October 2024 & April 2025
Special Admissions for International Students

Admission Guidelines of the Master’s Program

Graduate School of Engineering
Kyushu Institute of Technology(Kyutech)1

入学者受入方針
Admissions Policy for Graduate School of Engineering

大学院博士前期課程アドミッションポリシー
Master’s Program Admissions Policy for Kyutech Graduate Schools【全学版】【General】
九州工業大学大学院は，開学以来の理念である「技術に堪能なる士君子」の養成に基づき，高い専門性と深い学識を持ち，それらを活かして新時代を切り開く卓越した能力と豊かな創造性を備えた，高度技術者を育成します。
そのため，理工学系専門分野における高度技術者となるために，独創的な思考力，研究開発活動を行うための高度な知識および実践的な問題解決力の修得を目指す皆さんの入学を期待します。
本大学院が，入学者に期待することは以下のとおりです。
(1) 技術者に必要な基礎学力と工学専門分野の知識を持ち，自然現象を科学的に理解している(2) 人，社会および文化の多様性を理解している(3) 工学・技術が社会で果たす役割を理解している(4) 状況に応じて適切に説明できる能力，および英語をはじめとする外国語によるコミュニケーションの基本的能力を持っている(5) 問題解決に必要な論理的思考力，分析力，説明能力を持っている(6) 技術者としての倫理観と責任感を備え，社会に貢献する志を持っている(7) 自己を律する自己管理をしており，自発的に活動する態度を身につけている(8) 他者と協調し，個人の能力も発揮しようとする態度を身につけている
これらの素養や態度をもつ皆さんを受け入れるため，入学者選抜に おいては，筆記試験，面接
試験（口頭試験），成績証明書等を基にした総合的な評価を実施します。

The Graduate School of Kyushu Institute of Technology has been grounded in the philosophyof nurturing “technically skilled, learned, and virtuous persons” since the school’s
establishment. We aim to train advanced engineers with high-level expertise, profoundacademic knowledge, the outstanding ability and abundant creativity to utilize them to carveout a path to a new era.
Therefore, we expect all students who wish to acquire creative thinking, advanced knowledge
for research and development activities, and practical problem-solving skills to become
advanced engineers in specialized fields of science and technology.
We expect candidates who have the following potential.
(1) Students with the basic academic skills necessary for engineers, knowledge of the2specialized engineering fields, and a scientific understanding of natural phenomena.
(2) Students who understand the diversity of people, society, and culture.
(3) Students who understand the role of engineering and technology in society.
(4) Students who give appropriate explanations depending on the situation and have the basic
ability to communicate in English or other foreign languages.
(5) Students who have the ability of logical thinking, analytical intelligence, and explanatory
skills necessary for problem-solving.
(6) Students with a sense of ethics and responsibilities as engineers and a willingness tocontribute to society.
(7) Students who have self-discipline and initiative.
(8) Students who have a spirit of cooperation and demonstrate their abilities.
To accept applicants with these qualities and attitudes, we will conduct a comprehensive
evaluation based on a written examination, interview (oral examination), academictranscripts, etc.

【工学府（前期）】【Graduate School of Engineering (Master’s Program)】＜技術者及び研究者としての養成目標＞「ものづくり」を基盤とした最先端科学技術分野において，開学以来掲げてきた「技術に堪能なる士君子」，すなわち，豊かな教養と技術者倫理ならびにコミュニケーション力を備え，科学技術の進歩に対応できる工学基礎力・専門技術力を有し，国際的に活躍できる専門技術者の素養と能力に加え，深い専門知識とそれに基づく課題発見・設定・解決能力，多様な文化の理解に基づく国際的コミュニケーション力を有するグローバル社会で活躍する高度専門技術者の養成を目指しています。
＜求める人材＞(1)基礎学力を充分に修得し，(2)チャレンジ精神が旺盛で，果敢に新たな課題を求め，その解決に取り組もうとする前向きな姿勢を持ち，(3)グローバルな視点で物事を考えることができる人材を求めます。
＜一般選抜（推薦型・一般型）で受け入れる人材＞(1)技術者に必要な基礎学力と工学専門分野の知識を修得し，自然現象を科学的に理解でき，(2)
外国語によるコミュニケーションのための基本的能力を修得し，(3)問題解決に必要な論理的思考力，分析力，説明能力を修得している人材を受け入れます。
＜社会人特別選抜で受け入れる人材＞(1)社会人技術者，研究者等が在職のまま修学し，大学と社会との交流を深め，学問と技術の発展に寄与することを目的とし，(2)技術者に必要な基礎学力と工学専門分野の知識を修得し，自然現象を科学的に理解でき，(3)外国語によるコミュニケーションのための基本的能力を修得し，(4)
問題解決に必要な論理的思考力，分析力，説明能力を修得している人材を受け入れます。
＜外国人留学生特別選抜で受け入れる人材＞(1)技術者に必要な基礎学力と工学専門分野の知識を修得し，自然現象を科学的に理解でき，(2)
問題解決に必要な論理的思考力，分析力，説明能力を修得している人材を受け入れます。

3＜入学者選抜の基本方針＞
一般選抜（推薦型）(1)の一部，(3)については主に学力検査（筆記・面接試験等）により，(2)については
TOEIC/TOEFL のスコアにより，(1)の一部については主に書類審査により評価します。
一般選抜（一般型）(1)の一部，(3)については主に学力検査（筆記及び面接試験）により，(2)については
TOEIC/TOEFL のスコアにより，(1)の一部については主に書類審査により評価します。
社会人特別選抜(1)，(2)，(4)については書類審査及び面接試験により，(3)については面接試験により評価します。
外国人留学生特別選抜(1)，(2)について，学力検査（筆記・面接試験等）及び書類審査により評価します。

＜Engineer and Researcher Development Objective＞
Our objective is to foster － to instill a deep knowledge of science and engineering in highcaliber students – the motto of the university since its foundation, in the fields of themost-advanced science and technology based on “Monozukuri (creative engineering),” in otherwords we aim to educate highly-specialized engineers who will play an active role in global
society, provided with a depth and breadth of education, ethics for engineers, andcommunication skills, having basic engineering skills and specialized technological skills tokeep pace with advances in science and technology, in addition to accomplishments andcapabilities as an internationally-active professional engineer, having in-depth expertise andabilities to find, set, and solve problems, and global communication skills based onunderstanding of diverse cultures.
＜Students we seek＞
We seek talented persons who: (1) have sufficiently acquired basic academic abilities, (2) havea positive attitude to address and solve new challenges energetically, and (3) have global
perspective.
＜Students accepted by general admissions selection＞
We accept talented persons who: (1) have acquired basic academic abilities and knowledge ofthe specialized field of engineering essential for engineers, and can understand natural
phenomena scientifically, (2) have acquired a basic ability to communicate in English, and (3)have acquired abilities in logical thinking, analysis, and explanation essential for
problem-solving.
＜Students accepted by special admissions selection for working people＞
We accept talented persons who: (1) aim to study as engineers, researchers, etc., whileworking, deepen relationships between the university and society, and make a contribution todevelopment in academics and technology, (2) have acquired basic academic abilities andknowledge of the specialized field of engineering essential for engineers, and can understandnatural phenomena scientifically, (3) have acquired a basic ability to communicate in English,and (4) have acquired abilities in logical thinking, analysis, and explanation essential for
problem-solving.

4

＜Students accepted by special admissions selection for international students＞
We accept talented persons who: (1) have acquired basic academic abilities and knowledge of
their specialized field of engineering essential for engineers, and can understand natural
phenomena scientifically, and (2) have acquired abilities in logical thinking, analysis, andexplanation essential for problem-solving.
＜Basic Policy for Admission Selection＞
General Admissions Selection (Recommendation-Based)
For admissions selection, We evaluate (3) and part of (1) mainly by academic ability test
(written / interview, etc.), and (2) by TOEIC / TOEFL score, and part of (1) mainly by
document screening.
General Admissions Selection
For admissions selection, We evaluate (3) and part of (1) mainly by academic ability test
(written / interview), and (2) by TOEIC / TOEFL score, and part of (1) mainly by document
screening.
Special Admissions Selection for Working People
For admissions selection, We evaluate (1), (2) and (4) by document screening and interview,and (3) by interview.
Special Admissions Selection for International Students
For admissions selection, We evaluate (1) and (2) by academic ability test (written / interview,etc.) and document screening.

大学院博士後期課程アドミッションポリシー
Doctoral Program Admissions Policy for Kyutech Graduate Schools【全学版】【General】
九州工業大学大学院は，開学以来の理念である「技術に堪能なる士君子」の養成に基づき，高い専門性と深い学識を持ち，それらを活かして新時代を切り開く卓越した能力と豊かな創造性を備えた，高度技術者・研究者を育成します。
そのため，理工学系専門分野における高度技術者・研究者となるために，最先端の知識と研究開発能力，および他分野と接する境界領域の知識修得を目指す皆さんの入学を期待します。
本大学院が，入学者に期待することは以下のとおりです。
(1)技術者としての独創的な思考および，研究開発活動を行うための工学専門分野における高度な知識を持っている(2)各専門分野が社会で果たすべき役割を理解している5

(3)研究・開発の実践に必要な問題解決力を持っている(4)新技術等の提案・公表に必要なプレゼンテーション力を持っている(5)英語をはじめとする外国語によるコミュニケーション力を持っている(6)自己の役割についての認識を深め，自発的に活動する態度を身につけている(7)未知の専門的課題の解決に向けた企画立案や進捗管理ができる(8)チームの一員としてチーム活動の推進や改善に貢献しようとする態度を身につけている
これらの素養や態度をもつ皆さんを受け入れるため，入学者選抜においては，面接試験（口述試験），修士論文およびその概要，研究（希望）計画書，これまでの業績・業務に関する報告書（業績リストや業績報告書，業務報告書等），成績証明書等を基にした総合的な評価を実施します。

The Graduate School of Kyushu Institute of Technology has been grounded in thephilosophy of nurturing a “technically skilled, learned, and virtuous person” since theschool’s establishment. We aim to train advanced engineers with high-level expertise anddeep academic knowledge, and with outstanding ability and abundant creativity to utilize
them to carve out a path to a new era.
Therefore, we expect all students who wish to acquire cutting-edge knowledge, researchand development capability, and knowledge of borderline areas that touch on other fields
to become advanced engineers and researchers in specialized fields of science andengineering.
We expect candidates who have the following potential.
(1) Students with creative thinking as an engineer and advanced knowledge in thespecialized engineering field to conduct research and development activities.
(2) Students who understand the role that each specialized field should play in society.
(3) Students with the problem-solving skills necessary for research and development.
(4) Students with the presentation skills necessary for proposing and presenting newtechnologies, etc.
(5) Students who communicate in English or other foreign languages.
(6) Students who deepen awareness of their role and acquire the attitude to act on theirinitiative.
(7) Students who plan proposals and manage progress toward solving unknown
professional problems.
(8) Students who acquire the attitude to contribute to the promotions and improvementsof team activities as a team member.
To accept applicants with these qualities and attitudes, we will conduct a comprehensive
evaluation based on an interview (oral examination), a master thesis and its outline, aresearch (aim) plan, reports on past achievements and work (achievement lists,
achievement reports, operating reports, etc.), and transcripts, etc.

