours, etc.)）
Other instructions will be given during the exercises.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 8X483 PJ18

Course title(and course オープンイノベーション実習１
title inEnglish)Open Innovation Practice 1

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese[Overview and purpose of the course]
To discover and solve real problems in society concerning design activities, we will ask relevant experts or
stakeholders to create teams for open innovation and conduct a series of workshops to achieve the goal. The
students' role is not to participate in problem-solving or problem-finding as an expert but simply to form andmanage the above-mentioned teams for open innovation. Through this, the students will develop theircommunication and management skills, as well as learn the design theory and design methods to lead design
activities to success through practice.
The objectives of this course are for students to (1) understand the structure of a situation, identify experts
and stakeholders who can discover the root cause of the problem, and form a team for open innovation byobserving and analyzing a given real-world situation; and (2) learn to apply the design theories and methods
necessary for discovering and solving the problem in project management and support the open innovationteam in defining and solving the problem.
[Course objectives]
The objective of this course is to manage the practice of design and acquire design theory and design methods
through open innovation practice.
[Course schedule and contents]
Introduction, 1 Class
The outline of this subject and how to proceed with the project will be explained. We will also address thehandling of intellectual property.
Practical, 13 Classes
Open innovation practical training will be carried out for each project. There will be different forms of
implementation based on the individual project, such as splitting field activities several times, which shall be
conducted accordingly.
Presentations, 1 Class
Presentation of the results for each project.

Continue to オープンイノベーション実習１(2)↓↓↓

オープンイノベーション実習１(2)[Course requirements]
Experience in Problem-Based Learning/Solution-Based Practice (FBL/PBL)
Students should have obtained credits for the common Design Studies course "Design Methodology".
[Evaluation methods and policy]
Mastery of management techniques for problem finding and solving processes 50% (based on reports andexams)
Quality of management 20% (based on reports and exams)
Contribution to the open innovation team 30% (through faculty observation).
[Textbooks]
In addition, materials used in practical training shall be distributed as necessary.

[References, etc.]（Reference books）
In addition, materials used in practical training shall be distributed as necessary.
（Related URLs）((Instructions will be given in class.))[Study outside of class (preparation and review)]
Instructions will be given in class.
（Other information (office hours, etc.)）
Information regarding counseling for this course and practice planning will be communicated on the course
website on PandA as needed. Prospective students or current students are advised to read that carefully. The
contact email address of the instructor directly in charge of each practice will be provided separately.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG01 8X484 PJ18

Course title(and course オープンイノベーション実習２
title inEnglish)Open Innovation Practice 2

Target year
Days and periods Intensive

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

Practical training

Graduate School of Engineering
KANKEI KYOIN

SecondYear/semesters 2023/Intensive,semester

Language of instruction Japanese[Overview and purpose of the course]
To discover and solve real problems in society concerning design activities, we will ask relevant experts or
stakeholders to create teams for open innovation and conduct a series of workshops to achieve the goal. The
students' role is not to participate in problem-solving or problem finding as an expert but simply to form andmanage the above-mentioned teams for open innovation. Through this, the students will develop theircommunication and management skills, as well as learn the design theory and design methods to lead design
activities to success through practice.
The objectives of this course are for students to (1) understand the structure of a situation, identify experts
and stakeholders who can discover the root cause of the problem, and form a team for open innovation byobserving and analyzing a given real-world situation; and (2) learn to apply the design theories and methods
necessary for discovering and solving the problem in project management and support the open innovationteam in defining and solving the problem.
[Course objectives]
The objective of this course is to manage the practice of design and to acquire design theory and design
methods through open innovation practice.
[Course schedule and contents]
Introduction, 1 Class
The outline of this subject and how to proceed with the project will be explained. We will also address thehandling of intellectual property.
Practical, 13 Classes
Open innovation practical training will be carried out on for each project. There will be different forms of
implementation based on the individual project, such as splitting field activities several times, which shall be
conducted accordingly.
Presentations, 1 Class
Presentation of the results for each project.

