School of Engineering
The University of Tokyo

東京大学
工学系研究科・工学部概要

2023

Contents
１．Message from the Dean � � � � １
２．History � ��������������������� � � � � � � � ２
３．Organization� � � � � � � � � � � � � � � � � � � � � � ３
４．Number of Faculty and Staff
Members � ������������������ � � � � � � � 18
５．Student Data� � � � � � � � � � � � � � � � � � � � 19
６．International Exchange � � � � � � 22
７．Research Activities � � � � � � � � � � � 26
８．Finances� � � � � � � � � � � � � � � � � � � � � � � � � � � 29
９．Public Relations and Information��������������������������������� � � � � � � � 30

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１．Message from the Dean
Engineering Opens the Future
We currently live in the face of many very difficult global issues. These
include global warming and other climate changes, energy issues,
discrimination and poverty, super-aging, regional conflicts, and viral
infections. To solve such challenging problems, one must have theability to create and realize a vision of the future based on variety ofexpertise, experience, and values. In addition, the passion is needed
to solve these problems at any cost. The School of Engineering andthe Faculty of Engineering is the place to acquire these skills and tocultivate the passion for saving the world. Engineering covers an
extremely wide range of fields, including those that pursue basic
science, those that lead the implementation of knowledge obtained
through research into society, and those that pioneer newly mergedfields, and the scale of research and development is also very diverse.
Our ultimate goal and mission are to utilize the knowledge we havegained through our exploration in each of our fields, to dream andcreate a better future for the earth and human society, as well as topioneer a new era.
In order to realize an inclusive society where no one is left behind
and where everyone can live in peace, engineering must confront
this question directly: How do we protect and nurture the global
commons? The School of Engineering and the Faculty of Engineering
are also committed to gender parity at the University and are working
to provide an environment where anyone can master advanced
studies and research without being restricted by gender, age, or
position.
Currently, both the world and Japan are now facing complex anddifficult problems in the midst of drastic changes, and what is being
tested in this situation is human wisdom, or the power of knowledge
innovation. I hope that you will thoroughly train yourselves inknowledge in whichever engineering field you choose, and grow into
professionals of knowledge who can do "the best job". The School ofEngineering and the Faculty of Engineering will provide you with thebest opportunities to do so, regardless of gender or nationality.
We hope that you will study engineering with us and turn yourboundless energy into the driving force that will open up the futureof Japan and the world. Let's take on this challenge together!

KATO Yasuhiro

Dean of the School of Engineering, the University of Tokyo1

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２．History（1）TimelineYear Month1886 March

EventsTeikoku Daigaku (Imperial University) established. Kobu
Daigakko merged with the Faculty of Technology, Universityof Tokyo, to form the Technical College with 7 engineering
departments.
1897 June
Imperial University renamed Tokyo Imperial University.
1919 February Technical College became Faculty of Engineering.
1939 October Engineering Research Institute established.
1942 April
Facilities in Hongo renamed First Faculty of Engineering.
Second Faculty of Engineering established in the City of
Chiba.
1947 October Tokyo Imperial University renamed The University of Tokyo.
1949 May
The University of Tokyo reorganized under the new
educational system (11 departments). Institute of Industrial
Science established with resources drawn from the Second
Faculty of Engineering.
1951 February Branch School of the Faculty of Engineering established.
1951 March
Second Faculty of Engineering abolished.
1953 April
Graduate Schools established under the new educational
system.
1954 March
Branch School of the Faculty of Engineering abolished.
1965 April
Graduate School of Engineering established.
1967 June
Nuclear Engineering Research Laboratory established.
1975 April
Faculty of Engineering began admitting graduates fromtechnical junior colleges.
1981 April
Institute of Interdisciplinary Research established.
1988 MarchInstitute of Interdisciplinary Research abolished.
1992 April
With more emphasis being placed on Graduate Schools,
reinforcement of the Graduate School of Engineering began.
1995 April
Reinforcement of the Graduate School of Engineering completed.
（21 undergraduate departments, 24 departments, ( 83 divisions)）
1999 April
Departments of Metallurgical Engineering and Materials Sciencemerged into Department of Materials Engineering.
2000 April
Research Center for Water Environment Technology
established.
Department of Systems Innovation established.
2001 April
Graduate School of Information Science and Engineering
established. (17 undergraduate departments, 20
departments)
Quantum Phase Electronics Center established.