6

【工学府（後期）】【Graduate School of Engineering (Doctoral Program)】＜技術者及び研究者としての養成目標＞「ものづくり」を基盤とした最先端科学技術分野における高度な知識を有し，その科学技術社
会への波及効果を十分に理解していることに加え，複数の専門分野の知識を身に付け，問題解決能力，独創力，創造性及び実践的技術者としての必要な資質を持ち，イノベーションを創出できる能力を有する人材の養成を目標としています。
さらに，グローバル化する社会の中で，異文化を理解し多文化環境下で新しい価値を生み出す能力を持ち，かつ，リーダーシップを発揮できる人材の育成も目指しています。
＜求める人材＞(1)技術者としての独創的思考及び研究開発活動を行うための工学専門分野における高度な知識を修得し，(2)新技術等を提案・公表するために必要なプレゼンテーション能力を修得し，(3)グローバル社会においてコミュニケーション能力を発揮できる人材を求めます。
＜一般選抜で受け入れる人材＞(1)研究開発に必要な問題解決能力を実践的な高度技能として修得し，(2)外国語によるコミュニ
ケーション能力を身に付け，新技術等を提案・公表するために必要なプレゼンテーション能力を修得し，(3)未知の専門的課題に対して，その解決に向けた計画立案と作業の管理能力を習得している人材を求めます。
＜社会人特別選抜で受け入れる人材＞(1)社会人技術者，研究者等で，在職のまま修学し，大学と社会との交流を深め，学問と技術の発展に寄与することを目的とし，(2)研究開発に必要な問題解決能力を実践的な高度技能として修得し，(3)外国語によるコミュニケーション能力を身に付け，新技術等を提案・公表するために必要なプレゼンテーション能力を修得し，(4)未知の専門的課題に対して，その解決に向けた計画立案と作業の管理能力を習得している人材を求めます。
＜外国人留学生特別選抜で受け入れる人材＞(1)研究開発に必要な問題解決能力を実践的な高度技能として修得し，(2)未知の専門的課題に対して，その解決に向けた計画立案と作業の管理能力を習得している人材を受け入れます。
＜入学者選抜の基本方針＞
一般選抜(1),(2),(3)について，書類審査及び面接試験により評価します。
社会人特別選抜(1)，(2)，(3)，(4)について，書類審査及び面接試験により評価します。
外国人留学生特別選抜(1)，(2)について，書類審査及び面接試験により評価します。
＜Engineer and Researcher Development Objective＞
Our objective is to foster talented persons who have skills to innovate, being qualified as apractical engineer with problem-solving skills, originality, and creativity, having acquired
knowledge in multiple fields of specialization, in addition to advanced knowledge in the
most-advanced fields of science and technology based on “Monozukuri (creative engineering)”
and understanding of ripple effects in the world of science and technology.
Furthermore, we also aim to foster talented persons who understand different cultures in a
globalized society, have skills to create new value under a multicultural environment, and can7exercise leadership.
＜Students we seek＞
We seek talented persons who: (1) have acquired advanced knowledge in specialized fields ofengineering for creative thinking and research and development activities as an engineer, (2)have acquired presentation skills that are essential for proposal and announcements of newtechnologies, etc., and (3) can exercise communication skills in a global society.
＜Students accepted by general admissions selection＞
We accept talented persons who: (1) have acquired problem-solving skills that are essential
for research and development as high levels of practical abilities, (2) have learned
communication skills in English, and acquired presentation skills that are essential for
proposal and announcements of new technologies, etc., and (3) have acquired skills to andmanage work for solving unknown specialized challenges.
＜Students accepted by special admissions selection for working people＞
We accept talented persons who: (1) aim to study as engineers, researchers, etc., whileworking, deepen relationships between the university and society, and make a contribution toacademic and technological development, (2) have acquired problem-solving skills that are
essential for research and development as high levels of practical abilities, (3) have learned
communication skills in English, and acquired presentation skills that are essential for
proposal and announcements of new technologies, etc., and (4) have acquired skills to planand manage work for solving unknown specialized challenges.
＜Students accepted by special admissions selection for international students＞
We accept talented persons who: (1) have acquired problem-solving skills that are essential
for research and development as high levels of practical abilities, and (2) have acquired skills
to plan and manage work for solving unknown specialized challenges.
＜Basic Policy for Admission Selection＞
General Admissions Selection
For admissions selection, We evaluate (1), (2) and (3) by document screening and interview.
Special Admissions Selection for Working People
For admissions selection, We evaluate (1), (2), (3) and (4) by document screening andinterview.
Special Admissions Selection for International Students
For admissions selection, We evaluate (1) and (2) by document screening and interview.

8

大学院工学府の概要
Overview of Graduate School of Engineering

Ⅰ．博士前期課程
工学専攻＜Master’s Program＞＜Department of Engineering＞

工学専攻は，「ものづくり」を基盤とした最先端科学技術分野において，開学以来掲げてきた「技術に堪能なる士君子」，すなわち，豊かな教養と技術者倫理ならびにコミュニケーション力を備え，科学技術の進歩に対応できる工学基礎力・専門技術力を有し，国際的に活躍できる専門技術者の素養と能力に加え，深い専門知識とそれに基づく課題発見・設定・解決能力，多様な文化の理解に基づく国際的コミュニケーション力を有するグローバル社会で活躍する高度専門技術者を養成する。

The Graduate School of Engineering aims to fosters － to instill a deep knowledge of science andengineering in high caliber students – the motto of the university since its foundation, in the fieldsof the most-advanced science and technology based on “Monozukuri (creative engineering),” in otherwords we educate highly-specialized engineers who will play an active role in global society, provided
with a depth and breadth of education, ethics for engineers, and communication skills, having basic
engineering skills and specialized technological skills to keep pace with advances in science andtechnology, in addition to accomplishments and capabilities as an internationally-active professional
engineer, having in-depth expertise and abilities to find, set, and solve problems, and global
communication skills based on understanding of diverse cultures.

9

1.

建築学コース<Architecture Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education

要

OutlineCourse

心豊かな生活空間を創造するための建築・都市空間に対する計画やデザイン，および
安全で快適な建築物を実現するための構造設計，建築環境，建築施工などの技術につい建築学コースArchitecture
Courseて教育研究を行う。
This course conducts education and researches on architectural planning and designof buildings or urban areas, in which affluent human living spaces are created. In
addition, education and research about the architectural technology of structuraldesign, environmental design or constructions, etc. by which buildings supporting
safe and comfortable living are realized, are also conducted.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

研究内容（キーワード）
Research Fields（Keywords）

担当授業科目
Course Titles

趙 旺熙
CHO Wanghee

建築環境・建築設備 Zero Energy Building(ZEB)/Zero
Energy House(ZEH)のための省エネ技術開発
快適性および生産性の向上 エネルギーグリッド
潜・顕熱分離空調(デシカント空調) 結露リスク評価
Architectural Environment & Building Equipment,
Development of Energy-conservation Technology
for Zero Energy Building (ZEB) / Zero Energy House(ZEH),
Improvement of Thermal Comfort and Productivity,
Energy Grid, Dedicated Outdoor Air System(Desiccant Air-conditioning system),
Condensation risk assessment

建築学特論
Advanced Architecture
and Architectural Engineering
建築環境特論
Advanced Architectural
Environment Design

陳 沛山
CHEN Pei-Shan

建築構造 超高層構造・大空間構造（シェル，膜，ケーブル，スペースフレーム等） 非線形構造解析
構造形態解析 最新構造システムの創出
S-Art 設計理念 古建築構造
Architectural Structure,
High-rise Structures and Spatial Structures(Shells, Membranes, Cables, Space frames, etc.),
Nonlinear Structural Analysis,
Form-finding, New Structure System,
Structure-Art (S-Art), Ancient Structures

建築学特論
Advanced Architecture
and ArchitecturalEngineering
構造解析特論
Advanced Analysis of
Structures

徳田 光弘
TOKUDA Mitsuhiro

建築計画・建築設計 地域デザイン まちづくり
リノベーション 建築・不動産事業デザイン
ものづくり 災害復興デザイン
Architectural Planning & Design, Regional Design,
Town Management, Renovation,
Architecture & Real Estate Business Design,
Manufacturing, Reconstruction Design

建築学特論
Advanced Architecture
and Architectural Engineering
建築計画特論
Advanced Architectural
Planning

10

2.

国土デザインコース<Civil Engineering Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education

要

OutlineCourse「社会基盤施設に関するもの創りをベースとして，都市の再生，さらには都市の持続や自然災害に対する防災システムなど，都市の安全・安心に関わる技術」と「調和の取国土デザイン

れた環境デザインを目標として，日常生活における環境問題を克服し，次世代に安全でコース

潤いのある生活空間を提供するための技術」について教育研究を行う。

Civil

This course conducts education and researches on “Civil Engineering Technology ofEngineeringsocial infrastructure facilities which covers urban regeneration, sustainability and

Coursedisaster prevention system” and “Environmental Design that takes into account thedevelopment, conservation and regeneration of cities and regions to provide the next
generation with a safe, secure and sustainable society”.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

研究内容（キーワード）
Research Fields（Keywords）

担当授業科目
Course Titles

厳島 怜
ITSUKUSHIMA
Rei

水防災 河川地形 河川生態系 河川工学 流域圏科学
Water-Related Disaster Management,
Fluvial Geomorphology, River Ecosystem,
River Engineering, Watershed Science

河川工学特論
Advanced River Engineering

伊東 啓太郎ITO Keitaro

エコロジカル・デザイン ランドスケープ・デザイン
緑地設計 都市生態学 自然環境保全 景観生態学
Ecological Design,Landscape Design,
Green Space Planning, Urban Ecology,
Preserving Natural Environment, Landscape Ecology

環境保全と生態工学
Environmental
Preservation and EcologicalEngineering

鬼束 幸樹
ONITSUKA Kouki

静水圧 管路流 開水路流
Hydrostatic Pressure Distribution, Duct Flow,
Open-Channel Flow

水工学特論
Advanced Hydraulics

川尻 峻三
KAWAJIRI Shunzo

地盤工学 地盤防災工学 地盤構造物 自然災害
Geotechnical Engineering,Geo-Disaster Prevention Engineering,
Geotechnical Structures, Natural Disaster

地盤防災工学特論
Advanced Ground Disaster
Prevention
地盤工学特論Ⅰ
Advanced GeotechnicalEngineeringⅠ

