1 総合化学特別 研究第一[R esea rch in Chemical Sciences and Enginee ring I]

科目名 Course Title
総合化学特別研究第一[Research in Chemical Sciences and Engineering I]
講義題目 Subtitle
責任教員 Instructor
総合化学院代議員 (大学院総合化学院)担当教員 Other Instructors
Provided by supervisor
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
期間 Semester
Full Year
単位数 Number of Credits
4
授業形態 Type of Class
Experiment
対象年次 Year of Eligible Student
1～3
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQUI 7001
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Chemical science and engineering, science, engineering, thesis writing
授業の目標 Course Objectives
Conduct specific research under the guidance of supervisors to acquire ability to solve problems about chemistry and write
research papers.
到達目標 Course Goals
Acquire ability to solve specific problems using various knowledge and logical reasoning and write research papers.
授業計画 Course Schedule
Search specific subjects about chemistry, conduct research on them with highly expertized manner, and publish the results as
research papers.
準備学習 (予習・復習)等の内容と分量 Homework
Continuous efforts are required for experiments, data analysis, preparation of presentation and writing research papers.
成績評価の基準と方法 Grading System
Evaluation is based on the interim presentation, research activities in laboratory, published research papers during the doctor
course.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
研究室のホームページ Websites of Laboratory
備考 Additional Information
The registration of this course is not required since the credit appraisal is made at the time of completion or withdrawal after
credit acquisition.

1 / 29

095092 総合化学 研究・指導法 [R esearch in Chemical Sciences and Engine ering III ]科目名 Course Title
総合化学研究・指導法[Research in Chemical Sciences and Engineering III]
講義題目 Subtitle
責任教員 Instructor
総合化学院代議員 (大学院総合化学院)担当教員 Other Instructors
Provided by supervisor
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
期間 Semester
Full Year
単位数 Number of Credits
2
授業形態 Type of Class
Seminar
対象年次 Year of Eligible Student
1～3
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7101
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Development and improvement of experimental techniques: teaching and research skills: presentation skills: Chemical English
授業の目標 Course Objectives
Graduate course students are requested to play leaderships in both teaching and research. This course examines how tomanage research experiments and to present student's achievements in Japanese and English. Also, the course examines how
to gain teaching skills and abilities.
到達目標 Course Goals
Through the course, students will be able to- get abilities on development and/or improvement of experimental techniques and equipment- get high teaching and research skills- get high presentation skills in both Japanese and English- play leadership in each research field and teaching
授業計画 Course ScheduleOn the basis of evaluating the teaching and research achievements of each student, the course offers on-the-job-training to- get abilities in development and/or improvement of experimental skills and/or experimental equipment- get high oral and poster presentation skills- get speaking, hearing, and writing abilities in English- get high teaching and research skills- play leaderships in both research and teaching
準備学習 (予習・復習)等の内容と分量 Homework
Preparatory works for laboratory experiments
成績評価の基準と方法 Grading System
Evaluate based on total attitudes in teaching (50%), experimental and scientific achievements (50%).
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
研究室のホームページ Websites of Laboratory
備考 Additional Information

2 / 29

095111 先端総合 化学特論Ⅰ [Moder n T rends in Chemical Sciences a nd Enginee ring I] 総合化学 特論Ⅰ[Mo dern Tren ds in P hysical and Ma terial Chemist ry]

科目名 Course Title
講義題目 Subtitle
責任教員 Instructor
担当教員 Other Instructors

先端総合化学特論Ⅰ[Modern Trends in Chemical Sciences and Engineering I]
総合化学特論Ⅰ[Modern Trends in Physical and Material Chemistry]
島田 敏宏 [SHIMADA Toshihiro] (大学院工学研究院)
HARADA Jun (理学研究院), KOBAYASHI Atsushi (理学研究院), FUSHIMI Koji (工学研究院), MASUBUCHI Yuji (工学研究院), KITAGAWA Yuichi (工学研究院), TOYAO Takashi(触媒科学研究所), WAIZUMI Hiroki (工学研究院), KITANO Sho (工学研究院)

科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095111
1～

CHEM_REQEL 7111
1 対面授業科目《対面のみ》

キーワード Key Words
molecular materials, ferroelectrics, metal complexes, corrosion, electrochemistry, inorganic materials, ceramics, optofunctional materials, heterogeneous catalysts, 2D semiconductors, chemical sensors, nanomaterials
授業の目標 Course Objectives
This course is intended to provide cutting-edge research topics on physical and materials chemistry. The topics include
molecular ferroelectrics, metal complexes with various functions, observation of detailed surface processes in electrochemistry,
inorganic materials, opto-functional materials, heterogeneous catalysts, 2D semiconductors as sensors, chemo-functional
nano-materials.
到達目標 Course Goals
Through a series of lectures, students understand various fields of chemistry and are expected to expand their horizons.
授業計画 Course Schedule
Detailed schedule will be informed one month before the start of this course.
List of lecture titles in this course:
・Molecular ferroelectrics
・Coordination chemistry for solar-fuel production
・Detailed analysis of electrode reactions on practical material surfaces using modern electrochemical methods
・New functional ceramics and inorganic materials - structure and properties
・Photofunctional lanthanide complexes designed through quantum chemistry
・Heterogeneous catalysis research using machine learning
・Chemical sensors with atomically thin two-dimensional semiconductors
・Chemical and catalytic functions of composite materials studied with in situ electrochemical spectroscopy
準備学習 (予習・復習)等の内容と分量 Homework
Students will be required to submit reports after the lectures.
成績評価の基準と方法 Grading SystemStudents are required to attend at least 70% of the lectures. Evaluation as pass/fail will be based on the submitted reports.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G058
研究室のホームページ Websites of Laboratory
備考 Additional Information

3 / 29

095112 先端総合 化学特論Ⅰ [Moder n T rends in Chemical Sciences a nd Enginee ring I] 総合化学 特論Ⅱ[Mo dern Tren ds in Organic Chemistry and B iological Chemistry ]科目名 Course Title
講義題目 Subtitle
責任教員 Instructor
担当教員 Other Instructors

先端総合化学特論Ⅰ[Modern Trends in Chemical Sciences and Engineering I]
総合化学特論Ⅱ[Modern Trends in Organic Chemistry and Biological Chemistry]
鈴木 孝紀 [SUZUKI Takanori] (大学院理学研究院)
TANINO Keiji (理学研究院), MITA Tsuyoshi (ICReDD), KAMADA Rui (理学研究院),
SHIMIZU Yohei (理学研究院), ISHIYAMA Tatsuo (工学研究院), YAMAMOTO Takuya (工学研究院)