Year Month2002 January
2004 March
2004 April
2005 March
2005 April

2006 April

2008 April

2009 April
2010 April
2011 April
2012 April
2013 April
2016 April
2019 April
2019 July
2019 October
2021 April
2022 April

EventsReorganized Engineering Research Institute and Institute ofEngineering Innovation established.
Engineering Research Institute abolished.
All National Universities transformed into National University
Corporations, and The University of Tokyo was incorporated.
Nuclear Engineering Research Laboratory abolished.
Department of Nuclear Engineering and Management andNuclear Professional School established. Center for Innovationof Engineering Education established.
Department of Superconductivity abolished.
Department of Precision Engineering, Department of
Bioengineering and Department of Technology management
for Innovation established. (18 undergraduate departments,
22 departments)
Frontier Research Center for Energy and Resources
established. Department of Electrical and Electronic
Engineering, Department of Electrical Engineering
and Information Systems and Department of Systems
Innovation established. (17 undergraduate departments, 19
departments)
Department of Mechanical Engineering established. (16undergraduate departments, 18 departments)
Photon Science Center established.
Center for Innovation of Engineering Education abolished.
Institute for Innovation in International Engineering
Education established.
Medical Device Development and Regulation Research Centerestablished.
Resilience Engineering Research Center established.
Center for Spintronics Research Network established.
Research into Artifacts, Center for Engineering established.
Research Center for Water Environment Technology
reorganized.
Systems Design Lab established.
Campus Management Research Center established.
Nano-System Integration Center established.