重枝 未玲
SHIGE-EDA Mirei

水工水理学 数値流体力学 河川工学
ダム・湖沼工学
氾濫の水理
Hydraulic Engineering,Computational Fluid Dynamics,
River Engineering, Reservoir Sedimentation,
Flood Inundation Modeling

数値水理学
Computational Hydraulics11

高井 俊和TAKAI Toshikazu

構造工学 橋梁工学 鋼構造 ボルト継手 信頼性設計
鋼構造特論
Structural Engineering, Bridge Engineering, Steel
Advanced Steel Structure
Structure, Bolted Connection, Reliability Design

寺町 賢一
TERAMACHI
Kenichi

交通計画 バリアフリー 生活交通 都市防犯
防災避難計画
Transportation Planning, Barrier Free,
Local Transportation, Crime Prevention,
Evacuation Planning

バリアフリー交通論
Barrier Free Traffic

日比野 誠
HIBINO Makoto

建設材料学 施工 電気化学的防食工法
Construction Materials, Construction Works,
Electrochemical Corrosion Control,

建設材料学
Construction Materials

廣岡 明彦
HIROOKA Akihiko

地盤工学 地盤環境工学 地盤防災 構造物基礎
廃棄物処理
Geotechnical Engineering,
Geoenvironmental Engineering,
Ground Disaster Prevention Engineering,Foundation Engineering, Waste Treatment

地盤工学特論Ⅰ,Ⅱ
Advanced GeotechnicalEngineeringⅠ,Ⅱ

土地利用マネジメント 社会的合意形成マネジメント
過疎地域の移動サービス 地域づくり
Land Use Management,
Consensus Building Management,
Transportation System in Underpopulated Areas,
Community Vitalization

道路交通環境Road Traffic andEnvironment
国土及び地域整備計画
Theory and Practice ofCommunicative Infrastructure
Planning

吉武 哲信
YOSHITAKE
Tetsunobu

12

3.

知能制御工学コース<Control Engineering Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education

要

OutlineCourse

種々の動的な装置には，高性能化，小型化，高知能化技術，あるいは人間に優しいな
どの特性が要求される。本コースではこのような要求にこたえるために，制御工学，知知能制御工学コース

能工学，計測工学，電気工学および機械工学などからなるメカトロニクスを中心とした教育研究を行う。
Various machines are commonly expected to be designed to possess state-of-the-art

ControlEngineering
Coursetechnologies such as higher performance, smaller size, artificial intelligence
technologies, and even human-friendly features.
This course provides students with a graduate program focused on mechatronics,
which encompasses control engineering, artificial intelligence, instrumentationengineering, electrical engineering, and mechanical engineering.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

研究内容（キーワード）
Research Fields （Keywords）

担当授業科目
Course Titles

雅世
Masayoバイオデータ解析 機械学習 複雑系科学
Bio-data Analysis, Machine Learning,
Complex Systems Science

現象数理学特論
Modeling Complex Systems
and Applications

猪平 栄一
INOHIRA Eiichi

サービスロボット 支援ロボット
ソフトウェアフレームワーク 機械学習
Service Robots, Assistive Robots,
Software Framework, Machine Learning

強化学習持論
Reinforcement Learning

大屋 勝敬
OYA Masahiro

車の操縦安定化 移動ロボット
パワーアシストロボット ロバスト制御理論
Steering Control of Vehicle, Mobile Robot,
Power Assist Robot, Robust Control

自動運転車両特論
Advanced Autonomous
Vehicle制御システム特論
Advanced Control
Systems Theory

神谷 亨
KAMIYA Tohru

コンピュータ画像診断支援 経時差分処理
パターン認識 医用画像処理
Computer Aided Diagnosis, Temporal Subtraction,
Pattern Recognition, Medical Image Processing

知的システム構成特論
Advanced Intelligent
System

坂井 伸朗
SAKAI Nobuo

ロボティクス 医用・福祉工学 バイオメカニクス
設計工学 トライボロジ
Robotics, Biomedical Engineering, Biomechanics,
Mechanical Design Engineering, Tribology

生体機能設計学特論
Advanced Bionic Design

水中ロボット 宇宙ロボット マニピュレータ
ディジタル制御
Underwater Robot, Space Robot, Manipulator,
Digital Control

ロボティクス特論
Advanced Robotics
制御システム特論
Advanced Control Systems
Theory

井上
INOUE

相良 慎一
SAGARA Shinichi13丹上 結乃純TANJO Yui

松尾 一矢
MATSUO Kazuya

陸 慧敏
LU Huimin

マイビジョン（人の第 3 の目） 3 次元復元 知的映像認識
人の挙動解析 機械学習 知能ロボット
視覚情報解析特論
MY VISION, 3D Recovery, Intelligent video Recognition
Advanced Visual
Human Motion Analysis,
Information Analysis
Machine Learning, Intelligent Robot
クラスタリング 主成分分析 回帰分析 統計的検定
データサイエンス
データ分析特論
Clustering, Principal Component Analysis, Regression Advanced Data Analytics
Analysis, Statistical Testing, Data Science.

人工知能 産業用ロボット ロボットビジョン
Artificial Intelligence, Industrial Robots, Robotic Vision

14

ロボットビジョン特論
Advanced Robotic Vision

4.

機械工学コース<Mechanical Engineering Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education

要

OutlineCourse

今後も新しい「ものづくり」の中心的役割を担うのが機械工学である。本コースでは，
宇宙システム工学コースと連携して，１)材料に要求される様々な機能・強度を実現するための各種新素材や機能材料の力学的挙動の解明と機能発現・強度評価，２)機械や装置の生産に関係する加工現象解析，加工装置の性能向上，設計から生産に至る情報処
理やそれを統合するシステム技術，３)熱流体エネルギーの変換と高効率利用，熱流体・粒子間の力学的相互作用によって発生する諸現象の解明と応用を核とした教育研究を行い，幅広い視野を持つエンジニアを養成する。
Mechanical engineering plays a central role in new products manufacturing
機械工学(“Monozukuri”) at all times. This mechanical engineering course is performed inコース

collaboration with the space systems engineering course. The education and researchMechanicalprovided in the course aims at training engineers with broad horizons based on theEngineering

following:

Course1) Study of mechanical behavior of advanced materials and functional materials so
as to choose the most adequate material with regards to customer’s requirements,
such as functionality and strength.
2) Study of production process analysis of machines and products, high performanceof manufacturing equipment, and information and its integrated system technology
from design to production.
3) Study of energy conversion of heat transfer, fluid dynamics, and high performancesystems, as well as the study of mechanical interaction phenomena between
particles.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

小澤 晃平
OZAWA Kohei

大熊 信之
OKUMA Nobuyuki

研究内容（キーワード）
Research Fields （Keywords）
航空宇宙推進 圧縮性流体力学 粘性流体力学 燃焼
ハイブリッドロケット推進 気体爆轟Aerospace Propulsion, Compressible Fluid Dynamics,
Viscose Fluid Dynamics, Combustion,
Hybrid Rocket Propulsion, Gas Detonation
トポロジカル絶縁体・超伝導体の理論
非エルミート物理系の数理 熱的輸送の理論
物性物理学における機械学習
Theory of topological insulators/superconductors,
Mathematics of non-Hermitian systems,
Theory of thermal transport, Machine learning incondensed matter physics

15

担当授業科目
Course Titles

実験燃焼流体力学特論
Advanced Experimental
Combustible Flow Dynamic

吉川 浩一KIKKAWA Koichi

黒島 義人
KUROSHIMA
Yoshihito

生産の高度自動化技術 高精度加工法の開発
Production Engineering,High Precision Manufacturing, CAD/CAM

CAD/CAM

生産情報処理学特論
Advanced Production
Information Processing
Technology

材料強度 金属疲労 実験力学 超高サイクル疲労
Fracture and Strength of Materials, Fatigue,
Experimental Mechanics, Very High Cycle Fatigue

材料強度学特論
Advanced Fracture andStrength of Materials

児玉 高志
KODAMA Takashi

マルチスケール電気・熱伝導測定 界面熱輸送
ナノ構造材料 高熱伝導材料 断熱材 熱デバイス設計
Multiscale electrical and thermal conduction
measurement, thermal interfacial heat transport,
nanostructured materials, high thermal conductive
materials, thermal insulator, design of thermal device

応用熱事象学特論
Advanced Thermal
Science and Engineering

薦田 亮介
KOMODA Ryosuke

金属疲労 水素脆化 機械材料 実験力学
Metal Fatigue, Hydrogen Embrittlement, Materials for
Mechanical Engineering, Experimental Mechanics

金属疲労特論
Advanced Metal Fatigue

清水 浩貴
SHIMIZU Hiroki

精密計測 精密位置決め 機械計測 光応用
Precision Measurement, Precision Positioning,
Mechanical Measurement, Applied Optics

計測工学特論
Advanced Measurement
Engineering

坪井 伸幸
TSUBOI Nobuyuki

圧縮性流体力学 粘性流体力学 希薄気体力学
数値流体力学 化学反応 燃焼 航空・宇宙用推進
Compressible Fluid Dynamics, Viscous Fluid Dynamics,
Rarefied Gas Dynamics, Computational Fluid Dynamics,
Chemical Reaction, Combustion,
Propulsion for Aircraft and Space Vehicle

数値流体力学特論
Computational Fluid
Dynamics
高速気体力学特論
High-Speed Gas Dynamics

永岡 健司
NAGAOKA Kenji

宇宙ロボティクス・メカトロニクス 惑星探査ロボット
軌道上サービスロボット 極限探査技術
Space Robotics and Mechatronics,
Planetary Exploration Robot, On-Orbit Servicing Robot,
Extreme Exploration Technology

宇宙ロボティクス特論
AdvancedSpace Robotics

長山 暁子
NAGAYAMA Gyoko

熱工学 ナノ・マイクロ伝熱 分子動力学解析
界面現象
Thermal Science and Engineering,
Nano/Microscale Heat Transfer,
Molecular Dynamics Simulation,
Interface Phenomena

伝熱学特論
Advanced Heat Transfer

松田 健次
MATSUDA Kenji

トライボロジー コーティング 硬さ試験 摩擦 寿命
Tribology, Coating, Hardness Test, Friction, Life

機能表面工学特論
Advanced Functional
Surface Engineering

矢吹 智英
YABUKI Tomohide

熱工学 ナノ・マイクロ伝熱 沸騰熱伝達 MEMS 熱計測
Thermal Engineering, Nano/Microscale Heat Transfer,
Boiling Heat Transfer, MEMS Thermal Measurement

熱流体力学特論
Advanced Thermal and Fluid
Transport Phenomena

田中 将嗣
TANAKA Masashi

無機機能性材料 新奇超伝導体
超高圧力 アンモニア利用 X 線結晶構造解析
Inorganic Functional Materials,
Novel Superconducting Materials,
High Pressure, Ammonia, X-ray Crystal Structural
Analysis

超伝導材料特論
Advanced Superconducting
Materials

16鈴木 智成SUZUKI Tomonari

非線形解析学 凸解析学 集合値解析 不動点
非拡大半群
Nonlinear Analysis, Convex Analysis,
Set-Valued Analysis, Fixed Point,
Nonexpansive Semigroup

非線形解析学特論
Advanced Nonlinear
Analysis

野田 尚廣
NODA Takahiro

微分方程式の幾何学 微分式系 リー代数
微分方程式の対称性 幾何学的不変量
Geometry of Differential Equations,
Exterior Differential Systems,Lie Algebras,
Symmetries of Differential Equations,Geometric Invariants

応用幾何学特論
Applied Geometric Theory

若狭 徹
WAKASA Tohru

反応拡散系 非線形偏微分方程式
分岐構造とダイナミクス 微分方程式論
非線形解析学 現象数理
Reaction Diffusion Systems,
Nonlinear Partial Differential Equations,Bifurcation Structure and Dynamics,
Differential Equations, Nonlinear Analysis,
Mathematical Modeling

応用解析特論
Advanced Applied Analysis

17

5.