科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095112
1～

CHEM_REQEL 7111
1 対面授業科目《対面のみ》

キーワード Key Words
Physical Organic Chemistry, Organic Synthesis, Organic Reaction, Organic Transformations, Biological Chemistry, Polymer
Chemistry
授業の目標 Course Objectives
The progress in the fields of organic chemistry and biochemistry is remarkable. In this course, you will learn the basic concepts
necessary for understanding research in the fields of advanced organic chemistry and biochemistry, give an overview of thelatest trends, and then learn about cutting-edge research results. You will discuss various topics in organic chemistry andbiochemistry research. The goal is to be able to write reports that include suggestions for your own ideas on cutting-edgeorganic and biochemical research.
到達目標 Course Goals
1. You can explain the basic concepts needed to understand advanced organic chemistry and biochemical research.
2. You can explain an overview of cutting-edge organic chemistry and biochemical topics.
3. You can discuss among students with different backgrounds.
4. You can make research proposals that incorporate your own ideas.
授業計画 Course Schedule
1. Guidance(Suzuki)
2. Advanced organic synthetic chemistry (Tanino): Carbocycles, Ring Strain, Ene-diyne
3. Advanced computational reaction chemistry (Mita): Radial reaction, Carbon dioxide, Computational chemistry
4. Advanced bioorganic chemistry (Minami): Sugar chemistry, Glycosyltransferase
5. Advanced life chemistry (Kamada): Biochemistry, Innate immunity
6. Advanced organic reaction chemistry (Shimizu): Catalysis, Chemoselectivity
7. Advanced organic transformation chemistry (Ishiyama): Transition metal-catalyst, borylation, diboron
8. Advanced polymer chemistry (Yamamoto): Polycyclic polymer, Supramolecular chemistry, Self-organization
準備学習 (予習・復習)等の内容と分量 Homework
In this course, you will be given an assignment each time. You choose two assignments and submit an answer (report) by the
specified date.
成績評価の基準と方法 Grading System
You will be evaluated by learning attitude (20%) and two submitted reports (80% in total). You will be given assignment by
instructors each time, among which you choose two assignments to submit. Attendance of 70% or more classes is the minimum
condition to evaluate a student.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G045
研究室のホームページ Websites of Laboratory
備考 Additional Information

4 / 29

095121 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Molecula r Chemist ry and Engineering I - 2024 [Leading and A dvanced Molecula r Chemist ry and Engineering I - 2024 ]科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Molecular Chemistry and Engineering I - 2024[Leading and Advanced
Molecular Chemistry and Engineering I - 2024]
伊藤 肇 [ITOH Hajime] (大学院工学研究院)
Andrei K. YUDIN (University of Toronto), KUBOTA Koji (工学研究院)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095121
1～

CHEM_REQEL 7121
2 対面授業科目《一部遠隔》

キーワード Key Words
organic chemistry, organic synthesis, mechanochemical synthesis
授業の目標 Course Objectives
Organic chemistry is a field of study that is important for the effective use of resources and for supporting people's
comfortable and healthy lives. In this lecture, leading researchers from abroad and Hokkaido University will give intensive
lectures on organic chemistry fields that have been developed remarkably recently and will be useful for students to haveknowledge in the future. The courses will cover new synthetic reagents, peptide conformation, and mechanochemical organic
synthesis.
到達目標 Course Goals
After the completion of this course, you will be able to know concepts and recent progress in new synthetic reagents, peptide
conformation, and mechanochemical organic synthesis.
授業計画 Course Schedule
Course Schedule (the order of the following lectures is subject to change)
1. Mechanochemical organic synthesis I
2. Mechanochemical organic synthesis II
3. Structure and conformation of small molecules
4. New synthetic reagents with multiple reactivities
5. Research proposal I
6. Research proposal II
準備学習 (予習・復習)等の内容と分量 Homework
Students will make proposal presentations and reports.
成績評価の基準と方法 Grading System
Grades are judged based on class attitude, presentations, and reports during the course.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G054
研究室のホームページ Websites of Laboratory
https://itogrouphp.eng.hokudai.ac.jp/en.html
https://sites.chem.utoronto.ca/yudinlab/content/andrei-yudin
備考 Additional Information

5 / 29

095122 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Molecula r Chemist ry and Engineering IIA - 2024[ Leading and A dvanced Molecular Chemis try an d Enginee ring IIA - 202 4]

科目名 Course Title
講義題目 Subtitle
責任教員 Instructor
担当教員 Other Instructors

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Molecular Chemistry and Engineering IIA - 2024[Leading andAdvanced Molecular Chemistry and Engineering IIA - 2024]
清水 研一 [SHIMIZU Kenichi] (触媒科学研究所)
Wenxiong ZHANG (Peking University), Congyang WANG (Chinese Academy of Sciences),
SON Tsui (触媒科学研究所)

科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095122
1～

CHEM_REQEL 7121
2 対面授業科目《一部遠隔》

キーワード Key Words
catalysis, chemical industry, biomass, organometallics, organic synthesis
授業の目標 Course Objectives
Modern society faces many problems such as global warming, energy crisis, and food problems that affect the survival of thehuman race. Chemistry is charged with the mission of finding ways to solve these problems and to protect the global
environment for the future. In particular, catalytic chemistry, which supports the modern chemical industry, is the key tosolving these problems. This lecture will focus on catalytic technologies for solving resource, energy and environmental
problems and catalytic chemistry essential for development of next generation chemical industry. The contents will be given byprofessors who are engaged in pioneering research on innovative catalysis based on new concepts and solid catalysts for thederivation of key chemicals from biomass. The course "Fundamentals and Applications of Catalytic Chemistry" will help
students develop the ability to solve modern problems and pioneer next-generation technologies.
到達目標 Course Goals
By the end of this course you will be able to understand
1. to understand principles about heterogeneous catalysis
2. to learn CO2 conversion using solid catalysts
3. to learn how to develop catalytic reactions for utilization of natural carbon resources
4. to learn how to develop nanomaterials for novel catalytic reactions
5. to learn fundamental knowledge of direct transformation of P4 or N2 into fine chemicals
6. to learn applications of transition metals in organic synthesis
授業計画 Course Schedule
1.Principals for design and characterization of heterogeneous catalysts
2.Application of heterogeneous catalysts for CO2 hydrogenation
3.Frontiers of catalyst research for utilization of natural carbon resources
4.Development of novel catalytic functions of nanomaterials
5.Activation and Transformation of White Phosphorus to Organophosphorus Compounds
6.Nitrogen Fixation: Fundamentals and Catalysis
7.The History, Current Status and Future of Rare-Earth Organometallic Chemistry
8.Titanium in Organic Synthesis
準備学習 (予習・復習)等の内容と分量 Homework
Students will be asked to write a report at the end of each lecture.
成績評価の基準と方法 Grading System
Grades will be judged based on active attendance records and reports at the end of each lecture.
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G055
研究室のホームページ Websites of Laboratory
備考 Additional Information

6 / 29

095123 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Molecula r Chemist ry and Engineering IIB - 2024[ Leading and A dvanced Molecular Chemis try a nd Enginee ring IIB - 20 24]

科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Molecular Chemistry and Engineering IIB - 2024[Leading andAdvanced Molecular Chemistry and Engineering IIB - 2024]
村越 敬 [MURAKOSHI Kei] (大学院理学研究院)
Yang-Hsiang CHAN (National Yang Ming Chiao Tung University)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095123
1～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
Fluorescence techniques, NIR-II emission, Organic dyes, Fluorescence-guided surgery, FDA-approved fluorescent dyes
授業の目標 Course Objectives
In this course, students will learn about the history and evolution of fluorescence technology. They will then delve into theoptical and chemical properties of fluorescent dyes from a molecular perspective. The course will introduce the most popular
NIR-II (1000-1700 nm) fluorescence technology of the past decade and discuss the current challenges scientists face indesigning and synthesizing NIR-II organic molecules. On the application front, the course will cover the distinctive imaging
advantages of NIR-II and its current applications in clinical surgery. Finally, the course will explore the future prospects offluorescence technology.
到達目標 Course Goals
The main objectives of this course are to assist students in: 1) Understanding the working principles of fluorescence imaging
technology, as well as its technical developments and limitations; 2) Grasping the design concepts of fluorescent molecules andtheir impact on optical properties; 3) Understanding the types of fluorescent dyes available in the market and future trends.
授業計画 Course Schedule
1. Introduction to fluorescent techniques
2. Design of bright organic fluorophores
3. Development of NIR-emissive dyes
4. The role of fluorescence technique in biomedical diagnosis
5. Current advanced of NIR-II fluorescence-guided imaging in clinical and future challenges
準備学習 (予習・復習)等の内容と分量 Homework
To read the basic parts of Physical and Quantum Chemistry textbooks at undergraduate level is highly recommended.
成績評価の基準と方法 Grading System
One final written exam will be given to students for the grading.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G056
研究室のホームページ Websites of Laboratory
備考 Additional Information