（2）List of Deans
Order of Succession

Name

1

FURUICHI Koui

2
3

TenureOrder of Succession

Name

Tenure1886.5.1 - 1888.11.27

30

KIHARA Hiroshi

1969.4.1 - 1971.3.31

WATANABE Hiromoto

1888.11.28 - 1889.10.10

31SUGENO Takeshi

1971.4.1 - 1973.3.31

FURUICHI Koui

1889.10.11 - 1898.7.18

32

OKAMURA Sogo

1973.4.1 - 1975.3.31

4

TATSUNO Kingo

1898.7.19 - 1902.12.28

33

KONDO Jiro

1975.4.1 - 1977.3.31

5

WATANABE Wataru

1902.12.29 - 1918.11.25

34

UMEMURA Hajime

1977.4.1 - 1978.4.1

6

TERANO Seichi

1918.11.26 - 1920.6.30

35

FUJII Sumiji

1978.4.2 - 1980.4.1

7

TSUKAMOTO Yasushi

1920.7.1 - 1923.7.5

36

HISAMATSU Yoshihiro

1980.4.2 - 1982.4.1

8

TAWARA Kuniichi

1923.7.6 - 1926.7.9

37

NAGUMO Jinichi

1982.4.2 - 1984.4.1

9

TSUKAMOTO Yasushi

1926.7.10 - 1929.3.31

38

HORIKAWA Kiyoshi

1984.4.2 - 1986.4.1

10

SHIBUSAWA Motoji

1929.4.1 - 1932.3.30

39

INOSE Hiroshi

1986.4.2 - 1987.3.31

11

TANAKA Yoshio

1932.3.31 - 1935 .3.31

40

IRI Masao

1987.4.1 - 1989.3.31

12

HIRAGA Jo

1935.4.1 - 1938.3.31

41

YOSHIKAWA Hiroyuki

1989.4.1 - 1991.3.31

13

NIWA Shigeteru

1938.4.1 - 1941.3.31

42

SUGANO Takuo

1991.4.1 - 1992.3.31

14

UCHIDA Yoshikazu

1941.4.1 - 1943.3.31

43

OKAMURA Hiroyuki

1992.4.1 - 1994.3.31

15

SETO Shoji

1942.4.18 - 1945.3.31
1948.4.1 - 1951.3.31

44

GOSHI Youichi

1994.4.1 - 1996.3.31

16

SANO Hidenosuke

1943.3.12 - 1946.3.11

45

OKAMURA Hajime

1996.4.1 - 1998.3.31

17

INOKUCHI Tsuneo

1945.4.1 - 1948.3.31

46

NAKAJIMA Naomasa

1998.4.1 - 2000.3.31

18

KAMEYAMA Naoto

1946.3.12 - 1949.3.11

47

KOMIYAMA Hiroshi

2000.4.1 - 2002.3.31

19

OYMAMA Matsujiro

1949.3.12 - 1952.3.11

48

OGAKI Shinichiro

2002.4.1 - 2004.3.31

20

AOYAMA Hidesaburo

1952.3.12 - 1954.3.30

49

HIRAO Kimihiko2004.4.1 - 2006.3.31

21

NAKANISHI Fujio

1954.3.31 - 1956.3.31

50

MATSUMOTO Yoichiro

2006.4.1 - 2008.3.31

22

YAMAGATA Masao

1956.4.1 - 1958.3.30

51

HOTATE Kazuo

2008.4.1 - 2010.3.31

23

KOGA Itusaku

1958.3.31 - 1960.3.30

52

KITAMORI Takehiko2010.4.1 - 2012.3.31

24

MUTO Kiyoshi

1960.3.31 - 1962.3.30

53

HARATA Noboru

2012.4.1 - 2014.3.31

25

YOSHIKI Masao

1962.3.31 - 1964.3.30

54

MITSUISHI Mamoru

2014.4.1 - 2017.3.31

26

SAKAMOTO Toshifusa

1964.3.31 - 1966.3.30

55

OKUBO Tatsuya

2017.4.1 - 2020.3.31

27

NAKA Takeo

1966.3.31 - 1968.3.31

56

SOMEYA Takao

2020.4.1 - 2023.3.31

28

MOGAMI Takeo

1968.4.1 - 1968.11.4

57

KATO Yasuhiro

2023.4.1 -29

MUKAIBO Takashi

1968.11.5 - 1969.3.31

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３．Organization（1）Organizational Chart
Dean of the Graduate Schoolof Engineering

Executive Advisory
Council

Executive Committee

Graduate School
FacultyMember Meeting

The
Advisory
Board forthe Dean

Graduate School Department
Chair Meeting【Committees】
Committee on Finance
Graduate School Boardof Representatives
Graduate School
Education Committee

Faculty Member
Meeting
Faculty Department
Chair Meeting

Dean of the Facultyof Engineering

Faculty Board ofRepresentatives

Committee on Student Aﬀairs
Education Review Committee
Library Committee
Safety Committee
Information Systems Committee【Staﬀ Organizations】

Gender Equality Committee

Staﬀ Meeting

Faculty Evaluation Committee

Academic Strategy Oﬃce
Corporate & External Relations
Planning Oﬃce
Oﬃce of Public Relations(Undergraduate Departments）
Department of Civil Engineering
Department of Architecture
Department of Urban Engineering
Department of Mechanical Engineering
Department of Mechano-Informatics
Department of Aeronautics and Astronautics
Department of Precision Engineering
Department of Information and Communication Engineering
Department of Electrical and Electronic Engineering
Department of Applied Physics
Department of Mathematical Engineering and Information Physics
Department of Materials Engineering
Department of Applied Chemistry
Department of Chemical System Engineering
Department of Chemistry and Biotechnology
Department of Systems Innovation
16 Departments Total

Information Systems Oﬃce
Environmental Healthand Safety Oﬃce
Employee Management
Libraries for Engineering andInformation Science & Technology
Undergraduate andGraduate Departments
Administrative
Division

Academic Aﬀairs GroupInternationalAﬀairs Group

Technical Division

Information LibraryGroup
General Aﬀairs
Group
Finance Group【Departmental Institutes】
Institute of Engineering Innovation
Institute for Innovation in International
Engineering Education
Research Center for Water Environment Technology
Quantum-Phase Electronics Center
Frontier Research Center for Energy and Resources
Photon Science Center(Graduate Departments)
Department of Civil Engineering
Department of Architecture
Department of Urban Engineering
Department of Mechanical Engineering
Department of Precision Engineering
Department of Systems Innovation
Department of Aeronautics and Astronautics
Department of Electrical Engineering and Information Systems
Department of Applied Physics
Department of Materials Engineering
Department of Applied Chemistry
Department of Chemical System Engineering
Department of Chemistry and Biotechnology
Department of Advanced Interdisciplinary Studies
Department of Nuclear Engineering and Management
Department of Bioengineering
Department of Technology Management for Innovation
Nuclear Professional School
18 Departments Total

