総合理工学位プログラム ＜学士（工学）＞ コンピテンス一覧
Bachelor’s Program in Interdisciplinary Engineering Competence List
＜Bachelor of Engineering＞■汎用コンピテンス（学士課程） Generic Competences（Bachelor Program）

コミュニケーション能力

母語や外国語を適切に用いるとともに、各種メディアを利用したプレゼンテーション等を行うコミュニケーション能力

Communication ability

Communication ability to use the mother tongue and foreign languages properly
and make presentations, etc. using various media

批判的・創造的思考力

一般的・専門的知識の体系的理解をベースに批判的・創造的に思考する能力

Ability for critical and creative thinking

Ability to think critically and creatively based on systematic understanding ofgeneral and specialized knowledge

データ・情報リテラシー

様々な事象や情報を数量的手法やコンピュータ等を用いて適切に解析・処理する能力

Data and information literacy

Ability to properly analyze and process various events and information using
quantitative methods, computers, etc.

広い視野と国際性

自身の専門に留まらず文化・社会と自然・物質に関して幅広く理解し、異文化を理解・尊重する能力

Broad perspective and international
character

Ability to broadly understand culture, society, nature, and materials andunderstand and respect different cultures and be not only involved in one’s own
expertise

心身の健康と人間性・倫理性

芸術やスポーツへの理解と実践等を通して心と身体の健康を保ち、人間性と倫理性を有する市民としての責任を自覚して実践する能力

Mental and physical health, humanity,and ethics

Ability to maintain mental and physical health through the understanding,practice, etc. of arts and sports and be conscious of one’s responsibility and put
it into practice as a citizen with humanity and ethics

協働性・主体性・自律性

チームワークやリーダーシップを通して様々な物事に対処し自己を管理しながら自律的に学び続け行動する能力

Cooperative, independent, andautonomous attitudes

Ability to keep learning and act autonomously while dealing with a situation
through team work and leadership and practicing self-management

12

3

456

■専門コンピテンス Specific Competences

数学的な論理力と計算力

解析学や線形代数を基礎とした数学的な思考力と物理的課題の解決に向けた計算力

Mathematical logic and calculation
skillsMathematical thinking skills based on analysis and linear algebra, andcomputational skills to solve physical problems

物理現象の理解

量子力学から電磁気学、熱力学にいたる広範な物理現象の理解

Understanding of physical phenomena

Understanding of a wide range of physical phenomena, from mechanics toelectromagnetism to thermodynamics

12

化学・生物現象の理解物理学実験・シ 広物理学・工学実験を分析かつ批判的に評価する能力、多文化・異分野の人の中でステム工学実験の分析力の協調性
3

Understanding of chemical andbiological phenomena, and analyticalskills for physics and systems
engineering experiments

Ability to analyze and critically evaluate a wide range of physics and engineeringexperiments, and to work well in a multicultural and interdisciplinary environment

ミクロ工学・ナノ科学の能力

ミクロ工学・ナノ科学に関する幅広い知識と多様な研究手法についての理解

Micro-engineering and nanosciencecapabilities

Broad knowledge of micro-engineering and nanoscience and an understanding ofdiverse research methods

マクロ工学・システム工学の能力

マクロ工学・システム工学に関する幅広い知識と多様な研究手法についての理解

Macro-engineering and systems
engineering capabilities

Broad knowledge of macro-engineering and systems engineering and anunderstanding of diverse research methods

課題探求・解決能力

分野横断的課題を探求して原理的視点で解決、意思疎通・プレゼンする能力

Ability to explore and solve problems

Ability to explore cross-disciplinary issues and solve them from a principledperspective, and to communicate and present information456

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総合理工学位プログラム ＜学士（工学）＞ カリキュラム・マップ
Bachelor’s Program in Interdisciplinary Engineering ＜Bachelor of Engineering＞

Curriculum Map*科目により異なります *Varies by subject.