7 / 29

095124 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Molecula r Chemist ry and Engineering IIC - 2024[ Leading and A dvanced Molecular Chemistry and Enginee ring IIC - 2024]

科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Molecular Chemistry and Engineering IIC - 2024[Leading andAdvanced Molecular Chemistry and Engineering IIC - 2024]
村越 敬 [MURAKOSHI Kei] (大学院理学研究院)
ZeeHwan KIM (Seoul National University)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095124
1～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
Physical Chemistry, Nano-Optics, Plasmonics, Molecular Spectroscopy, Photo-Catalysis, Light-Harvesting
授業の目標 Course Objectives
This course aims to offer the students with the principle and application of modern spectroscopy, optical imaging, andphotochemistry enabled by light-field confined at nanometer scale. Students will learn (1) how to confine light to a few
nanometer scales, (2) how such a confined field interacts with molecules, and (3) the application of the interactions to physics,
chemistry, materials science, and bio-imaging. For the field confinement, we will primarily focus on the physics of field
confinement caused by plasmonic nanostructures and their validation. The application includes nanoscale spectroscopy at asingle-molecule regime, nano-scale chemical imaging, and plasmon-induced / enhanced photo-catalysis.
到達目標 Course Goals
The goal of this course is to help students (1) understand the quantum mechanics and optics of nanoconfined light-moleculeinteraction and (2) gain a general perspective on what is currently possible with the state-of-art spectroscopy, imaging, andphotochemistry techniques enabled by the nano-confined electromagnetic field.
授業計画 Course Schedule
1. Introduction: how to focus light to a nanometer scale and what it can do
2. Fundamentals: Molecular quantum mechanics and elementary electrodynamics of light
3. Fundamentals: Quantum mechanics of light-molecule interaction
4. Plasmonics of nanostructure: field enhancement and field confinement
5. Nano-scale molecular spectroscopy and imaging
6. Plasmon-induced and polaritonic chemistry
準備学習 (予習・復習)等の内容と分量 Homework
To read the basic parts of Physical and Quantum Chemistry textbooks at undergraduate level is highly recommended.
成績評価の基準と方法 Grading System
One final written exam will be given to students for the grading.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G057
研究室のホームページ Websites of Laboratory
備考 Additional Information

8 / 29

095125 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Chemical Enginee ring Th ermodynamics [Chemical Enginee ring The rmodynamics ]科目名 Course Title
先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
講義題目 Subtitle
Chemical Engineering Thermodynamics[Chemical Engineering Thermodynamics]
責任教員 Instructor
菊地 隆司 [KIKUCHI Ryuji] (大学院工学研究院)
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095125
期間 Semester
Intensive
単位数 Number of Credits
1
授業形態 Type of Class
Lecture
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7121
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Chemical Engineering Thermodynamics, Phase Equilibrium, Chemical Equilibrium, Material-Energy Conversion, Exergy
授業の目標 Course Objectives
Thermodynamics is lectured to utilize it in chemical engineering. Basic laws of heat phenomena are reviewed for advanced
applications. This lecture helps you understand that thermodynamics deals with conversion of materials and energy.
Preservation and loss of energy is lectured by introducing a concept of “exergy”. You can learn the quality of energy isexpressed in terms of exergy, and energy/material conversion systems are to be analyzed to minimize exergy loss for designingclean energy systems. Fuel cell systems and hydrogen production processes are used as examples for exergy analysis.
到達目標 Course Goals
You can extend basic knowledge on thermodynamics in small closed systems to large open systems such as reactors, power
plants, and chemical plants. You can understand the concept of exergy, that is, exergy quantifies the available amount ofenergy based on environmental conditions, and learn the method to calculate exergy for respective energy forms. You can also
learn to express exergy losses accompanied with energy conversion by using energy conversion diagram.
授業計画 Course Schedule
First half of this course you will review and expand the concept of chemical thermodynamics to chemical engineering
thermodynamics. Second half you will learn the concept of exergy, calculation procedure of exergy, and drawing of energy
conversion diagram.
1. World trends regarding hydrogen and energy, introduction to hydrogen production
2. Basic concept of chemical engineering thermodynamics, chemical thermodynamics, energy balance in closed and flow
systems, energy balance of chemical processes
3. Ideal gas and real gas, compression and expansion
4. Chemical equilibrium, equilibrium of heterogeneous reactions
5. Introduction to exergy concept, exergy change in energy conversion, energy diagram for energy conversion
6. Calculation procedure for exergy of various energy forms
7. Exergy for mixing and separation processes, synthesis of process systems
8. Exergy analysis of conversion processes in chemical engineering
準備学習 (予習・復習)等の内容と分量 Homework
It is required to study physical chemistry for preparation for the class. Materials are distributed for each class. Homework is
assigned every class to well understand the course content. Unit of class is 1, which corresponds to 45 hours study. By
considering total time of class, additional study of 3.6 hours is necessary before and after each class.
成績評価の基準と方法 Grading System
Grade will be evaluated based on the grades of small questions and report assignments assigned during the lecture. The
evaluation is based on 40% of the small questions and 60% of the report assignments.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
必要な教材は毎回配布する。参考書は，講義指定図書のとおり。
Handout made by the instructor will be delivered.
講義指定図書 Reading List
熱力学（基本の理解と応用）／石田愈：培風館，1995
演習化学工学熱力学（第 2 版）／大竹伝雄・平田光穂：丸善，1991
エクセルギー工学／吉田邦夫編：共立出版，1999
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G061

9 / 29

研究室のホームページ Websites of Laboratory
https://apchem.eng.hokudai.ac.jp/en/lab/chemical-system-engineering/
備考 Additional Information

10 / 29

095126 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Sepa ration P rocess Engine ering I [Sepa ration P r ocess Enginee ring I]

科目名 Course Title
先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
講義題目 Subtitle
Separation Process Engineering I[Separation Process Engineering I]
責任教員 Instructor
向井 紳 [MUKAI Shin] (大学院工学研究院)
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095126
期間 Semester
Intensive
単位数 Number of Credits
1
授業形態 Type of Class
Lecture
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7121
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Porous Materials, Adsorption
授業の目標 Course Objectives
In this course, you can learn the basic principles of separation processes with a particular focus on processes using porous
materials such as adsorption.
到達目標 Course Goals
By the end of this course, a successful learner will:
1. Understand the mechanisms which cause adsorption
2. Understand methods to obtain adsorption isotherms, and become able to describe the characteristics of the material from its
isotherm
3. Understand general adsorption theories and adsorption equations, and become able to analyze adsorption isotherms usingthem
授業計画 Course ScheduleThis course will be held as an in-person class at Sapporo Campus.
1. Overview of Adsorption Phenomena and Adsorbents
2. Adsorption Phenomena
3. Typical Adsorbents and Their Production Processes
4. Adsorption Mechanisms
5. Adsorption Isotherms
6. Adsorption Theories and Adsorption Equations (Henry Equation, Freundlich Equation, Langmuir Equation)
7. Adsorption Theories and Adsorption Equations (BET Equation)
8. Examination
準備学習 (予習・復習)等の内容と分量 Homework
Students are encouraged to read relevant materials ahead of time and review what they have been taught, especially thecontents of quizzes after classes to deepen their understanding.
成績評価の基準と方法 Grading System
The attendance rate must be over 70% to be qualified to take the final project. Evaluations will be made based on (1) learning
attitude (20%), (2) quiz scores (20%) and final examination scores (60%). Quizzes will be used to evaluate the level ofunderstanding of each class and examinations will be used to evaluate the achievement level of this course.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G059
研究室のホームページ Websites of Laboratory
備考 Additional Information
Prerequisite courses include undergraduate-level
thermodynamics, and separation processmathematics,