Division of Engineering Education
Division of Global Education
Division of International Cooperationand Exchange
Division of Interdisciplinary Research
Division of Creative Activity

Medical Device Development andRegulation Research Center
Resilience Engineering Research Center
Center for Spintronics Research Network
Research into Artifacts, Center for Engineering
Systems Design Lab
Campus Management Research Center
Nano-System Integration Center

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（（2）Dean and Officers (for Academic Year 2023)
Dean of the School of Engineering

Directors of Departmental Institutes
KATO YasuhiroInstitute of Engineering Innovation

SHIBATA Naoya

Institute for Innovation in International Engineering Education TSUMOTO Kouhei

Vice Deans

General Manager

ISHIDA Tetsuya

Research Center for Water Environment Technology TAKIZAWA Satoshi

TSUMOTO Kouhei

Quantum-Phase Electronics Center

KUMADA Akiko

Frontier Research Center for Energy and Resources SATO Kozo

SAKURAI Akira

Photon Science Center

ISHIZAKA Kyoko
KOASHI Masato

Medical Device Development and Regulation Research Center TSUMOTO Kouhei

Special Advisors to the Dean
SHIOMI Junichiro

Resilience Engineering Research Center

IZUMI Kiyoshi

SAITOH Eiji

Center for Spintronics Research Network

TANAKA Masaaki

WAKIHARA Toru

Research into Artifacts, Center for Engineering TAKAHASHI Hiroyuki

FUJII Yasumasa

Systems Design Lab

KURODA Tadahiro

Campus Management Research Center

CHIBA Manabu
TAKAHASHI Hiroyuki

Graduate Department Chairs
Department of Civil Engineering

FUSE Takashi

Nano-System Integration Center

Department of Architecture

YAMADA Satoshi

Administrative Division

Department of Urban Engineering

KOIZUMI Hideki

General Manager

SAKURAI Akira

Department of Mechanical Engineering

ARAI Fumihito

Manager, Academic Affairs GroupASAHARA Junko

Department of Precision Engineering

TAKAHASHI Satoru

Manager, International Affairs GroupOSHIMA Junji

Department of Systems Innovation

KAWABATA Tomoya

Manager, Information Library GroupHIRATA Yoshiro

Department of Aeronautics and Astronautics TERAMOTO Susumu

Manager, General Affairs Group

NITO Akio

Department of Electrical Engineering and Information Systems YAMASHITA Shinji

Manager, Finance GroupSHITOMI Masanori

Department of Applied Physics

KIMURA Tsuyoshi

Department of Materials Engineering

YOSHIDA HidehiroManager for Coordination, the Graduate School
TSURUOKA Takuji
of Information Science and Technology

Department of Applied Chemistry

YANAGIDA Takeshi

Manager for Corporate Collaboration

SATO Osamu

Department of Chemical System Engineering NAKAYAMA Akira
Department of Chemistry and Biotechnology OKAMOTO Akimitsu
Department of Advanced Interdisciplinary Studies MOTOHASHI Kazuyuki
Department of Nuclear Engineering and Management TAKATA Takashi
Department of Bioengineering

SEKINO Masaki

Department of Technology Management for Innovation MATSUO Yutaka
Nuclear Professional School

SAITO Takumi

Undergraduate Department Chairs
Department of Civil Engineering

FUSE Takashi

Department of Architecture

YAMADA Satoshi

Department of Urban Engineering

KOIZUMI Hideki

Department of Mechanical Engineering

SUGITA NaohikoDepartment of Mechano-Informatics

FUKAO Takanori

Department of Aeronautics and Astronautics TERAMOTO Susumu
Department of Precision Engineering

TAKAHASHI Satoru

Department of Information and Communication Engineering IRIE Hidetsugu
Department of Electrical and Electronic Engineering YAMASHITA Shinji
Department of Applied Physics