汎用コンピテンス
Generic Competences
1

科目区分
Course Category

科目番号
CourseNumber

専門科目
Major
Subjects

45
心身の健康と人間性・倫理性

6

データ・情報リテラシー

広い視野と国際性

Data andinformation
literacy

Broad
Mental andCooperative,
perspective
physical
independent,
andhealth,andinternational humanity, and autonomous
characterethics
attitudes

協働性・主体性・自律性

123456

物理現象の理解

化学・生物現
象の理解物理学実験・システム工学実験の分析力

ミクロ工学・
ナノ科学の能力マクロ工学・
システム工学の能力

課題探求・解決能力

Mathematical Understanding Understanding
Micrologic andof physicalof chemicalengineering
calculation
phenomenaandandskillsbiologicalnanoscience
phenomena,
capabilities
andanalyticalskills forphysics andsystems
engineeringexperiments

Macroengineeringand systems
engineering
capabilities

数学的な論理力と計算力

Multidisciplinary
Subjects(First Year
Seminar)Multidisciplinary
Subjects(Invitation toArts and Sciences)
Multidisciplinary
Subjects(exc. First Year
Seminar and Invitation toArts and Sciences)

総合科目（ﾌｧｰｽﾄｲﾔｰｾﾐﾅｰ）

12*****

総合科目（学問への誘い）

12*****

総合科目（学士基盤科目）

2******

体育

Physical Education〇

2******

体育

Physical Education○

3******

外国語（原則日本語）

外国語（必修で履修した科目および母国語を除く）

Ability toexplore andsolve
problems

自由選択
必修FreeCore
RequirElecti Electi
edves
ves

〇

○

〇

○

〇

Foreign
Language(Japanese, inprinciple.)
Foreign Language (except
those learnt as required
course, and mothertongue)

○
○
○

○

○

共通科目のカリキュラム・マップを参照
Refer to the Curriculum Map of Common Foundation Subjects

○

○

○

○

日本語

Japanese Language

6******

情報リテラシー(講義)

Information
Literacy(Lectures)〇○

6******

情報リテラシー(演習)Information Literacy(Exercises)〇○

6******

データサイエンス

Data Science

4******

芸術Art

○

○

99*****

博物館に関する科目

Museum-related subjects○〇

FJ3****

インターンシップ I, II, &Internship I, II, & III
III

○

〇

○

〇

関連科目
Specific Foundation Subjects

Required

コミュニケー 批判的・創造的思考力
標準履修 ション能力
年次単位数 Standard
Credits registra Communication Ability forability
critical andtion
creativeyear
thinking

3

専門コンピテンス
Specific Competences

11*****

共通科目
基礎科目 Common Foundation Subjects 3******
GeneralFoundation
3******
Subjects

専門基礎科目Foundation
Subjects
forMajor

授業科目の名称
Course Name

2

必修／選択／自由の別
Required,Elective, or Free

○6.01-4○〇

他学群・学類の開設授業科目

Subjects that are offeredby other Schools orColleges**FJ20004

Linear Algebra I

Linear Algebra I

3.01〇〇〇FJ20014

Linear Algebra II

Linear Algebra II

3.0

1〇〇〇FJ20124

Introduction to SingleVariable Calculus I

Introduction to SingleVariable Calculus I

2.01〇〇〇

FJ20134

Introduction to SingleVariable Calculus II

Introduction to SingleVariable Calculus II

2.01〇〇〇FJ20144

Advanced Calculus

Advanced Calculus

4.01〇〇〇

FJ20201

Probability andStatistics

Probability andStatistics

2.01〇〇〇FJ26004

Mechanics I

Mechanics I

2.01〇〇〇FJ26014

Mechanics II

Mechanics II

2.01〇〇〇

FJ22004

Electromagnetism I

Electromagnetism I

3.02〇〇〇

FJ22014

Electromagnetism II

Electromagnetism II

3.0

2〇〇〇

FJ26104

Thermodynamics I

Thermodynamics I

2.02〇〇〇

FJ26114

Thermodynamics II

Thermodynamics II

1.02〇〇〇FJ25101

Electrical Circuit

Electrical Circuit

2.02〇

FJ27004

Programming I

Programming I

2.01〇〇〇

FJ27014Programming IIProgramming II

1.01〇〇〇

FJ27024

Programming III

Programming III

2.02〇〇〇

FJ27034

Programming IV

Programming IV

1.02〇〇〇

FJ28003

Fundamental Labs I

Fundamental Labs I

2.02〇〇〇〇〇

FJ28013

Fundamental Labs II

Fundamental Labs II

2.02〇〇〇〇〇

FJ11001

Engineering Ethics

Engineering Ethics

1.04

FJ11101

Introduction to
Interdisciplinary
Engineering I

Introduction to
Interdisciplinary
Engineering I

1.01〇

FJ11111

Introduction to
Interdisciplinary
Engineering II

Introduction to
Interdisciplinary
Engineering II

1.01〇〇〇2 / 3 ページ〇〇〇〇〇〇〇〇〇〇〇〇〇

2023/3/28

総合理工学位プログラム ＜学士（工学）＞ カリキュラム・マップ
Bachelor’s Program in Interdisciplinary Engineering ＜Bachelor of Engineering＞

Curriculum Map*科目により異なります *Varies by subject.