宇宙システム工学コース<Space Systems Engineering Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education

要

OutlineCourse宇宙システムに代表される複雑な工学システムを，機械工学、電気工学を軸として構
宇宙システム

築できる素養を身につけるために，基礎となる機械工学、電気工学の知識をシステム工工学コース

学・プロジェクト管理の観点で組み合わせることで，宇宙システムに関する種々の技術

Space

課題について教育研究を行う。

Systems

This course offers education and researches on various technical issues related toEngineering

space systems, aiming to train a mechanical engineer and an electrical engineer toCoursebe able to establish complex system represented by a space system, through theperspectives of systems engineering and project management.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

研究内容（キーワード）
Research Fields （Keywords）

宇宙ごみ 超高速衝突 二段式軽ガス銃
赤星 保浩
Orbital Debris, Hypervelocity Impact,
AKAHOSHI Yasuhiro
Two-Stage Light Gas Gun

担当授業科目
Course Titles
高速衝突工学特論
Advanced High Velocity
Impact Engineering

浅海 賢一
ASAMI Kenichi

衛星データ利用 自律システム応用
画像計測 画像センシング 組み込みシステム
Satellite Data Utilization,
Autonomous Systems Application,
Image Measurement, Image Sensing,
Embedded Computing

組み込みシステム特論
Advanced Embedded
Systems

岩田 稔
IWATA Minoru

宇宙環境 劣化 熱制御 熱物性 機能性材料 材料物性Space Environments, Degradation, Thermal Control,
Thermophysical Properties, Functional Materials,
Materials Properties

宇宙材料劣化特論
Materials Degradation inSpace Environments

北川 幸樹
KITAGAWA Koki

ハイブリッドロケット推進 固体ロケット推進
レーザ点火 ロケットシステム 燃焼 伝熱
Hybrid Rocket Propulsion, Solid Rocket Propulsion,Laser Ignition, Rocket System, Combustion, Heat Transfer

ロケット推進工学特論
Advanced Rocket
Propulsion Engineering

宇宙環境計測 超小型衛星 宇宙天気北村 健太郎Space Environment Measurement
KITAMURA Kentaro
Microsatellite, Space Weather

趙 孟佑
CHO Mengu

超小型衛星 宇宙システム 宇宙環境 宇宙利用
Lean Satellite, Space Systems, Space Environment, Space
Utilization18

宇宙環境科学特論
Advanced Space
Environment
Science
衛星工学入門Introduction to Satellite
Engineering
宇宙環境試験
Space Environment Testing寺本 万里子
TERAMOTO Mariko

宇宙天気 宇宙空間物理
Space Weather, Solar Terrestrial Physics

太陽系惑星環境特論
Solar System Planetary
Physics and Environments

豊田 和弘
TOYODA Kazuhiro

耐宇宙環境技術 宇宙機の帯放電現象 電気推進
Space Environment Technology,
Spacecraft Charging and Discharging,Electric Propulsion

エネルギー工学特論
Energy Conversion andPlasma Physics

視覚認知 視覚モデル 画像認識 機械学習 並列計算
宇宙通信
花沢 明俊
Visual Perception, Vision Modeling, Pattern Recognition,
HANAZAWA Akitoshi Machine Learning, Parallel Processing,Space Communications

平木 講儒
HIRAKI Koju

火星大気飛行システム 大気突入カプセル
太陽風推進
Martian Atmospheric Flight System,
Atmospheric Entry Capsule,Solar-Wind Propulsion

19

視覚画像認識特論
Vision and Image
Recognition

スペースダイナミクス特論
Advanced Space Dynamics

6.

電気エネルギー工学コース<Electrical Engineering Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education

要

OutlineCourse巨大エネルギーシステムから分散型電源・自動車・宇宙に至るまで，これからの環境
調和高度エネルギー社会をインフラとして支える電気エネルギーの発生・輸送・消費・貯蔵，および超高速･超高密度情報記録，高出力素子から固体照明まで，次世代の電子デバイスと，半導体を柱にしたデバイス材料の開発と応用，デバイス化プロセス，新機能
電気エネルギー

デバイスの開発に関する様々な技術課題について教育研究を行う。

工学コース

The course provides the highest level engineering education and research projects

Electrical

based on the multi-disciplinary approach over the electric energy management

Engineering

technology and electronic device technology toward future green society, covering a

Coursevariety of industry segments including, power electronics, large scale energy system,
decentralized power source, automotive and spacecraft. The course addresses
innovative technological issues related to material, design, production process,assembling and applications of electronic devices together with generation, transport,
consumption and storage of electric energy.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

研究内容（キーワード）
Research Fields （Keywords）

担当授業科目
Course Titles

安部 征哉
ABE Seiya

スイッチング電源 パワーエレクトロニクス 電気・電子
スイッチング電源特論
回路 制御工学
Switch Mode Power Supply, Power Electronics, Electric Advanced Switch Modeand Electronic Circuit,
Power Supply
Control engineering

和泉 亮
IZUMI Akira

半導体プロセス 薄膜堆積 表面洗浄
Semiconductor Processing, Thin Film Deposition,
Surface Cleaning

大塚 信也
OHTSUKA Shinya

集積回路プロセス特論
Advanced Integrated
Circuits Fabrication

電力・高電圧工学 部分放電 先端計測・診断
データ解析 航空機耐雷・複合材 環境低負荷
安全安心技術Electric Power and High Voltage Engineering,
電力システム制御解析特論
Partial discharge,
Advanced Electric Power
Advanced Measurement and Diagnostic Technologies,
System Control and Analysis
Data Analysis,
Lightning Protection of Airplane & Composite Material,
Environmental-Friendly Technologies & EMC,
Safety Issues and Security20

片宗 優貴KATAMUNE Yuki

結晶構造 結晶成長 固体物性
ワイドバンドギャップ半導体 ダイヤモンド
Crystal Structure, Crystal Growth,
Solid State Properties,
Wide Bandgap Semiconductors, Diamond

半導体結晶工学特論
Advanced Topics in
Semiconductor Crystal
Engineering

小迫
KOZAKO

誘電・絶縁材料工学 ナノ材料 機能性材料
高電圧・絶縁工学 絶縁診断
Dielectrics and Electrical Insulation, Nano-materials,
Functional Materials,
High Voltage and Insulation Engineering,
Insulation Diagnosis

誘電体工学特論
Advanced DielectricEngineering雅裕
Masahiro

佐竹 昭泰
SATAKE Akihiro

電力・エネルギー利用 再生可能エネルギー省エネルギーカーボンニュートラル
電力エネルギー特論
Use of Electric Power and Energy, Renewable Energy, Electric Power and Energy
Energy Saving, Carbon Neutral

白土 竜一
SHIRATSUCHI
Ryuichi太陽電池 透明導電膜 光触媒 二酸化炭素の固定
Solar Cells,Transparent Conducting Films,
Photocatalysis, Carbon Dioxide Fixation

電気材料特論
Advanced Electrical
Materials

内藤 正路
NAITOH Masamichi

表面構造解析 半導体デバイス グラフェン
カーボンナノチューブ ナノ材料
Surface Structure Analysis, Semiconductor Devices,
Graphene, Carbon Nanotube, Nano Materials

薄膜デバイス特論
Fundamentals ofThin-Film Devices andProcessing

長谷川 一徳HASEGAWA
Kazunori

パワーエレクトロニクス 電力応用 受動素子
電気エネルギー変換工学特論
パワー半導体 信頼性
Electric Energy
Power Electronics, Electric Power Applications,
Conversion Technology
Passive Components, Power Semiconductors, Reliability

松平 和之
MATSUHIRA
Kazuyuki

強相関電子系 交差相関物性
フラストレート系磁性体
Strongly Correlated Electron Systems,
Cross-Correlated Materials, Frustrated Magnets

電子物性基礎論
Fundamentals of Solid
State Physics

渡邊 政幸
WATANABE
Masayuki

電力系統 動特性解析 系統安定化制御
Power System, Power System Dynamics Analysis,
Power System Control

電力制御特論
Advanced Power Control

大門 秀朗
OKADO Hideaki

走査トンネル顕微鏡 表面・界面物性 ナノ材料
透過電子顕微鏡 原子・電子構造
Scanning Tunneling Microscopy,
Surface and Interface Properties, Nano Materials,
Transmission Electron Microscopy,
Atomic and Electronic Structures

メゾスコピック系物理学特論
Mesoscopic Physics

磁気応用 磁区観察 永久磁石 電磁鋼板
竹澤 昌晃
Magnetic Application, Magnetic Domain Observation,
TAKEZAWA Masaaki
Permanent Magnet, Si-Fe Electrical Sheet

中尾 基
NAKAO Motoi

半導体 SOI 電子デバイス 光デバイス
光電子集積回路
Semiconductor, SOI, Electron Device, Optical Device,
Electron-photon Merged Device21

磁気工学特論
Magnetic Engineering

半導体薄膜電子デバイス特論
Semiconductor Thin-film
Devices小田 勝
ODA Masaru

光物性物理 光機能性材料 半導体量子ドット
有機ナノ構造
有機無機複合材料 顕微・超高速分光
ナノ構造光物性特論
Solid State Photophysics, Optical Functional Materials,
Photophysics of
Semiconductor Quantum Dots, Organic Nanostructures,
Nanostructures
Organic-Inorganic Hybrid Materials,
Ultrafast / Microscopic Spectroscopy

22

7.