Continue to オープンイノベーション実習２(2)↓↓↓

オープンイノベーション実習２(2)[Course requirements]
Experience in Problem-Based Learning/Solution-Based Practice (FBL/PBL)
Students should have obtained credits for the common Design Studies course "Design Methodology".
[Evaluation methods and policy]
Mastery of management techniques for problem finding and solving processes 50% (based on reports andexams)
Quality of management 20% (based on reports and exams)
Contribution to the open innovation team 30% (through faculty observation).
[Textbooks]
In addition, materials used in practical training shall be distributed as necessary.

[References, etc.]（Reference books）
In addition, materials used in practical training shall be distributed as necessary.
（Related URLs）((Instructions will be given in class.))[Study outside of class (preparation and review)]
Instructions will be given in class.
（Other information (office hours, etc.)）
Information regarding counseling for this course and practice planning will be communicated on the course
website on PandA as needed. Prospective students or current students are advised to read that carefully. The
contact email address of the instructor directly in charge of each practice will be provided separately.
*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG56 56122 SE47 G-ENG56 56122 SE46

Course title
Instructor's(and course デザイン学コミュニケーションストラテジー name, job title,
title inCommunication Strategies for Design Research and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],3daystimes,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Education
Professor,Emmanuel MANALO

Year/semesters 2023/Intensive, First semester

Language of instruction English

未更新
Course number

G-ENG56 53254 LJ10

Course title(and course フィールド分析法
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Field Analysis

Target year
Days and periods Tue.2

Number of credits 2
Class style

LectureGraduate School of Informatics
Professor,KANDA TAKAYUKI
Graduate School of Informatics
Professor,OHTE NOBUHITO
Graduate School of Management
Professor,MATSUI HIROYUKI
Graduate School of Management
Professor,YAMAUCHI YUTAKA
Graduate School of Informatics
Associate Professor,MA QIANG
Graduate School of Informatics
Associate Professor,Drazen Brscic
Graduate School of Informatics
Associate Professor,Lina Koyama
Graduate School of Informatics
Assistant Professor,NISHIZAWA HIDEAKI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
As a methodology of field analysis required to make product designs of products, services and business in thereal field, we give some lectures and related exercise which include field research methods (ethnography,
surveys method), quantitative analysis methods (various statistical analysis methods) and model building andsimulation methods. After learning of the target field selection, setting of the investigation, and determinationof the contents of the survey, you carry out the field research work using ethnography, survey methods and soon. At the next step, you learn data analysis methods using field data obtained from the field works. Finally,
we hold the design workshop using the results of the actual field works which are obtained from constructionof field analysis model, system dynamics, multi-agents simulation and so forth.
[Course objectives][Course schedule and contents],3times,,4times,,4times,,3times,[Course requirements]
None

Continue to フィールド分析法(2)↓↓↓フィールド分析法(2)[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 63165 LE12

Course title(and course パターン認識特論
title inPattern Recognition, Adv.
English)Target year
Days and periods Wed.2

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Informatics
Professor,KAWAHARA TATSUYA
Graduate School of Informatics
Professor,NISHINO KO
Graduate School of Informatics
Associate Professor,NOBUHARA SHOUHEIGraduate School of Informatics
Associate Professor,YOSHII KAZUYOSHI

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]
We first explain fundamentals of pattern recognition, clustering methods with several distance measures, anddiscriminant functions with their learning methods. We then introduce advanced classifiers such as HMM,
SVM and CRF and also related topics of machine learning theory, which includes EM learning, the MDL
criteria, and Bayesian learning.
[Course objectives][Course schedule and contents],3times,,3times,,3times,,3times,,3times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG76 63126 LE12

Course title(and course 言語情報処理特論
title inEnglish)Language Information Processing, Adv.