11 / 29transport

phenomena,

thermodynamics,

statistical095127 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Sepa ration P rocess Engine ering II [Sepa ration P r ocess Enginee ring II]

科目名 Course Title
先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
講義題目 Subtitle
Separation Process Engineering II[Separation Process Engineering II]
責任教員 Instructor
荻野 勲 [OGINO Isao] (大学院工学研究院)
担当教員 Other Instructors
Ron C. Runnebaum (University of California, Davis)
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095127
期間 Semester
Intensive
単位数 Number of Credits
1
授業形態 Type of Class
Lecture
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7121
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Porous Materials, Adsorption, Membrane Separation, Chromatography
授業の目標 Course Objectives
To understand the basic principles of separation processes with a particular focus on processes using porous materials such as
adsorption and membrane separation.
到達目標 Course Goals
1. Understand the roles of separation operation in industrial processes
2. Understand the classification of separation processes in terms of rate and equilibrium
3. Deepen understanding on thermodynamics and transport phenomena relevant to the design of separation processes
4. Understand the fundamental principles of industrial adsorption and membrane separation processes and perform basic designof these processes
5. Perform the basic design of devices and products equipped with adsorption and membrane-separation functions
授業計画 Course Schedule
1. Roles of industrial separation processes
2. Thermodynamics and transport phenomena relevant to separation processes
3. Adsorption process
4. Case study 1
5. Case study 2
6. Membrane separation process
7. Case study 3
8. Project
準備学習 (予習・復習)等の内容と分量 Homework
Students are encouraged to read the textbook and relevant materials ahead of time. Students are required to submit assigned
homework.
成績評価の基準と方法 Grading SystemStudents must maintain a 70% attendance rate or higher to be eligible for the final project. Evaluations will be performed using
three factors: learning attitude (20%), which includes engagement and participation, assignment scores (30%), which assess
understanding of class material and separation principles, and the final project score (50%), which evaluates practicalapplication of skills learned.
テキスト・教科書 Textbooks
1. Separation Process Principles: With Applications Using Process Simulators, 4th Edition／J. D. Seader, Ernest J. Henley, D.
Keith Roper：John Wiley & Sons, Inc.，2016
2. Product and Process Design Principles: Synthesis, Analysis and Evaluation, 4th Edition／Warren D. Seider, Daniel R.
Lewin, J. D. Seader, Soemantri Widagdo, Rafiqul Gani, Ka Ming Ng：Wiley，2016
講義指定図書 Reading List
現代化学工学／橋本健治、荻野文丸 編：産業図書，2001
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G060
研究室のホームページ Websites of Laboratory
備考 Additional Information
Prerequisite courses include undergraduate-level mathematics, transport phenomena, thermodynamics,
thermodynamics, and separation process
It is desirable for students to be able to understand numerical methods to solve differential equations.

12 / 29

statistical095128 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Mat erials Chemist ry and Engineering I - 2024 [Leading and A dvanced Ma terials Chemist ry and Engineering I - 2024 ]科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Materials Chemistry and Engineering I - 2024[Leading and Advanced
Materials Chemistry and Engineering I - 2024]
三浦 章 [MIURA Akira] (大学院工学研究院)
Laurent Cario (CNRS), Shunsuke SASAKI (CNRS)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095128
1～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
Materials Chemistry, Interdisciplinary collaborations, Solid-state chemistry
授業の目標 Course Objectives
Materials chemistry serves as the intersection where various branches of chemistry come together to explore new materials
and enhance their functionalities. For success in such interdisciplinary fields, this course will provide an idea about how toformulate research questions, adapt their expertise to other fields, and collaborate effectively with researchers from different
backgrounds. The case studies will be presented to introduce various approaches in materials design and highlight common
thoughts that bridge different sub-disciplines. The course also includes hands-on sessions where students participate in roleplaying exercises. These exercises simulate the process of launching a new research project in a completely different field,
allowing students to apply their expertise in novel contexts.
到達目標 Course Goals
By the course's end, students will cultivate adaptable mindsets, helping them to envision research projects across diverse
disciplines throughout their academic and professional careers.
授業計画 Course Schedule
1. Guidance of lectures
2. Synthetic chemistry of discrete molecules and extended inorganic solids: Common concepts, differences and transversal
approaches
3. A case study of transversal approach in solid-state chemistry
4. Ascending technology readiness levels (TRL) from fundamental solid-state chemistry to microelectronic devices: a casestudy in Mottronics applications
5. Collective brainstorming for new transversal projects
6. A short briefing about writing scientific proposals in Japanese, French and/or European styles, followed by elaboration ofeach student’s transversal project through role playing
準備学習 (予習・復習)等の内容と分量 Homework
A short questionnaire/report will be assigned at every lecture to help students to construct their transversal ideas.
成績評価の基準と方法 Grading System
提出されたレポートにより判断する
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G047
研究室のホームページ Websites of Laboratory
備考 Additional Information

13 / 29

095129 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Mat erials Chemist ry and Engineering IIA - 2024[ Leading and A dvanced Mate rials Chemistry and Engine ering IIA - 2024]

科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Materials Chemistry and Engineering IIA - 2024[Leading andAdvanced Materials Chemistry and Engineering IIA - 2024]
村越 敬 [MURAKOSHI Kei] (大学院理学研究院)
Mengning DING (Nanjing University)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

0951291～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
Electrochemistry, Surface Chemistry, Catalysis, Physical Chemistry, Sustainable Chemistry
授業の目標 Course Objectives
This course introduces the fundamental principles in electrochemistry and electrochemical processes at the molecular level toenable the in-depth understanding for their diverse applications in clean energy and sustainable chemistry technologies. The
class will cover the concepts such as electrochemical methods, electron transfer, double layer structure, interfacial processes,
electro-kinetics, electro-catalysis, etc. Examples of state-of-the-art design, synthesis and applications of catalytic materials
for sustainable energy/chemical conversions such as CO2 conversion, biomass upgrading, C-H oxidation, water electrolysis
for green hydrogen energy will be introduced.
到達目標 Course Goals
The goal of this course is to help students (1) understand the fundamental working principles of electrochemistry andelectrochemical interfacial processes; (2) understand the examples of application of electrochemical technology in thesustainable chemistry, such as electrocatalysis, electrosynthesis and electrochemical devices; (3) understand thesurface/interfacial processes at the atomic level, and structure-property relationships to achieve optimal function of materials
and properties; (4) familiar with the synthetic methods to prepare and characterize state-of-the-art electrocatalytic materials.
授業計画 Course Schedule
1. Introduction to electrochemistry
2. Characterization of the electrochemical processes
3. Advanced technology for the in-depth investigation on micro-electrokinetics and their modulation
4. Electrocatalytic water splitting for hydrogen production
5. Electrocatalytic conversion of CO2 (and other chemicals) to value-added products
準備学習 (予習・復習)等の内容と分量 Homework
To read the basic parts of Physical Chemistry textbook at undergraduate level is highly recommended.
成績評価の基準と方法 Grading System
One final written exam will be given to students for the grading.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G048
研究室のホームページ Websites of Laboratory
https://mdinglab.weebly.com/
備考 Additional Information