汎用コンピテンス
Generic Competences
1

科目区分
Course Category

Core Electives

Group A

専門科目
MajorSubjects

Core Electives

Group B

科目番号
CourseNumber

授業科目の名称
Course Name

2

コミュニケー 批判的・創造的思考力
標準履修 ション能力
年次単位数 Standard
Credits registra Communication Ability forcritical andabilitytioncreativeyear
thinking

3

4

必修／選択／自由の別
Required,Elective, or Free

専門コンピテンス
Specific Competences
5
心身の健康と人間性・倫理性

6データ・情報リテラシー

広い視野と国際性

協働性・主体性・自律性

Data andinformation
literacy

Broad
Mental andCooperative,
perspective
physical
independent,
andhealth,andinternational humanity, and autonomous
characterethicsattitudes

12

3

4

56

物理現象の理解

化学・生物現
象の理解物理学実験・シス
テム工学実験の分析力

ミクロ工学・
ナノ科学の能力マクロ工学・
システム工学の能力

課題探求・解決能力

Mathematical Understanding Understanding
Microof chemicalengineering
logic andof physicalcalculation
andandphenomena
biologicalnanoscienceskillsphenomena,
capabilities
andanalyticalskills forphysics andsystems
engineeringexperiments

Macroengineeringand systemsengineering
capabilities

数学的な論理力と計算力

Ability toexplore andsolve
problems

選択自由必修CoreFree
RequirElecti Electiedvesves

FJ10001

Complex Analysis

Complex Analysis

3.02〇〇〇

FJ10101

Applied Mathematics

Applied Mathematics

3.02〇〇〇FJ12001

Modern Physics

Modern Physics

3.02〇

FJ15001

System Modeling

System Modeling

2.02〇

FJ15101

Electronic Circuits

Electronic Circuits

2.02〇

FJ18003

Advanced Labs I

Advanced Labs I

2.03〇〇〇〇〇FJ18013

Advanced Labs II

Advanced Labs II

2.03〇〇〇〇〇

FJ19003

Interdisciplinary
Engineering PBL IInterdisciplinary
Engineering PBL I

6.03〇〇〇〇〇〇〇〇

FJ19013Interdisciplinary
Engineering PBL II

Interdisciplinary
Engineering PBL II

6.03〇〇〇〇〇〇〇〇

FJ19023

Interdisciplinary
Engineering PBL III

Interdisciplinary
Engineering PBL III

6.04〇〇〇〇〇〇〇〇

FJ19033

Interdisciplinary
Engineering PBL IV

Interdisciplinary
Engineering PBL IV

6.04〇〇〇〇〇〇〇〇FJ12101

Statistical Physics I

Statistical Physics I

1.03〇〇〇FJ12111

Statistical Physics II

Statistical Physics II

1.03〇〇〇FJ12121

Statistical Physics III

Statistical Physics III1.03〇〇〇

FJ12201

Quantum Mechanics I

Quantum Mechanics I

1.03〇〇〇

FJ12211

Quantum Mechanics II

Quantum Mechanics II

1.03〇〇〇

FJ12221

Quantum Mechanics III

Quantum Mechanics III

1.03〇〇〇FJ12301

Advanced Electromagnetism Advanced ElectromagnetismII

1.03〇〇〇〇FJ12311

Advanced Electromagnetism Advanced Electromagnetism
IIII

1.03〇〇〇〇FJ12321

Advanced Electromagnetism Advanced Electromagnetism
IIIIII

1.04〇〇〇〇

FJ12401

Solid State Physics I

Solid State Physics I

1.03〇〇〇〇

FJ12411

Solid State Physics IISolid State Physics II

1.03〇〇〇〇

FJ12421

Solid State Physics III

Solid State Physics III

1.04〇〇〇〇

FJ15011

Control Systems I

Control Systems I

2.03〇〇〇〇

FJ15021

Control Systems II

Control Systems II

2.03〇〇〇〇

FJ16011

Fluid Dynamics

Fluid Dynamics

1.03〇〇〇〇

FJ16021

Mechanics of Materials

Mechanics of Materials

1.03〇〇〇〇

FJ16031

Energy Engineering

Energy Engineering

1.03〇〇〇〇

EG02211

Chemistry I

Chemistry I

1.01〇〇〇

EG02221

Chemistry II

Chemistry II

1.01〇〇〇

EG02231

Chemistry III

Chemistry III

1.0

1〇

〇

〇

〇

〇
〇

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