Target year
Days and periods Mon.3

Instructor's
name, job title,and departmentof affiliation

Number of credits 2
Class style

LectureGraduate School of Informatics
Program-Specific Professor,KUROHASHI SADAO
Academic Center for Computing and Media Studies
Professor,MORI SHINSUKE
Graduate School of Informatics
Senior Lecturer,MURAWAKI YUGO

Year/semesters 2023/First semester

Language of instruction English[Overview and purpose of the course]This lecture focuses on morphological analysis, syntactic analysis, semantic analysis, and context analysis,
including machine learning approaches, which are necessary to process natural language texts. We also
explain their applications such as information retrieval and machine translation.
[Course objectives][Course schedule and contents],1time,,2times,,2times,,2times,,2times,,2times,,2times,,1time,,1time,[Course requirements]
None[Evaluation methods and policy][Textbooks]

Continue to 言語情報処理特論(2)↓↓↓

言語情報処理特論(2)[References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

未更新
Course number

G-ENG57 5X604 LJ60

Course title(and course 材料化学基礎
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Basic Material Chemistry

Target year
Days and periods Fri.2

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1-3times,,4-6times,,7-8times,,9-11times,,12-13times,,14times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,KONDO TERUYUKI
Graduate School of Engineering
Associate Professor,KIMURA YUU

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG57 5X605 LJ60

Course title(and course 生物分子解析学
title inEnglish)Instructor's
name, job title,and departmentof affiliation

Molecular Analysis of Life

Target year
Days and periods Fri.1

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],1-6times,,7-9times,,10-13times,,14-15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Second semester

Language of instruction Japanese未更新
Course number

G-ENG57 6X671 EB77

Course title
Instructor's(and course 総合医療工学分野特別実験および演習第一 name, job title,
title in
Experiments and Exercises on Integrated Medical Engineering, Adv. I and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG57 6X672 EB77

Course title
Instructor's(and course 総合医療工学分野特別実験および演習第二 name, job title,
title in
Experiments and Exercises on Integrated Medical Engineering, Adv. II and departmentof affiliation
English)Target year
Days and periods Intensive

Number of credits 4
Class style

Experiment[Overview and purpose of the course][Course objectives][Course schedule and contents],30times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, year-round

Language of instruction Japanese未更新
Course number

G-ENG57 6X681 SJ77

Course title(and course 総合医療工学分野セミナーＡ(修士）title inEnglish)Instructor's
name, job title,
Integrated Medical Engineering Seminar A and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG57 6X682 SJ77

Course title(and course 総合医療工学分野セミナーＢ(修士）title inEnglish)Instructor's
name, job title,
Integrated Medical Engineering Seminar B and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 1
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG77 6X683 SJ77

Course title(and course 総合医療工学分野特別セミナーA
title inEnglish)Instructor's
name, job title,
Special Seminar A on Integrated Medical Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG77 6X684 SJ77

Course title(and course 総合医療工学分野特別セミナーB
title inEnglish)Instructor's
name, job title,
Special Seminar B on Integrated Medical Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese未更新
Course number

G-ENG77 6X685 SJ77

Course title(and course 総合医療工学分野特別セミナーC
title inEnglish)Instructor's
name, job title,
Special Seminar C on Integrated Medical Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, First semester

Language of instruction Japanese未更新
Course number

G-ENG77 6X686 SJ77

Course title(and course 総合医療工学分野特別セミナーD
title inEnglish)Instructor's
name, job title,
Special Seminar D on Integrated Medical Engineering and departmentof affiliation

Target year
Days and periods Intensive

Number of credits 2
Class style

Lecture[Overview and purpose of the course][Course objectives][Course schedule and contents],15times,[Course requirements]
None[Evaluation methods and policy][Textbooks][References, etc.]（Reference books）[Study outside of class (preparation and review)]（Other information (office hours, etc.)）*Please visit KULASIS to find out about office hours.

Graduate School of Engineering
Professor,MORI YASUO

Year/semesters 2023/Intensive, Second
semester

Language of instruction Japanese