14 / 29

095130 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Mat erials Chemist ry and Engineering IIB - 2024[ Leading and A dvanced Mate rials Chemistry and Engine ering IIB - 2024]

科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Materials Chemistry and Engineering IIB - 2024[Leading andAdvanced Materials Chemistry and Engineering IIB - 2024]
忠永 清治 [TADANAGA Kiyoharu] (大学院工学研究院)
Masashi KOTOBUKI (Ming Chi University of Technology), FUJII Yuta(工学研究院)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095130
1～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
Electrochemical devices; Electrolyte; Electrode; Nano-structure; Batteries
授業の目標 Course Objectives
Recently, safe, low-cost, high-energy density, and long-lasting electrochemical devices for energy conversion and storage arehighly required for mobile devices, electric vehicles, and storage for renewable energy to build a sustainable society.
Development of novel materials and structural/morphological control of these materials are key issues. The aim of this course
is to describe the importance of electrochemical devices and materials science involved in the development of suchelectrochemical devices. Fundamental concepts in electrochemical energy conversion and storage are overviewed at first, andthen the materials chemistry for the electrochemical devices will be described. The preparation process for materials ofelectrochemical devices, the effect of nano-structures in electrodes for batteries, and the development of all-solid-statebatteries are also described.
到達目標 Course Goals
By the end of this course you will be able to1. explain and compare various electrochemical energy conversion and storage systems
2. understand the basic requirements for materials used in electrochemical energy conversion and energy storage devices
3. explain the effects of structure and morphology on the properties of electrochemical devices
4. understand and discuss materials and electrochemical devices in future energy storage system
授業計画 Course Schedule
As a HSI course, Professor Masashi Kotobuki (Battery Research Center of Green Energy, Ming Chi University of Technology)
will give most of the lectures.
The following topics will be covered during this course.
1. Fundamental concepts about electrochemical energy conversion and storage
2. Materials used in electrochemical devices
3. Introduction of inorganic materials science for electrochemical devices
4. Nanostructured materials applied to electrodes for lithium and sodium ion batteries
5. Fundamentals of solid electrolyte
6. All-solid-state lithium/sodium secondary batteries
7. Overview of recent trends in materials for electrochemical devices and future energy storage system
8. Students presentation on topics in electrochemical devices
準備学習 (予習・復習)等の内容と分量 Homework
Students will be expected to download class notes from WEB page and read designated chapter in advance.
Students should read some papers on electrochemical devices during this course and make presentation.
成績評価の基準と方法 Grading System
Grade will be determined by how well one’s achievement in this course through1. a report on nanostructured materials in electrochemical devices (weightage 80%), and
2. a presentation on one’s research or some topics in electrochemical devices (weightage 20%).
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
No textbook required. Handouts will be distributed.
講義指定図書 Reading List
"Recent Advances in Energy Storage Materials and Devices", Li Lu edited, Materials Research Forum LLC, ISBN 9781945291265 (2017).

15 / 29

"Ceramic Electrolytes for All-Solid-State Li Batteries", M. Kotobuki, S. Song, C. Chen, and Li Lu, World Scientific Pub Co
Inc ISBN: 978-9813233881(2018).
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G049
研究室のホームページ Websites of Laboratory
https://brcge.mcut.edu.tw/?Lang=en
https://www.eng.hokudai.ac.jp/labo/inorgsyn/
備考 Additional Information

16 / 29

095131 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Mat erials Chemist ry and Engineering IIIA - 2024[ Leading and A dvanced Mate rials Chemistry and Engine ering IIIA - 2024]

科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Materials Chemistry and Engineering IIIA - 2024[Leading andAdvanced Materials Chemistry and Engineering IIIA - 2024]
村越 敬 [MURAKOSHI Kei] (大学院理学研究院)
YOSHIO Masafumi (NIMS), MASUDA Takuya (NIMS)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095131
1～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
Supramolecular Chemistry, Printed Electronics, Electrochemistry, Advanced Characterization Techniques
授業の目標 Course Objectives
In this course, students will delve into molecular assembly chemistry, exploring the design and device applications of ion andelectron functional organic and polymer materials, including printed electronics. They will also delve into advanced interface
analysis techniques. The lectures will primarily focus on the intricate process of creating functional organic materials throughnanostructure formation via molecular self-assembly. This encompasses various applications such as soft actuators andseparation membranes utilizing liquid crystals, block copolymers, and covalent organic frameworks. Moreover, the course will
cover advanced characterization techniques, including X-ray photoelectron spectroscopy, X-ray absorption/fluorescence
spectroscopy, vibrational spectroscopy, electron microscopy, scanning probe microscopy, etc, specifically targeting cathode,
anode, and electrolyte materials used in lithium-ion and fuel cells. Throughout the course, students will explore how structuraldesign and orientational control in organic materials can enhance their electrical and mechanical properties in functional
devices. Additionally, they will gain insights into the changes occurring in the surface chemistry of electrodes and electrolyte
interfaces during capacitor and battery charging.
到達目標 Course Goals
The goal of this course are as follows: Understand the intermolecular interactions in organic assemblies and grasp thefundamental working principles of organic ionic and electronic devices. Gain insight into materials design, engineering,processing, and the relationships between structure and properties to achieve optimal material function. Develop problemsolving skills and explore solutions based on acquired knowledge. By pursuing these objectives, students will develop the skills
necessary to make global contributions in their field.
授業計画 Course Schedule
1. Supramolecular materials chemistry
2. Soft Actuators and Sensors
3. Functional Nanostructured Membranes
4. Printed Electronics
5. Lithium-ion batteries and Fuel Cells
6. Advanced Characterization Techniques
準備学習 (予習・復習)等の内容と分量 Homework
To read the basic parts of Organic and Physical Chemistry textbooks at undergraduate level is highly recommended.
成績評価の基準と方法 Grading System
Two reports will be given to students for the grading.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G050
研究室のホームページ Websites of Laboratory
備考 Additional Information

17 / 29

095132 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced Mat erials Chemist ry and Engineering IIID - 2024 [Leading and A dvanced Mate rials Chemistry and E ngineering IIID - 2024]

科目名 Course Title
講義題目 Subtitle

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Materials Chemistry and Engineering IIID - 2024[Leading andAdvanced Materials Chemistry and Engineering IIID - 2024]
島田 敏宏 [SHIMADA Toshihiro] (大学院工学研究院)

責任教員 Instructor
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095132
1～

CHEM_REQEL 7121
4 遠隔授業科目《遠隔のみ》

キーワード Key Words
materials informatics, python
授業の目標 Course Objectives
The course provides lectures combined with exercises. In the lecture, basic knowledge of statistical methods and machinelearning for materials research. In the exercises, we start from basic python programming and instruct how to use various
libraries including tensorflow, scikit learn, stan, GPy etc. and databases.
到達目標 Course Goals
1. Understanding the basics of data science and machine learning, especially about terminology.
2. Learning how to use libraries and databases for python.
3. Practical usage of packages for materials informatics.
授業計画 Course Schedule
1. Neural networks
2. Rdkit library for chemicals
3. Machine learning for molecules
4. Sckit learn - library for machine learning
5. Reinforced learning toward protein-folding analysis
6. Genetic algorithm
7. Bayesian concept
8. Interpretation of machine learning results
準備学習 (予習・復習)等の内容と分量 Homework
Requirement: personal computer equipped with a keyboard and internet connection
Homework: After each day, homework will be assigned.
成績評価の基準と方法 Grading System
After each day, homework will be assigned. The answer and final report will be used for grading.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
None
講義指定図書 Reading List
Any textbooks or websites on python language
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G053
研究室のホームページ Websites of Laboratory
https://www.eng.hokudai.ac.jp/labo/kotai/en/index.html
備考 Additional Information
Required Equipment for a class (Laptop, etc.)
A computer with python installed. Instruction of installation will be given to registered students prior to the course.The
participants may be contacted in advance for preparation of python language.