KIMURA Tsuyoshi

Department of Mathematical Engineering and Information Physics KAWASHIMA Kenji
Department of Materials Engineering

YOSHIDA Hidehiro

Department of Applied Chemistry

YANAGIDA Takeshi

Department of Chemical System Engineering NAKAYAMA Akira
Department of Chemistry and Biotechnology OKAMOTO Akimitsu
Department of Systems Innovation

NAKAO Akihiro

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（3）Graduate Departments

Department of Civil Engineering
The Department of Civil Engineering cultivates talented individuals who can take aleadership role in development and management of civil infrastructure with a broad,international perspective integrating nature, history, and culture. The department covers
various ﬁelds such as geotechnics, structures, materials, hydrology, river, coast,environment, energy, disaster prevention, land planning, landscape, urban systems,
transportation, management, and international projects. Within a dynamically changing
society, suﬀering from various problems such as natural disasters and the pandemic
outbreak of virus infections, the department contributes to the sustainable developmentof our society through exploring and improving the ﬁeld of civil engineering, advancing
innovative and cutting edge research activities, and deepening and systemizing
developed technologies and knowledge.

Experiment on concrete
Websitein JapaneseWebsitein English

Department of Architecture
The Department of Architecture is committed to building new approaches to learningand aims to create spaces and environments suitable for maturing societies in a new age.
This is achieved by integrating wide-ranging knowledge: from scientiﬁc, engineering, andtechnological ﬁelds to the humanities, social, and artistic domains. The Department aims
to develop specialists who can shoulder the responsibilities of architecture-related
research, development, planning, design, production, management, and policy
recommendations. Moreover, contributions to sustainability and societal growth are of
the utmost importance; as such, the Department addresses the challenges of research
geared toward creation of new value and global technological innovations.

Websitein JapaneseWebsitein English

Sketch critique amid architectural models

Department of Urban Engineering
The Department of Urban Engineering develops experts with demonstrable, real-world
applicable knowledge in urban planning, urban design, urban transportation planning,urban analysis, urban environmental engineering, urban water systems, international
urban environments, environmental design, urban management, and more. Moreover,the Department aims to contribute to sound, sustainable development of national land
and local communities from a global viewpoint while maintaining consideration for thediversity of local climates and social cultures.

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Creation of a sustainable city through diverse approaches

Department of Mechanical Engineering
The Department of Mechanical Engineering is responsible for research and education in
the comprehensive discipline of mechanical engineering. This includes foundational areas
such as solid mechanics, materials mechanics, ﬂuid dynamics, and thermal engineering in
conjunction with design and manufacturing engineering to facilitate the creation ofsuperior engineered systems, alongside the application of information technology andsoftware engineering to enhance the analysis and control of phenomena and systems,
integrating human knowledge.
The department also aims to cultivate leading researchers and engineers who willcontribute to the realization of a safe and secure society, ensuring healthy and fulﬁlling
lives for people, the development of global civilization and culture, and the creation of new
industries by pioneering advanced science and technology in areas such as theenvironment, energy, robotics, biotechnology, and medicine, including collaboration withoverseas and industrial sectors.

Websitein JapaneseWebsitein English

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Department of Precision Engineering
Robot technology (RT) and production technology (PT) are driving forces to change thefuture. Deeply intertwined with each other, the cutting edge of these two technologies has
been developed in the ﬁeld of precision engineering. At the Department of Precision
Engineering, students are provided with specialized education ranging from fundamental
knowledge to real-world application.
In response to social changes and needs, we carry out education and research on a wide
range of topics, including the development of production technology, next-generation
biomedical equipment using advanced devices, and system designs and robot
development using artiﬁcial intelligence (AI) and machine learning.

Websitein JapaneseWebsitein English

Electronic device integration technology for e-textile

Department of Systems Innovation
We propose these solutions to the important global-scale issues that surround us. First, todevelop new human knowledge on energy and resource creation and their storage andtransportation to overcome the problems of climate change; and second, to explore
socioeconomic systems and AI research to ﬁnd out how human beings will exist in the
future as well as advanced research and optimization of information communication,business, and basic infrastructure to respond to social changes. The Department of
Systems Innovation also emphasizes the interdisciplinary linkage of research elements,
aiming to produce human resources capable of creating systems with new value from aholistic perspective.