電子システム工学コース<Electronic Engineering Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education

要

OutlineCourseディジタルテレビ，携帯電話，自動車の電子制御ユニットなど，マイクロプロセッサを組み込んだ高度な電子システム製品が多くなっている。
本コースでは，アナログ・ディジタル回路，プログラミングなどの基礎技術から，セン
電子システムシング・制御技術，画像・音声信号処理技術，通信・ネットワーク技術などのシステム要

工学コース

素技術，およびこれらを統合するシステム化技術についての教育研究を行う。

Electronic

All around us, there are various products using microcomputers such as digitalEngineering

televisions, mobile phones, and automobile electrical control units; the number of

Coursethese systems increases day by day. The Electronic Engineering course offers an
education concerning basic technologies such as an analog circuit, a digital circuit,and programming. Furthermore, the course educates and studies the element andsystem technologies concerning sensing, control, image processing, audio signal
processing, telecommunication, and network technologies.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

研究内容（キーワード）
Research Fields （Keywords）

担当授業科目
Course Titles

池永 全志
IKENAGA Takeshi

コンピュータネットワーク インターネット
経路制御 通信品質制御 マルチホップ無線網
Computer Network, Internet, Routing,
Quality of Service, Wireless LAN,
Energy Efficient Networking

インターネット工学特論
Advanced Internet
Technologies

河野 英昭
KAWANO Hideaki

ファジィ論理 ニューラルネット 進化計算
システム工学 サイバネティクス
Fuzzy Logic, Neural Networks,
Evolutionary Computation, Systems Engineering,
Cybernetics

ソフトコンピューティング特論
Advanced Softcomputing

芹川 聖一
SERIKAWA Seiichi

センサ 計測 知的センシング 画像処理
センシングシステム 組み込みシステム
センシング基礎特論
Sensor, Measurement, Intelligent Sensing,Sensing Engineering
Image Processing, Sensing System, Embedded System

張 力峰
ZHANG Lifeng

画像圧縮 画像融合 バイオメトリクス認証
画像センシング 生物画像識別 高齢者支援
Image Compression, Image Fusion,
Biometric Authentication, Image Sensing,
Creature Identification, Elderly Support

23

画像信号処理特論
Advanced Image Signal
Processing

中司 賢一NAKASHI Kenichi

アナログ回路 低消費電力集積回路 RF 回路
システム LSI センサーシステム
Analog Integrated Circuits,
Low Power Integrated Circuits, RF Circuits,
System LSI, Integrated Sensor Systems

電子回路設計特論
Analog Integrated Circuit
Design

新規事業創出論
音声認識 音声合成 音声圧縮 オーディオ符号化
Advanced Course for New
聴覚処理 補聴処理 福祉支援中藤 良久
Technology Development
Speech Processing (Recognition, Synthesis, Coding, etc)
NAKATOH Yoshihisa
ベンチャービジネス創出論
Assistive Technologies (Hearing Aid, etc),
Advanced Course for Venture
Accessibility
Business

野林 大起
NOBAYASHI Daiki

コンピュータネットワーク 無線ネットワーク
メディアアクセス制御 無線 LAN LPWA
車両ネットワーク
Computer Network, Wireless Network, Media AccessControl, Wireless LAN, LPWA, Vehicular Network

廣瀬 幸
HIROSE Miyuki

アンテナ 電波伝搬 無線通信 リモートセンシング
ワイヤレス通信工学特論
物理層セキュリティ
Advanced Wireless
Antenna, Radio Propagation, Wireless communications
Communication Engineering
Remote Sensing, Physical Security

環境電磁工学 電気電磁回路 低電磁ノイズ実装
高速デジタル通信
松嶋 徹
Electromagnetic Compatibility (EMC), Electrical and
MATSUSHIMA Tohlu Electromagnetic Circuit,
Low Electromagnetic Noise Packaging, High Speed
Digital Signaling

水町 光徳
MIZUMACHI
Mitsunori

山脇 彰
YAMAWAKI Akira

無線ネットワーク工学特論
Advanced Wireless Network
Technology

環境電磁工学特論
Advanced Electromagnetic
Compatibility

音情報処理 音響信号処理 オーディオ工学 主観評価
脳活動計測
音響信号処理特論
Acoustic Information Processing, Acoustic Signal
Advanced Acoustic Signal
Processing, Audio Engineering, Subjective Evaluation, Processing
Brain Imaging
ディジタル回路システム ディジタル回路設計法
センサ応用システム リコンフィギャラブルシステム
組み込みシステム コンピュータアーキテクチャ
Digital Circuit Systems,Digital Circuit Design,
Sensor Application Systems,Reconfigurable Systems,
Embedded Systems, Computer Architecture

ディジタル回路システム特論
Digital Circuit System

楊 世淵
YANG Shiyuan

光情報処理 光計測 ディジタルホログラフィ
三次元計測 位置検出システム
光計測システム特論
Optical Information Processing, Optical Measurement,
Optical Measurement System
Digital Holography, 3D Measurement,
Position Detection System

本田 崇
HONDA Takashi

磁気応用 マイクロマシン マイクロロボティクス
バイオミメティクス 科学教材
Applied Magnetics, Micromachine, Microrobotics,
Biomimetics, Science Education

24

ＭＥＭＳ工学特論
Micro Electromechanical
Systems

大輪 拓也OHWA Takuya

確率論 グラフ理論 機械学習 イジングマシン
確率特論
Probability Theory, Graph Theory, Machine Learning,
Advanced Probability Theory
Ising Machine

平之内 俊郎HIRANOUCHI
Toshiro

類体論 代数的Ｋ理論
Class Field Theory, Algebraic K-theory

応用代数学特論
Advanced Applied Algebraic
Theory

数理計画 最適化 動的計画 決定過程
オペレーションズ・リサーチ
Optimization, Mathematical Programming,
Dynamic Programming Theory, Decision Processes,
Operations Research

計画数学特論
Advanced Mathematical
Programming and Control

藤田 敏治
FUJITA Toshiharu

25

8.

応用化学コース<Applied Chemistry Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education Course

要Outline
物質や材料の高度利用が要求される２１世紀の科学技術の要請に応えるために，常に目的に応じた新規な機能をもつ分子の合成，材料の開発が要求される。それと同時に，それらが示す機能を高度に制御していく手法も必要である。また，開発した材料等を利用するためのシステムやプロセスに関する知識も不可欠である。
このような社会的要請に応え，高度な物質と材料の開発，システムの構築に対応でき

応用化学コース
AppliedChemistry
Courseる学生を育成するため，応用化学を基盤とした幅広い教育研究を行う。
To meet the scientific and technological demands of the 21st century, which call forthe sophisticated use of substances and materials, there is an urgent need formaterials development and synthesis of molecules having functions relevant to theirintended applications. In addition, methods for the sophisticated control of thesefunctions are also necessary. Furthermore, knowledge relating to the systems andprocesses in which the developed materials can be used is essential.
To nurture students who can respond to the aforementioned demands and develop
sophisticated substances and materials and build systems, we conduct a wide rangeof education and research based on applied chemistry.

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

研究内容（キーワード）
Research Fields （Keywords）

担当授業科目
Course Titles

植田 和茂
UEDA Kazushige

蛍光体 透明導電体 酸化物 半導体 電子構造
Phosphors, Transparent Conductors, Oxides,
Semiconductors, Electronic Structure

精密無機材料合成特論
Advanced Inorganic Materials
Chemistry

岡内 辰夫
OKAUCHI Tatsuo

有機合成 有機金属 有機半導体
複素環化合物合成 炭素骨格形成反応
Organic Synthesis, Organometallic Chemistry,
Organic Semiconductor, Heterocyclic Chemistry,C-C bond formation

有機合成化学特論
Advanced Synthetic
Organic Chemistry
有機金属化学特論
Advanced Organometallic
Chemistry

北村 充
KITAMURA Mitsuru

有機合成 全合成 天然物 アミノ化 ジアゾ化合物
アジド 複素環
Organic Synthesis, Total Synthesis, Natural Products,
Amination, Diazo-compounds, Azido, Heterocycles

精密有機合成化学特論
Advanced Syntheses andReactions in Organic Chemistry

齋藤 泰洋
SAITO Yasuhiro

熱物質移動現象 数値流体力学
移動現象特論
Heat and Mass Transfer, Computational Fluid Dynamics Transport Phenomena26

佐藤 しのぶ
SATO Shinobu

バイオ計測学特論
バイオ電気化学 超分子化学 バイオチップ
Advanced Bioanalytical
Bioelectrochemistry, Supramolecular chemistry, Biochip
Chemistry

清水 陽一
SHIMIZU Youichi

無機材料化学 電気化学 機能材料物性学
Functional Ceramic Material, Electrochemistry,
Solid State Ionics, Sensor Chemistry

センサ化学特論
Chemical Sensor Technology
無機化学概論
Inorganic Chemistry

城﨑 由紀
SHIROSAKI Yuki

生体材料 再生医療 細胞 組織工学
Biomaterials，Regenerative Medicine, Cell，
Tissue Engineering

生体機能化学特論
Advanced Biofunctional
Chemistry

坪田 敏樹
TSUBOTA Toshiki

炭素材料 電気化学キャパシタ バイオ炭
Carbon Material, Electrochemical Capacitor, Biochar

ナノ材料化学特論
Nanomaterial Chemistry
機能材料創製特論
New Functional Material

中戸 晃之
NAKATO Teruyuki

無機ナノシート 液晶 ソフトマテリアル
無機－有機相互作用 光機能材料
Inorganic Nanosheet, Liquid Crystal,Soft Material, Inorganic-Organic Interactions,Photofunctional Material

集合体化学特論
Chemistry of Hybrid
Materials
無機化学概論
Inorganic Chemistry

毛利 恵美子MOURI Emiko

ソフトマテリアル 高分子 セルロース材料
フラーレン複合材料
Soft Materials, Polymer, Cellulose Materials,
Fullerene Composite

高分子科学特論
Advanced Polymer Science

構造有機化学 芳香族 錯体化学 有機半導体
光機能材料
Structural Organic Chemistry, Aromatics,
Coordination Chemistry,
Organic Semiconductor, Light functional materials

錯体化学特論
Advanced Coordination
Chemistry

森口 哲次
MORIGUCHI Tetsuji

有機合成 触媒 グリーンケミストリー 不斉反応
計算化学 複素環
森本 浩之
Organic Synthesis, Catalysis, Green Chemistry,
MORIMOTO Hiroyuki
Asymmetric Reaction, Computational Chemistry,
Heterocycles

情報有機化学特論
Cheminformatics
Chemistry

コーティング 相分離 ポリマーフィルム 乾燥
山村 方人
Thin Liquid Film Coating, Phase Separation,
YAMAMURA Masato
Polymer Film, Drying

化学工学概論Chemical Engineering
Exercise
工業反応装置特論
Advanced Chemical
Reaction Engineering

in

吉田 嘉晃
YOSHIDA Yoshiaki

高分子化学 有機合成 有機機能材料 環境調和型高分子
機能性高分子化学特論
Polymer Chemistry, Organic Synthesis, Functional
Functional Polymers
Organic Materials, Sustainable Polymers

渡辺 真仁
WATANABE Shinji

物性理論 磁性 超伝導 量子輸送現象 量子多体系
強相関電子系
Condensed Matter Physics Theory, Magnetism,
Superconductivity, Quantum Transport Phenomena,
Quantum Many Body System,
Strongly Correlated Electron System

27

Organic

物性物理学特論
Advanced Solid State Physics

9.