18 / 29

095133 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Inst rumenta tion Chemist ry[Ins trume ntatio n Chemist ry]

科目名 Course Title
先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
講義題目 Subtitle
Instrumentation Chemistry[Instrumentation Chemistry]
責任教員 Instructor
長谷川 靖哉 [HASEGAWA Yasuchika] (大学院工学研究院)
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095133
期間 Semester
Intensive
単位数 Number of Credits
1
授業形態 Type of Class
Lecture
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7121
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Chemical Information, elemental analysis, conditional analysis, structural analysis in nano- and micro-area.
授業の目標 Course Objectives
Grounding in physical, organic and inorganic chemistry.
In this course, instrumentation chemistry containing elemental analysis, configurational analysis, structural analysis in nanoand micro-area are introduced. Based on their studies, students learn fundamental knowledges and various information aboutchemical analysis of organic and inorganic materials.
到達目標 Course Goals
Students learn principle, variety and characterization of instrumentation chemistry for material analysis. Based on
instrumentation chemistry containing elemental analysis, configurational analysis, structural analysis in nano- and micro-area,
students make the most of their knowledges for construction of their chemical research.
授業計画 Course Schedule
1-2. introduction of instrumentation chemistry: importance for structural analysis on the material surface, classification ofchemical instruments, grounding in high vacuum engineering
3. configurational analysis (TEM, SEM, AFM, STM）
4. elemental analysis (AES, EPMA, XPS, XRF）
5. structural analysis (XRD, EXAFS, HEED, LEED, SAXS)
6. photo-physical analysis (UV-Vis absorption spectra, fluorescence and phosphorescence spectra, emission lifetime, Raman
spectra)7. MS spectral analysis (EI-MS, CI-MS, ESI-MS, MALDI-MS, SIMS)
8. examination
準備学習 (予習・復習)等の内容と分量 Homework
Pre-examination for review of instrumentation chemistry
成績評価の基準と方法 Grading System
The attendance rate must be over 70% to be qualified to take the final exam. Evaluations will be made based on (1) learning
attitude (20%), (2) exercise (10%), (3) final examination scores (70%).
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G051
研究室のホームページ Websites of Laboratory
https://www.eng.hokudai.ac.jp/labo/amc/en/index.html
備考 Additional Information

19 / 29

095134 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Func tional S olid S tate Materials Chemis try [Func tional Solid Sta te Ma terials Chemis try]

科目名 Course Title
先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
講義題目 Subtitle
Functional Solid State Materials Chemistry[Functional Solid State Materials Chemistry]
責任教員 Instructor
島田 敏宏 [SHIMADA Toshihiro] (大学院工学研究院)
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095134
期間 Semester
Intensive
単位数 Number of Credits
1
授業形態 Type of Class
Lecture
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7121
補足事項 Other Information
授業実施方式 Class Method
4 遠隔授業科目《遠隔のみ》
キーワード Key Words
electronic materials and devices, thermoelectrics, solar cells, hard materials, solid state physics
授業の目標 Course Objectives
The first goal is to understand the "heart" of chemistry and physics of solid state functional materials and obtain the ability todesign and crate new materials. The second goal is to understand what is written in literature with theoretical description. The
lecture and the homeworks will be organized to achieve this goal.
到達目標 Course Goals
By the end of this course you will be able to
1. Explain how the devices explained in the lecture works.
2. Obtain basic knowledge of solid state materials.
3. Read advanced literature about the related topics.
授業計画 Course Schedule
Topics other than the following list can also be lectured according to request.
1. Introduction to solid state chemistry / physics and thermoelectricity
2. Semiconductors focused on solar cells
3. Transparent conductors (oxides, nanowires, graphene)
4. Advanced ligand field theory and basics of photophysics - lasers, nonlinear optics, optical fibers
5. Interfaces: work function and chemistry of semiconductor junction devices
6. Phase memory materials (DVD-R/W, shape memory alloys)
7. Ferroelectrics and liquid crystal
8. Thermography and strongly correlated electron systems
Related theoretical concepts will be introduced every time.
準備学習 (予習・復習)等の内容と分量 Homework
Preparation: read the handout posted on the website (URL will be given at the first lecture).
Homework: solve the problem given in the lecture and write a brief final report.
成績評価の基準と方法 Grading System
Grading is based on the quiz given at each lecture and the final report.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
Handout will be given prior to the lecture via website
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G052
研究室のホームページ Websites of Laboratory
https://www.eng.hokudai.ac.jp/labo/kotai/en/index.html
備考 Additional Information

20 / 29

095135 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced B iological and P olymer Chemis try and Enginee ring I - 2024[L eading and A dvanced B iological and P olymer Chemist ry and Engineering I - 2024 ]科目名 Course Title
講義題目 Subtitle
責任教員 Instructor
担当教員 Other Instructors

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Biological and Polymer Chemistry and Engineering I - 2024[Leading
and Advanced Biological and Polymer Chemistry and Engineering I - 2024]
坂口 和靖 [SAKAGUCHI Kazuyasu] (大学院理学研究院)
Pascale Legault (University of Montreal),
KAMADA Rui (理学研究院), NAKAGAWA Natsumi (理学研究院)

科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095135
1～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
RNA structure and function, microRNAs, microRNA biogenesis, microRNA regulation, let-7, Parkinson’s Disease, alphasynuclein, viral infections, Zika Virus
授業の目標 Course Objectives
MicroRNAs (miRNAs) constitute an important class of small non-coding RNAs that, like transcription factors, play a central
role in regulating gene expression. They function by targeting complementary sequences of mRNA, generally resulting intranslational inhibition. Misregulation of miRNA levels can change gene expression patterns, and these changes have been
directly linked to developmental defects and several human diseases, such as cancer and neurodegenerative diseases.
The course will focus on better understanding the following topics:
1. The importance of miRNA in gene regulations for health and diseases
2. The general pathway of miRNA biogenesis and the main enzymes involved in post-transcriptional regulation
3. The different mechanisms for regulating miRNA levels
4. The discovery of novel regulators of miRNA levels
到達目標 Course Goals
Here are some of the key concepts and skills students will develop:
1. Appreciate the importance of miRNA levels in health and disease
2. Appreciate the role of RNA in regulating gene expression
3. Understand the structure and function of key proteins involved in miRNA maturation
4. Understand the role of RNA-binding proteins in regulating miRNA levels
5. Apply simple web-based tools for miRNA research
6. Become familiar with experimental techniques used in miRNA biology
7. Critical evaluation of miRNA research litterature
授業計画 Course Schedule
July 29th (Mon)10:30 ~ 12:00 Lecture
13:00 ~ 14:30 Computer exercise using web-based tools (students will need to bring their own computer)
July 30th (Tue)
10:30 ~ 12:00 Lecture
13:00 ~ 14:30 Discussion
July 31st (Wed)
10:30 ~ 12:00 Lecture
13:00 ~ 14:30 Discussion
August 1st (Thu)
10:30 ~ 12:00 Lecture
13:00 ~ 14:30 Seminar
準備学習 (予習・復習)等の内容と分量 Homework
To be provided at the first class
成績評価の基準と方法 Grading System
Assignment on specified topics regarding "microRNA function" and "microRNA maturation" (60%); Active student participationin class (40%)

21 / 29

他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
None
講義指定図書 Reading List
To be provided at the first class
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G042
研究室のホームページ Websites of Laboratory
http://airen.bcm.umontreal.ca
https://wwwchem.sci.hokudai.ac.jp/~biochem/
備考 Additional Information
Other Instructor: Prof. Pascale Legault (University of Montreal)

22 / 29

095136 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Leading and A dvanced B iological and P olymer Chemis try and Enginee ring II - 2024[ Leading and A dvanced B iological and P olymer Chemist ry and Engineering II - 2024 ]科目名 Course Title
講義題目 Subtitle
責任教員 Instructor
担当教員 Other Instructors

先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
Leading and Advanced Biological and Polymer Chemistry and Engineering II - 2024[Leading
and Advanced Biological and Polymer Chemistry and Engineering II - 2024]
磯野 拓也 [ISONO Takuya] (大学院工学研究院)
Hsin-Lung CHEN (National Tsing Hua University),
SATOH Toshifumi (工学研究院), LI FENG (工学研究院)

科目種別 Course Type
開講年度 Year2024
期間 Semester
Intensive
授業形態 Type of Class
Lecture対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
補足事項 Other Information
授業実施方式 Class Method

時間割番号 Course Number
単位数 Number of Credits
対象年次 Year of Eligible Student

095136
1～

CHEM_REQEL 7121
1 対面授業科目《対面のみ》

キーワード Key Words
Polymer, Structure, Phase transition, Properties, Small angle scattering
授業の目標 Course Objectives
The connectivity and collective behavior of monomers give rise to intriguing properties that set polymers apart from small
molecules. Polymer physics is a specialized field within polymer science that concentrates on the study of the structure,dynamics, and physical properties of polymers. The structures observed in polymers within the experimental time scale are
typically metastable and exhibit distinctive features across a wide spectrum of length scales. Therefore, comprehending thefundamental thermodynamic and kinetic principles governing the structure formation is crucial for controlling and designing thehierarchical structures and properties of polymers aiming for practical applications as well as developing novel functional
materials.
This course is designed to impart the fundamental concepts of polymer physics to students. We will commence with an
exploration of single-chain behavior and gradually delve into the topics including polymer solution thermodynamics, glasstransition, self-assembly behavior, viscoelasticity, and dynamics. Additionally, we will briefly touch upon the application ofsmall-angle scattering techniques in the analysis of polymer nanostructures. The goal of this course is to provide students
from diverse backgrounds with a foundational understanding of polymer physics that can serve as a stepping stone to grasp the
intricacies of the processing-structure-property relationship and the mechanisms dictating the morphological formation ofpolymers.
到達目標 Course Goals
This course aims to assist students with little or no prior background in polymer science in developing a fundamental
understanding of polymer physics. It will cover the essential principles that can be exploited to elucidate the structureproperty relationships of polymers. We will also briefly discuss the recent developments in pertinent topics to ignite students'
curiosity and motivate them to participate in the research within or related to the domain of polymer physics.
授業計画 Course Schedule
1. Brief review of thermodynamics and basic concepts of polymers
2. Conformational statistics of single polymer chain
3. Thermodynamics of polymer solution and blend
4. Glass transition of polymer
5. Self-assembly of crystalline polymer and block copolymer
6. Viscoelasticity and dynamics of polymers
7. Application of small angle scattering in polymer science
8. Seminar: Physics of the self-assembly of block copolymers
準備学習 (予習・復習)等の内容と分量 Homework
Final report on the subjects relating to the structure and physical properties of polymers involving the application of theconcepts learned from the lectures.
成績評価の基準と方法 Grading System
Your grade will be determined by how well you demonstrate your achievement of the course goals through1. Participation to the discussion (10%)
2．Final report (90%)
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
Lecture notes in PDF files will be provided.

23 / 29

講義指定図書 Reading List
Polymer Physics／Michael Rubinstein, Ralph H. Colby：Oxford Univ Pr，2003
Introduction to Physical Polymer Science／Leslie H. Sperling：Wiley-Interscience，2005
Polymer Physics／U.W. Gedde：Springer，1995
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G043
研究室のホームページ Websites of Laboratory
https://sites.google.com/gapp.nthu.edu.tw/polymer-physics-laboratory/home
http://poly-ac.eng.hokudai.ac.jp/index_e.html
備考 Additional Information
Other Instructor: Hsin-Lung Chen (National Tsing-Hua University)
The class will be held on campus and/or in real-time web system.
We will announce the details via ELMS. Please carefully see ELMS.

24 / 29

095137 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] A dvanced A pplied B iochemist ry[A dvanced A pplied B iochemist ry]

科目名 Course Title
先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
講義題目 Subtitle
Advanced Applied Biochemistry[Advanced Applied Biochemistry]
責任教員 Instructor
松本 謙一郎 [MATSUMOTO Kenichiro] (大学院工学研究院)
担当教員 Other Instructors
HACHISUKA Shin-ichi (工学研究院), FUJITA Masahiro (RIKEN)
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095137
期間 Semester
Intensive
単位数 Number of Credits
1
授業形態 Type of Class
Lecture
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7121
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Genetic information, protein structure, molecular mechanism, biosynthetic mechanism, animal cells, secondary metabolites,
biopolymers, bioremediation, physical chemistry
授業の目標 Course Objectives
To learn synthesis, structure, function, and novel engineering subjects on of biomolecules in the fields of life science,
information, medicine, and environment.
到達目標 Course Goals
Students are expected to understand deeply the topics of genetic information, protein structure, animal cell cultivation,
secondary metabolites, biopolymers, and clean environments in the fields of life science, information, medicine, andenvironment.
授業計画 Course Schedule
1-4: Structure, function and analytical methods of RNA and other biomolecules
5-8: Strategies of metabolic pathways, and principles of enzymatic reactions
準備学習 (予習・復習)等の内容と分量 Homework
Students review the lecture contents by the next time. Students submit a report after the lecture.
成績評価の基準と方法 Grading System
Active class participation and reports
The attendance rate must be over 70% to be qualified to be graded.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
This course will be provided as part of the Hokkaido Summer Institute., For more information (invited lecturers, course
details,etc.),
pleasevisit
thewebsitebelow:,
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G046
研究室のホームページ Websites of Laboratory
https://biosynchem.eng.hokudai.ac.jp/
備考 Additional Information