マテリアル工学コース<Materials Science and Engineering Course>【教育コースの概要】

Outline of Education Course

教育コース

概

Education Course

要Outline
材料の持つべき物性を満足する構造を決める「物性最適化」と，そのような構造を合成するための「合成最適化」に関する学問体系を核とした基礎分野の上に成り立ち，実際に新規金属材料やセラミックスなどの開発を行うことができる高度な実験並びに専
門技術を修得できるようカリキュラムを編成している。
また，材料科学工学の深化・細分化・応用拡大が急速に展開される現代の社会情勢に対応するため，「１．材料の構造・性質，２．材料の機能・設計，３．材料のプロセス」の３本柱を中心にして，“実践的な材料開発・応用ができる研究者，高度専門技術者のマテリアル工学育成”を目指した教育研究を行う。

コース

Building on the basic areas defined by the academic framework relating to physicalMaterials

properties optimization, which determines the structure that satisfies the necessary

Science andphysical properties of a material, and Synthesis Optimization for synthesizing theseEngineeringkinds of structures, we have built a curriculum that allows students to acquire

Courseknowledge of sophisticated experiments as well as the expertise to develop materials
such as new metals or ceramics.
Moreover, to respond to the current state of society where fragmentation, and the
expansion of the range of applications in materials science engineering areprogressing fast, we conduct education and research centered around three pillars—
1) materials structure/properties, 2) materials function/design, and 3) materials
processing—thus aiming to “nurture researchers and highly expert engineers whoare capable of practical material development and application.”【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
担当教員
Faculty Members

石丸 学
ISHIMARU Manabu

研究内容（キーワード）
Research Fields （Keywords）
量子ビーム技術 構造解析
透過電子顕微鏡 シミュレーション
Quantum Beam Technology, Structure Analysis,
Transmission Electron Microscopy, Simulation

溶接 継手強度 溶接変形 熱伝導北村 貴典
Welding, Joint Strength, Welding Deformation,
KITAMURA Takanori
Heat Conduction
制野 かおりSEINO Kaori

担当授業科目
Course Titles

極微構造解析学特論
Advanced Structure Analysis

溶接力学特論
Welding Mechanics

計算物質科学 表面物理 半導体工学 ナノ構造
材料ナノシミュレーション特論
Computational Materials Science, Surface Physics, Advanced Nano-material
Semiconductor Physics and Devices, Nanostructures
Simulation28

高須 登実男
TAKASU Tomio

素材プロセス 材料リサイクル 金属製錬
廃棄物処理プロセス開発と制御
Materials Processing, Materials Recycling,
Metallurgical Extraction and Refining,
Development and Control of Waste Treatment Processes

材料反応速度特論
Advanced Reaction
Kinetics in Materials
Processing

材料・プロセス設計 状態図 相平衡 相変態
徳永 辰也
Materials Design and Processing, Phase Diagrams,
TOKUNAGA Tatsuya
Phase Equilibria, Phase Transformations

材料相変態特論
Phase Transformationsin Materials

物性理論 第一原理計算 多体摂動論
低エネルギー有効模型導出
強相関電子系
Condensed Matter Theory, First Principles Calculation,
中村 和磨
NAKAMURA Kazuma Many-Body Perturbation Theory,
Ab Initio Derivation of Effective Low-energy Model,
Strongly Correlated Electron System

固体物理学特論
Advanced Solid State Physics

機能性材料
堀部
HORIBE陽一
Yoichi

美藤 正樹
MITO Masaki

本塚 智
MOTOZUKA Satoshi

材料物性

結晶構造

相転移

電子顕微鏡

Functional Materials, Physical Properties,
Crystal Structure, Phase Transitions,Electron Microscopy
超伝導 ＳＱＵＩＤ 精密磁気測定 超高圧実験
磁性ナノ粒子 超音波活性Superconductivity,
Superconducting Quantum Interference Device,
Precise Magnetic Measurement,
High-Pressure Experiment,
Magnetic Nanoparticles, Shear -Wave Activity

量子物性特論
Quantum Condensed Matter

粉体工学 メカノケミストリー 集合組織
Powder Technology, Mechanochemistry,
Texture, Interface

粉体プロセス特論
Powder Technology

界面

異種金属接合 レーザ加工処理 表面改質
改質層の特性評価
山口 富子
Dissimilar Metal Joining, Laser Processing,
YAMAGUCHI Tomiko
Surface Modification,
Characterization of the Modified Layer
横山 賢一
YOKOYAMA Kenichi

構造相転移学特論
Advanced Structural Phase
Transition

表面改質工学特論
Surface Modification

環境材料強度学特論
材料強度 環境材料 生体材料 破壊
Environmental Degradation
Strength of Materials, Corrosion, Biomaterials, Fractureof Materials

29

＜Doctoral Program＞

Ⅱ．博士後期課程
工学専攻＜Department of Engineering＞

工学専攻は，「ものづくり」を基盤とした最先端科学技術分野における高度な知識を有し，その科学技術
社会への波及効果を十分に理解していることに加え，複数の専門分野の知識を身に付け，問題解決能力，独創力，創造性及び実践的技術者としての必要な資質を持ち，イノベーションを創出できる能力を有する人材を養成する。さらに，グローバル化する社会の中で，異文化を理解し多文化環境下で新しい価値を生み出す能力を持ち，かつ，リーダーシップを発揮できる人材を養成する。
そのために，複数の専門領域の学識と実務に使えるコミュニケーション力・マネージメント力を身につけさせるよう総合的な教育研究を行う。

The Graduate School of Engineering offers opportunities to research in multiple fields with a set ofcourses for expertise, communicative skills and leadership management. In order to develop
students' knowledge and abilities, the Graduate School focuses not only on fundamental and up-todate knowledge in the related engineering fields so that students can envision its impact andinfluence on society, but also on the mastery of several engineering fields which contributes to thecreation of innovative technologies. Students should, thus, acquire the leadership skills based oncross-cultural understanding that, in turn, can provide new values in various multiculturalenvironments.
【教育コースの概要】

Outline of Education Courses

教育コース

概

Education

要

OutlineCourses

心豊かな生活空間を創造するための建築・都市空間に対する計画やデザイン，および安全で快適な建築物を実現するための構造設計，建築環境，建築施工などの技術に建築学コースArchitecture
Courseついて教育研究を行う。
This course conducts education and researches on architectural planning anddesign of buildings or urban areas, in which affluent human living spaces are
created. In addition, education and research about the architectural technology ofstructural design, environmental design or constructions, etc. by which buildings
supporting safe and comfortable living are realized, are also conducted.

30

「社会基盤施設に関するもの創りをベースとして，都市の再生，さらには都市の持続や自然災害に対する防災システムなど，都市の安全・安心に関わる技術」と「調和国土デザイン

の取れた環境デザインを目標として，日常生活における環境問題を克服し，次世代にコース

安全で潤いのある生活空間を提供するための技術」について教育研究を行う。

Civil

This course conducts education and researches on “Civil Engineering Technology

Engineeringof social infrastructure facilities which covers urban regeneration, sustainability

Courseand disaster prevention system” and “Environmental Design that takes into
account the development, conservation and regeneration of cities and regions toprovide the next generation with a safe, secure and sustainable society”.
種々の動的な装置には，高性能化，小型化，高知能化技術，あるいは人間に優しいなどの特性が要求される。本コースではこのような要求にこたえるために，制御工学，
知能工学，計測工学，電気工学および機械工学などからなるメカトロニクスを中心と知能制御工学した教育研究を行う。

コース

Various machines are commonly expected to be designed to possess state-of-the-Controlart technologies such as higher performance, smaller size, artificial intelligence

Engineering

technologies, and even human-friendly features.

CourseThis course provides students with a graduate program focused onmechatronics, which encompasses control engineering, artificial intelligence,
instrumentation engineering, electrical engineering, and mechanicalengineering.
今後も新しい「ものづくり」の中心的役割を担うのが機械工学である。本コースでは，宇宙システム工学コースと連携して，１)材料に要求される様々な機能・強度を実現するための各種新素材や機能材料の力学的挙動の解明と機能発現・強度評価，２)機
械や装置の生産に関係する加工現象解析，加工装置の性能向上，設計から生産に至る
情報処理やそれを統合するシステム技術，３)熱流体エネルギーの変換と高効率利用，
熱流体・粒子間の力学的相互作用によって発生する諸現象の解明と応用を核とした教育研究を行い，幅広い視野を持つエンジニアを養成する。

機械工学コース

Mechanical engineering plays a central role in new products manufacturing

Mechanical(“Monozukuri”) at all times. This mechanical engineering course is performed inEngineeringcollaboration with the space systems engineering course. The education andCourseresearch provided in the course aims at training engineers with broad horizons
based on the following:
1) Study of mechanical behavior of advanced materials and functional materials
so as to choose the most adequate material with regards to customer’s
requirements, such as functionality and strength.
2) Study of production process analysis of machines and products, highperformance of manufacturing equipment, and information and its integrated
system technology from design to production.

313) Study of energy conversion of heat transfer, fluid dynamics, and highperformance systems, as well as the study of mechanical interaction phenomena
between particles.
宇宙システムに代表される複雑な工学システムを，機械工学、電気工学を軸として
宇宙システム工学
コース
Space Systems
Engineering
Course構築できる素養を身につけるために，基礎となる機械工学、電気工学の知識をシステ
ム工学・プロジェクト管理の観点で組み合わせることで，宇宙システムに関する種々の技術課題について教育研究を行う。
This course offers education and researches on various technical issues related tospace systems, aiming to train a mechanical engineer and an electrical engineer tobe able to establish complex system represented by a space system, through theperspectives of systems engineering and project management.
巨大エネルギーシステムから分散型電源・自動車・宇宙に至るまで，これからの環
境調和高度エネルギー社会をインフラとして支える電気エネルギーの発生・輸送・消費・貯蔵，および超高速･超高密度情報記録，高出力素子から固体照明まで，次世代の電子デバイスと，半導体を柱にしたデバイス材料の開発と応用，デバイス化プロセス，

電気エネルギー
工学コース
ElectricalEngineering
Course新機能デバイスの開発に関する様々な技術課題について教育研究を行う。
The course provides the highest level engineering education and research
projects based on the multi-disciplinary approach over the electric energy
management technology and electronic device technology toward future green
society, covering a variety of industry segments including, power electronics,
large scale energy system, decentralized power source, automotive andspacecraft. The course addresses innovative technological issues related tomaterial, design, production process, assembling and applications of electronic
devices together with generation, transport, consumption and storage of electricenergy.
ディジタルテレビ，携帯電話，自動車の電子制御ユニットなど，マイクロプロセッ
サを組み込んだ高度な電子システム製品が多くなっている。
本コースでは，アナログ・ディジタル回路，プログラミングなどの基礎技術から，