25 / 29

095138 先端総合 化学特論Ⅱ [Moder n T rends in Chemical Sciences a nd Enginee ring II] Int roduc tion to B asic B iological Chemistry[In trod uction to B asic B iological Chemistry ]科目名 Course Title
先端総合化学特論Ⅱ[Modern Trends in Chemical Sciences and Engineering II]
講義題目 Subtitle
Introduction to Basic Biological Chemistry[Introduction to Basic Biological Chemistry]
責任教員 Instructor
茂木 文夫 [MOTEGI Fumio] (遺伝子病制御研究所)担当教員 Other Instructors
TAKAOKA Akinori (遺伝子病制御研究所), ABE Kazuhiro (理学研究院)
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095138
期間 Semester
Intensive
単位数 Number of Credits
1
授業形態 Type of Class
Lecture
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7121
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
cell growth and differentiation, gene expression, oncogene, immunity, infectious disease, cellular asymmetry
授業の目標 Course Objectives
The class focuses on fundamental aspects of molecular mechanisms that underlie basic biological phenomena such as cell
growth, cell differentiation, immunity and cellular asymmetry. How disorder of the regulatory mechanism causes diseases
including cancer andinfectious disease will be discussed. In addition, various technologies for imaging dynamic molecular behaviour in living cells
will be also discussed.
到達目標 Course Goals
Students to be able to understand the basic regulatory mechanisms of gene expression, cell growth and immune system anddeveloping mechanisms for the related diseases.
授業計画 Course ScheduleDay 1, 2: Fumio Motegi
Interior design of cellular asymmetry
Day 3, 4: Akinori Takaoka
Molecular signalings in host defense system
準備学習 (予習・復習)等の内容と分量 Homework
Review the contents of each lecture by the next time.
成績評価の基準と方法 Grading System
Report of the task (100%)
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
https://hokkaidosummerinstitute.oia.hokudai.ac.jp/en/courses/CourseDetail=G044,
https://www.igm.hokudai.ac.jp/sci/
研究室のホームページ Websites of Laboratory
https://www.motegilab.com
https://www.igm.hokudai.ac.jp/sci/index-english.html
備考 Additional Information

26 / 29https://www.motegilab.com,

095151 総合化学 研究イ ンター ンシ ップ [Inte rnship] シ ョ ート ・ビジ ット [S hor t V isit]

科目名 Course Title
総合化学研究インターンシップ[Internship]
講義題目 Subtitle
ショート・ビジット[Short Visit]
責任教員 Instructor
仙北 久典 [SENBOKU Hisanori] (大学院工学研究院)
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095151
期間 Semester
２学期
単位数 Number of Credits
1
授業形態 Type of ClassInternship
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7141
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Internship
授業の目標 Course Objectives
For overseas internship, students develop global vision by their experience overseas, gain expertise and experimental
techniques which seem to be hard to obtain in Japan.
到達目標 Course Goals
For overseas internship, students start to contact with where to do internship, then improve skills of communication, language,
research practice, research network and community formation etc, so that they can raise consciousness as an engineer or a
researcher.
Students should try not to keep the experience at only level of basic studies, try to apply the experience to collaborative
researches with a practical level in the future.
授業計画 Course Schedule
The program will be generally conducted following the schedule below.
１．Announcement
２．Application (not equal to Registration)
３．Preparation
４．Internship for about between two weeks and two months
５．Submission of a report for the internship, presentation
準備学習 (予習・復習)等の内容と分量 Homework
Students need to do preliminary search and to prepare ecperiments in advance.
成績評価の基準と方法 Grading System
Basically, students must submit a report and do a presentation in English language.
They will be evaluated by the above elements.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
使用しない
講義指定図書 Reading List
使用しない
参照ホームページ Websites
研究室のホームページ Websites of Laboratory
備考 Additional Information

27 / 29

095152 総合化学 特別研究第二 [R esearch in Chemical Scienc es and E ngineering II ] 10 月入 学
095152 総合化学 研究イ ンター ンシ ップ [Inte rnship] A LP イ ンター ンシ ップ [A LP Internship ]科目名 Course Title
総合化学研究インターンシップ[Internship]
講義題目 Subtitle
ALP インターンシップ[ALP Internship]
責任教員 Instructor
仙北 久典 [SENBOKU Hisanori] (大学院工学研究院)
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
期間 Semester
２学期
単位数 Number of Credits
授業形態 Type of ClassInternship
対象年次 Year of Eligible Student
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7142
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》

095152
1～

キーワード Key Words
Internship （domestic and oversea）
授業の目標 Course Objectives
ALP Corporate Internship: Students improve their skill and knowledge by being engaged in an actual work relating their future
career.
ALP Overseas Internship: For overseas internship, students develop global vision by their experience overseas, gain expertiseand experimental techniques which seem to be hard to obtain in Japan.
到達目標 Course Goals
Students start to contact with where to do internship, then improve skills of communication, language, research practice,research network and community formation etc, so that they can raise consciousness as an engineer or a researcher.
For overseas internship, students should try not to keep the experience at only level of basic studies, try to apply theexperience to collaborative researches with a practical level in the future.
授業計画 Course Schedule
ALP Corporate Internship:• Period of Internship: As a rule, the internship period is more than 2 weeks within 12 months.
• Posts: Domestic posts may consist of corporate research institutions or plant.
• In principle, deadlines for submissions are four weeks prior to departure.
• Obtain the Personal Accident Insurance for Students Pursuing Education and Research (PAS) prior to travel.
ALP Overseas Internship:• Period of Internship: As a rule, the internship period is more than 1 month within 12 months.
• Posts: Overseas posts will mainly consist of university research institutions or corporation.
• In principle, deadlines for submissions are six weeks prior to departure.
• Obtain travel insurance prior to travel.
Students are required to submit a report within one month of completing the internship.
準備学習 (予習・復習)等の内容と分量 Homework
Students need to do preliminary search and to prepare experiments in advance.
成績評価の基準と方法 Grading System
Basically, students must submit a report and do a presentation (in English language for overseas internship).
They will be evaluated by the above elements.
他学部履修の条件 Other Faculty Requirements
Only ALP students can take this course.
テキスト・教科書 Textbooks
使用しない。
講義指定図書 Reading List
使用しない。
参照ホームページ Websites
https://phdiscover.jp/hu/alp/
研究室のホームページ Websites of Laboratory
備考 Additional Information

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095153 総合化学 研究イ ンター ンシ ップ [Inte rnship] ジ ョ ブ 型研究イ ンター ンシ ップ [Coopera tive Educa tion through R esearch In ternship ]科目名 Course Title
総合化学研究インターンシップ[Internship]
講義題目 Subtitle
ジョブ型研究インターンシップ[Cooperative Education through Research Internship]
責任教員 Instructor
仙北 久典 [SENBOKU Hisanori] (大学院工学研究院)
担当教員 Other Instructors
科目種別 Course Type
開講年度 Year2024
時間割番号 Course Number
095153
期間 Semester
２学期
単位数 Number of Credits
1
授業形態 Type of ClassInternship
対象年次 Year of Eligible Student～
対象学科・クラス Eligible Department/Class
ナンバリングコード Numbering Code
CHEM_REQEL 7142
補足事項 Other Information
授業実施方式 Class Method
1 対面授業科目《対面のみ》
キーワード Key Words
Domestic internship
授業の目標 Course Objectives
Students improve their skill and knowledge by being engaged in an actual work relating their future career.
到達目標 Course Goals
Students start to contact with where to do internship, then improve skills of communication, language, research practice,research network and community formation etc, so that they can raise consciousness as an engineer or a researcher.
授業計画 Course Schedule
The program will be generally conducted following the schedule below.
１．Announcement
２．Application (not equal to Registration)
３．Preparation
４．Internship for two months or more
５．Recieve evaluation form from the company
準備学習 (予習・復習)等の内容と分量 Homework
Students need to do preliminary search and to prepare experiments in advance.
成績評価の基準と方法 Grading System
Pass/fail will be determined based on the evaluation forms submitted by the companies.
他学部履修の条件 Other Faculty Requirements
テキスト・教科書 Textbooks
使用しない
講義指定図書 Reading List
使用しない
参照ホームページ Websites
https://coopj-intern.com/
研究室のホームページ Websites of Laboratory
備考 Additional Information
Only MEXT "ジョブ型研究インターンシップ" participants can register for this program.

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