電子システム工学コース
Electronic
Engineering
Courseセンシング・制御技術，画像・音声信号処理技術，通信・ネットワーク技術などのシステム要素技術，およびこれらを統合するシステム化技術についての教育研究を行う。
All around us, there are various products using microcomputers such as a digital
televisions, mobile phones, and automobile electrical control units; the numberof these systems increases day by day. The Electronic Engineering course offers
an education concerning basic technologies such as an analog circuit, a digital
circuit, and programming. Furthermore, the course educates and studies theelement and system technologies concerning sensing, control, image processing,32

audio signal processing, telecommunication, and network technologies.
物質や材料の高度利用が要求される２１世紀の科学技術の要請に応えるために，常に目的に応じた新規な機能をもつ分子の合成，材料の開発が要求される。それと同時に，それらが示す機能を高度に制御していく手法も必要である。また，開発した材料等を利用するためのシステムやプロセスに関する知識も不可欠である。このような社会的要請に応え，高度な物質と材料の開発，システムの構築に対応できる学生を育成
応用化学コース
AppliedChemistry
Courseするため，応用化学を基盤とした幅広い教育研究を行う。
To meet the scientific and technological demands of the 21st century, which callfor the sophisticated use of substances and materials, there is an urgent need formaterials development and synthesis of molecules having functions relevant totheir intended applications. In addition, methods for the sophisticated control ofthese functions are also necessary. Furthermore, knowledge relating to thesystems and processes in which the developed materials can be used is essential.
To nurture students who can respond to the aforementioned demands anddevelop sophisticated substances and materials and build systems, we conduct awide range of education and research based on applied chemistry.
材料の持つべき物性を満足する構造を決める「物性最適化」と，そのような構造を合成するための「合成最適化」に関する学問体系を核とした基礎分野の上に成り立ち，
実際に新規金属材料やセラミックスなどの開発を行うことができる高度な実験並びに専門技術を修得できるようカリキュラムを編成している。
また，材料科学工学の深化・細分化・応用拡大が急速に展開される現代の社会情勢に対応するため，「１．材料の構造・性質，２．材料の機能・設計，３．材料のプロセス」の３本柱を中心にして，“実践的な材料開発・応用ができる研究者，高度専門技術

マテリアル工学
コース
Materials Scienceand Engineering
Course者の育成”を目指した教育研究を行う。
Building on the basic areas defined by the academic framework relating tophysical properties optimization, which determines the structure that satisfies
the necessary physical properties of a material, and Synthesis Optimization forsynthesizing these kinds of structures, we have built a curriculum that allows
students to acquire knowledge of sophisticated experiments as well as theexpertise to develop materials such as new metals or ceramics.
Moreover, to respond to the current state of society where fragmentation, andthe expansion of the range of applications in materials science engineering areprogressing fast, we conduct education and research centered around threepillars—1) materials structure/properties, 2) materials function/design, and 3)
materials processing—thus aiming to “nurture researchers and highly expert
engineers who are capable of practical material development and application.”33

【教員の研究内容，授業科目】 Research Fields and Course Titles of Faculty Members (Professors)
博士前期課程の【教員の研究内容，授業科目】を参照のこと。
なお，出願に関しては，指導を希望する教員に事前連絡を行い，研究テーマ及び学位取得までの研究計画について確認しておくこと。
Please refer to Master’s Program “Research Fields and Course Titles of Faculty Members (Professors)”.

In regard to their application, applicants are required to contact the professor they hope to study
under at Kyutech beforehand and then discuss their research topic and research plan for obtaining
the degree with him/her.

34

1. Number of Students to be Accepted
Refer to page 8 of the “Overview of Graduate School of Engineering” for details
on the above subject area of examination.

Number of Students
to be Accepted
Department

Department
ofEngineering

Subject Area of Examination

Area１

Architecture Course

Area２

Civil Engineering Course

Area３

Control Engineering
CourseArea４

Mechanical Engineering
CourseArea５Space Systems
Engineering Course

Area６

Electrical Engineering
CourseArea７

Electronic Engineering
CourseArea８

Applied Chemistry
CourseArea９Materials Science andEngineering Course

April
October2025
2024
admissions admissions

To Be
Confirmed

To Be
Confirmed* Depending on the situation of the April 2024 enrollment, for somesubject areas, there is a possibility that we do not give entrance
examination for October 2024 admission. For more information, pleasecontact us.

35

2. Qualification to Apply
Applicants who meet the following two requirements are qualified to apply for
the Special Admission.
Requirement 1: Applicants must be non-Japanese citizens and hold or will obtainthe legal resident status of “Student” from the Japanese authority.
Requirement 2: Applicants must meet at least one of the following conditions.
(Conditions)
1. A person who is expected to complete 16 (sixteen) years of education or
has already completed it outside Japan before entering to Kyutech.
2. A person who is expected to complete 16 (sixteen) years of correspondence/ distance education in Japan which is officially provided by a legitimate
educational institution registered and located outside Japan or has alreadycompleted it before entering to Kyutech.
3. A person, living in Japan, who has completed 16 (sixteen) years of education
provided by a foreign educational institution which is registered and locatedin Japan with specific acknowledgement by the Minister of Education,
Culture, Sports, Science and Technology Japan (MEXT).
4. A person who holds or is expected, before entering to Kyutech, to beawarded a bachelor’s or equivalent degree after completion of more than 3(three) year-long educational program (including correspondence/distanceeducation) provided by a university or an educational institution outside
Japan, which has been accredited by a national authority for recognition
which is officially recognized by the Minister of Education, Culture, Sports,
Science and Technology Japan (MEXT).
5. A person who is expected to complete 15 (fifteen) years of education or
has already completed it outside Japan with excellent academic records
which must be qualified through the individual screening of qualification of
application by the Graduate School of Engineering of Kyutech.
6. A person who is more than 22-years old by the end of March 2025 and isqualified as having as much academic capability as a student who holds abachelor’s degree through the individual screening of qualification of
application by the Graduate School of Engineering of Kyutech.

36

(Note) A person who have graduated or will graduate from Japanese universities inJapan is not qualified to apply for the Special Admission.
 A person who meets the above requirement 4 is requested to contact andinquire directly to the Administrative Office of the Graduate School ofEngineering ( koh-daigakuin@jimu.kyutech.ac.jp ), prior to the period for theindividual screening of qualification for application.
 A person who meets either 5 or 6 of the above requirements must submit anapplication form of Individual Screening of Qualification for Application.
(download from :https://www.kyutech.ac.jp/english/admissions/guidelines/tobata_master.html)
 Important schedule of screening of qualification to apply is as follows.

Applying

Submission Period for Individual

Notification of Screeningfor

Screening of Qualification

Results

October
2024

From April 23rd (Tue)until April 30th (Tue), 2024
From April 23rd (Tue)

April
2025

until April 30th (Tue), 2024
From September 20th (Fri)
until September 27th (Fri), 2024

37

May 10th (Fri), 2024

May 10th (Fri), 2024

October 4th (Fri), 2024

3. Online Registration Prior to Apply
Online registration must be completed ahead of time by using this link:

http://www.guide.52school.com/guidance/net-kyutech-g/eng/
The Online Registration Period
Applying for:
October 2024

Application Submission Period
From May 8th (Wed) until May 21st (Tue), 2024
From May 8th (Wed) until May 21st (Tue), 2024

April 2025
From October 3rd (Thu) until October 17th (Thu), 2024

4. How to Apply (Application Submission)
After completion of online registration, the following documents must be
submitted to apply.
Category

Document(1) Application
confirmation sheet(for submission)

Note
Print this out after you have finished the online
registration.
Prepare your photograph that meets the conditions
below, write your name and desired department on
its back, and paste it to the photo card. The

Printed(2) Photo card

photograph must be:i. the applicant’s upper body, frontal view without

documents

a cap/hat, and taken within three months;of theii. 4.5 (height) x 3.5 (width) cm; andonlineiii. clear image and resolution.

registration

If you are sending the necessary documents after
you have finished the online registration, print out
an address label from the online registration(3) Address label

website and paste it on an envelope (240 x 332
mm, also called K2 size in Japan). If you bring the
documents, address labels are unnecessary.
*If sending the documents from overseas, address
labels are unnecessary.

38

A certificate issued by the institution the applicant
attended. (Original or certified copy written ineither Japanese or English)<Notes>・

In case the applicant cannot submit the original
copy of certificate in Japanese or English fromthe school due to inevitable reasons, submit a(4) Certificate ofphoto copy of the certificate in Japanese or(Expected)

English which is duly certified by the school,

Graduation

Embassy / Consulate, or public notaries

Other

organization.

necessary・

documents

In case the certificate is issued only in theapplicant’s native language only other thanEnglish or Japanese, submit with a translation in
Japanese or English which is officially certified
by a public organization.

・ Submit official transcripts in Japanese or English
with the seal or signature of the authorized(5) Transcripts

person of the institution.
<Notes>・The same Notes as of above (4) <Notes>.

39

Applicants to Area 3 (Control Engineering Course)，
Area 4 (Mechanical Engineering Course ), Area 6(Electrical Engineering Course) and Area 7(Electronic Engineering Course) are required tosubmit a TOEIC Listening & Reading (hereinafter“TOEIC L&R”) score certificate or a TOEFL-iBT
score report. (A photocopy is not acceptable.)・A score certificate must be within two years
from the entrance examination date.

・A score certificate should have a photograph of
the applicant. (Without the photograph thecertificate is invalid.)・

Score certificates of TOEIC L&R IP and other
English proficiency tests such as COLLEGETOEIC and TOEFL-ITP are not acceptable.
(*However, a TOEIC L&R IP score certificate
may be acceptable if applicants, by submitting(6) Certificate of

proofs such as official requirements, prove that

English Proficiency

it is a compulsory test as part of their
university’s curriculum of English. *Online
TOEIC L&R IP test result is not acceptable.)・If both of TOEIC L&R score certificate and
TOEFL-iBT score report (and also TOEIC L&R IP
score with meeting above-said condition) aresubmitted, the higher one from equivalentscores will be adopted.

TOEIC Listening & Reading Test
For

the

TOEIC

Listening&

Reading

test

conducted in and after April 2023, a printed copyof your score sheet will be acceptable, as long as
it contains a readable QR code for verification.
We may verify the digital score certificate asnecessary.

40

TOEFL-iBT Test
"My Best Scores" of TOEFL-iBT is not acceptable
but"Test Date Scores" is acceptable. We only

accept the Test Taker Score Report (Original).

・For those who reside outside Japan and cannot
submit a Certificate of English Proficiency,
please consult with your desired supervisor inKyutech before application.

Attach a photo copy of the passport photo page.
(7) Copy of thepassport photopage・

For those who do not hold a passport and not
be able to submit Copy of the passport photo
page, please contact us before applying foradmission and ask for alternate solution.

(8) A copy of theresidence card or
special permanent

Applicants who reside in Japan must submit thisresident certificate

document.

or certificate ofresidence41

5. Application Period
Application must be completed by submitting all of the aforementioned
documents between the following application submission periods.

Applying for:
October 2024

Application Submission Period
From May 15th (Wed) until May 21st (Tue), 2024
From May 15th (Wed) until May 21st (Tue), 2024

April 2025
From October 10th (Thu) until October 17th (Thu), 2024

In order to complete the application, applicant must either send or bring theapplication documents during the Application Period to the following address:
Graduate School of Engineering Administrative Office
Kyushu Institute of Technology
1-1 Sensui-cho, Tobata-ku, Kitakyushu city, Fukuoka prefecture 804-8550,
JAPAN
E-mail koh-daigakuin@jimu.kyutech.ac.jp
Application submission counter will be open from 9:00am until 4:00pm (MonFri) for applicants bringing the application documents.
To send the application documents by post, the documents must be sent byregistered mail, EMS, or courier services (must have tracking feature) such as
FedEx, DHL, etc. Be sure to write “Application Document” in bold red color on
the front side of the envelope so that it is easily recognized.

42

6. Entrance Examination and Selection
Successful applicants are selected based on the evaluation of submitted
documents and the results of entrance examination such as oral exam, andinterview as listed below.
Department

Area (Course)

Examination

Area １

Architecture Course

Interview

Area ２

Civil Engineering Course

Interview
Interview including oral

Area ３Control Engineering Course

exam for Mathematics
and Control Engineering

Area ４
Department of Area ５
Engineering

Mechanical Engineering Course
Space Systems Engineering
CourseInterview
Interview

Area 6

Electrical Engineering Course

Interview

Area 7

Electronic Engineering Course

Interview

Area 8

Applied Chemistry Course

Interview

Area 9Materials Science andEngineering Course

Interview See the note below.

Area 3, 4, 6 and 7(Note)

 Applicant’s English language proficiency will be evaluated based on thesubmitted score of either TOEIC L&R or TOEFL-iBT test [refer to the section 4.
(6) Certificate of English Proficiency].
 If multiple scores are submitted, the highest converted score in each
Examination Area will be used.
 If no score is submitted by the time of the application, the English language
proficiency will be evaluated as the minimum score determined by each
Examination Area.

43

7. Dates and Venues of Entrance Examinations
Applying for

Date

October

Venue

July 1st (Mon), 2024

2024

Tobata Campus,
July 1st (Mon), 2024

April
2025

Kyushu Institute of Technology

November 23rd (Sat), 2024

*Note: The exact time will be notified on website after the download date of theexamination card.（https://www.kyutech.ac.jp/examination/e-information.html）*Examination card:
You can download an examination card starting from the dates listed below.
Go to the online registration website, log in to the application confirmation
screen by pressing the “Confirm application” button, print out yourexamination card on 8 1/2 x 11’ (A4) paper, and bring it on the day of theexamination. Note that the university will not send you any examination cards.
You may refer to the Online Application Manual by following link for further
information on how to print out the examination card.
(https://www.kyutech.ac.jp/english/admissions/gs-internet-application.html)

Applying forStart date of examination card download

October 2024

From 10 AM, June 12th (Wed), 2024
From 10 AM, June 12th (Wed), 2024

April 2025
From 10 AM, November 8th (Fri), 2024

8. Announcement of the Entrance Examination Result
Applying forAnnouncement Time and Date (JST)October 2024

10 AM, July 10th (Wed), 2024
10 AM, July 10th (Wed), 2024

April 2025
10 AM, December 4th (Wed), 2024
*Examinee’s numbers of successful applicants will be posted on this Institute’s

44

website（http://www.kyutech.ac.jp/), and a written Notification of Acceptancewill be sent by mail.

9. Enrollment Procedures
Enrollment procedures are planned to take place in late September for October
2024 admission and in middle of March 2025 for April 2025 admissions. The
details will be informed to successful applicants.
Fees to be paid during enrollment procedures:
1. Entrance fee: \282,000 (tentative)(*Note that Japanese Government Scholarship (MEXT) Students are notrequired to pay the entrance fee.)
2. Research Accident Insurance: \1,750 (tentative)
3. Support Club Fee: \10,000 (tentative)
4. Comprehensive Insurance for Students Lives Coupled with
"Gakkensai": \２５，３４０ (tentative)〔Reference〕
Tuition fee（After admission）: \267,900 per semester (tentative)\535,800 per year (tentative)* Note that if the tuition fee is raised after the student enters this Graduate
School, he or she is required to pay the new fee.
* Japanese Government Scholarship (MEXT) Students are not required to pay
tuition fee.

１０． Important NoticeA) Examination Card must be carried with applicants during the entrance
examination. It will be also required for the Enrollment Procedures.
B) Application and documents submitted are not changeable or returnable toapplicants.
C) Examination fee is not refundable despite of cancellation or no-show.
D) Applicants who need special care and support during the entrance

45

examination should inform to and consult with the Administrative Officewhen submitting applications in order to have special assistance.
E) Incomplete application documents may not be accepted.
F) Applicants who are found to have made false statements in the submitted
documents

may

have

their

acceptancerescinded

even

after

the

announcement of successful applicants.
G) Search a potential supervisor who conducts research in a specific field you
are interested in on the Kyutech website before applying. Contact thesupervisor by e-mail to discuss opportunities for you to participate in thelaboratory. In your e-mail, please include your academic backgrounds andyour research topics. Before applying for admission to Kyutech, please
discuss fully with the supervisor to see if your research topics correspondto the supervisory competences.
H) This English version is a translated version of original Japanese Guidelines,
and if there are any discrepancies between English-translated version andJapanese original version, Japanese original version shall prevail.

１１． Privacy Policy
All personal information obtained by the university through the admissions
process and on the documents submitted at the time of admission procedures
will be used for the following purposes.
A) Work related to entrance exams and admission procedures.
B) Work related to academic affairs (student register management, academic
guidance, curriculum improvement, etc.).
C) Work related to student support (health management, admission fee waiver,tuition fee waiver, deferment of admission fee payments, scholarships,
career support, etc.)
D) Survey and research on entrance exams and the improvement of university
education. However, when presenting the results of the survey/research,
the individual will be treated in such a way that any individual cannot be
identified.
E) Other work related to statistics in a format that does not disclose theidentity of the individual.

46

* Some of the work may be performed by outside contractors commissioned by
Kyutech.
* Personal information obtained will be handled appropriately in accordancewith the "Act on the Protection of Personal Information" and the University's
regulations.

１２． Security Export Control
Kyushu Institute of Technology has established the “Kyushu Institute ofTechnology Security Export Control Regulations” in accordance with the“Foreign Exchange and Foreign Trade Act”, and rigorously screens potential
international students on the basis of these regulations. International
applicants who fall under any of the conditions set out in said regulations may
be unable to enter their desired course or program.
For more details:
http://www.kyutech.ac.jp/english/admissions/security-export-control.html

１３． Special Course for International Students
Kyutech has Special Course for International Students. Please check thewebsite for details.
(https://www.tobata.kyutech.ac.jp/gr-school/gra-program/)47

１４． Flowchart of application procedure using the Internet
After checking the information necessary for applicants, such as the required
qualification, application period, application procedure, selection process, andthe date of examination, you should follow the procedure below to apply to theuniversity.
① Registration of Application Information
From a device connected to the Internet, register the necessary information(examination category, your desired departments and areas, your desired
advisors, personal information, etc.) following the on-screen instructions.
[Confirmation and Modification of Application Information]
Check the information you registered.
You can print out documents for confirmation.
② Paying entrance examination fee
Pay the entrance examination fee (30,000 Japanese yen) + Service Chargeusing one of the payment methods below.
Payment methods: credit card, convenience store, bank ATM (Pay-easy),
Internet banking*Payment from outside of Japan can only be done by credit card.
③ Printing out the registered application documents
Print out the online registration (part of the application documents) including
the “Application confirmation sheet (for submission)” and the “Photo Card”.
④ Sending or bringing the application documents
The applicants must send or bring the “printed matter of the online
registration (documents you printed out in Step ③)” and “other necessary
documents” to the Administrative office of Kyushu Institute ofTechnology within the application period.

48

The following are the main items (other than Internet access) you need toprepare for the online registration.
A. Password
Any applicant who comes under any of the following must have a password
to start online registration. Once the application is determined, make sure
to notify the Graduate School of Engineering Administrative Office (kohdaigakuin@jimu.kyutech.ac.jp) by e-mail (*Phone not available) to obtain
the password.
1. Applicants for Special Admissions for International Students
2. Japanese Government (MEXT: Ministry of Education, Culture, Sports,
Science and Technology) Scholarship Sｔｕｄｅｎｔｓ
3. Applicants for the entrance examination fee exemption who are victimsof the Noto Peninsula Earthquake in 2024, the torrential rain in July
2020, the torrential rain and typhoon No. 19 in 2019, the Hokkaido
Eastern Iburi Earthquake in 2018, torrential rain in July 2018, heavy rain
in northern Kyushu in July 2017, the Kumamoto Earthquake in 2016, or
the Great East Japan Earthquake* When contacting via email, please make sure to include the following
information in the email: the applicant's name, the examination category(Admissions for General Applicants, Special Admissions for Working People,
SpecialAdmissions

forInternational

Students,etc.),

thedesireddepartment/area, desired advisor (professor’s name), and which of 1 to 3
above you come under.

B. Payment method for the entrance examination fee
You may pay the fee at a convenience store, or by bank ATM (Pay-easy),
credit card, or Internet banking. * See the above Flowchart ②.
C. E-mail address
You may use an e-mail address of smartphones, cell-phones, or free e-mailaccount services. (We will send you e-mails to the address you registeredwhen the online registration is completed.)49

D. Printer that supports 8 1/2 x 11’ (A4) paper (either in black-and-white or
full color)
Using plain paper would be just fine. * See the above Flowchart ③.
E. “Other necessary documents” out of the documents listed on “How to Apply(Application Submission)”.
It may take time to prepare depending on the documents required.
* After you have finished the online registration, send or bring the documents.
The application is thereby completed. Keep in mind that if you fail to send orbring the necessary documents within the application period, the application
is incomplete (invalid registration).
* For other FAQs on the payment of the entrance examination fee and online
registration, please follow the below link to our online registration website.
The website contains Online Application Manual as well.

Online Registration Website:

http://www.guide.52school.com/guidance/net-kyutech-g/eng/

15. Changing the registered information
Once you have paid the entrance examination fee and sent/brought the
documents, you cannot change the registered information.
(If you have not yet pressed the “Registration” button on the payment method
confirmation screen for the entrance examination fee, you can change theregistered information at the online registration website. If you have alreadypressed the button, but the payment is incomplete, you can change theinformation by starting a new registration. If you have already paid the fee,
but would like to change the information before sending or bringing thenecessary

documents,

confirm

the

check

fieldsofthe“Application

confirmation sheet (for submission)” that you can print out after the Internet
registration.)50