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Conceptual illustration of systems innovation in a complex,
advanced society

Department of Aeronautics and Astronautics
The Department of Aeronautics and Astronautics pursues both the conspicuous and theunrealized signiﬁcance and possibilities in the worlds of aeronautics and astronautics,
conducting research and providing education such that discoveries can be proactively
applied for the well-being of humanity. Moreover, the Department aims to create a new
ﬁeld of engineering and to develop leading-edge technologies and knowledge that can beapplied to other disciplines. To this end, the Department will foster system integration for
missions in aerospace and promote practical research and education. Through suchactivities, the Department aims to develop leaders in the ﬁelds of aeronautics andastronautics and contribute to societal progress.

Websitein JapaneseWebsitein English

World’
s ﬁrst successfully launched 1-kilogram satellite

Department of Electrical Engineering and Information Systems
The Department of Electrical Engineering and Information Systems aims to create anddevelop new disciplines that fuse aspects of physics (focusing on electromagnetism andquantum physics) with aspects of information science. To achieve this goal, the Departmentoﬀers research and education related to energy, the environment & aerospace, nanophysics &devices, and information & communications. Technologies such as brain-like LSI and highly
advanced sensing devices are core technologies for space exploration, electric vehicle
development, increasing capacities for electricity transport, AI & IoT, and self-driving cars.
Students research the design and control of this invisible world of electronics and information.
The Department aims to develop the next generation of unique leaders, i.e., individuals ofinternational genius who are creative and highly specialized and have a broad perspective.

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An electric vehicle utilizing dynamic wireless power transfer fromcoils buried in the road to the vehicle’s in-wheel motor.

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Department of Applied Physics
People who understand the fundamentals of science and are driven to take on thechallenges of solving new problems are in demand in every discipline. The Department ofApplied Physics is committed to developing world leaders who can apply their expertise inphysics, think independently, and venture into unexplored ﬁelds. Moreover, theDepartment aims to research advanced topics in the ﬁeld of physics and make use of theresults for society and industry.

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Do you have any ideas that can change the world?

Department of Materials Engineering
The Department of Materials Engineering aims to lead research in unexplored ﬁelds ofmaterials engineering, which fundamentally supports the various activities of people aroundthe world . Our goal is to make breakthroughs in the materials ﬁeld to help solve the issues anddiﬃcult problems faced by modern society regarding the environment, energy, information &communication, and medical care, thereby contributing to the sustainable development andwell-being of humanity. The Department is developing international-caliber, next generation
leaders who have unique ideas by providing students with opportunities to gain highly
advanced knowledge in the ﬁelds, all while fostering world-leading research and development
together with a fundamental knowledge of materials.

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Societies can be supported by newly created materials
in a variety of ways

Department of Applied Chemistry
The Department of Applied Chemistry’s ultimate goal is to contribute to the sustainable
development of humanity and the global environment through the creation of new
chemistry-based ﬁelds and technologies. While promoting world-leading research, theDepartment aims to develop specialists who have wide-ranging knowledge offundamentals, advanced expertise in applied chemistry, and can lead R&D in a variety ofﬁelds.

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Nanoscale huge, hollow molecule synthesized via self-assembly

Department of Chemical System Engineering
Department of Chemical System Engineering fosters chemical engineers and researchers
who have acquired the methodology of chemical system engineering, focusing on (1) the
analysis and control of chemical phenomena at every scale from molecular to planetary,and (2) the design and systemization of these components. The department uses thesemethodologies to promote research projects aimed at solving social issues in ﬁelds such as
the environment, energy, medical care, materials and devices, industrial applications, andsafety and security of society, and to lead the development of a sustainable society.

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Bridging Chemical Knowledge to Society

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Department of Chemistry and Biotechnology
The Department of Chemistry and Biotechnology develops professionals who, by specializing
in a wide range of ﬁelds such as organic chemistry, polymer chemistry, bioscience, andmolecular biology, can create new ﬁelds by integrating chemistry and life sciences.
Moreover, the Department aims to develop technologies that can make major
contributions to society through the use of chemistry and biology by producing beneﬁcial
chemical reactions, elucidating life phenomena, and improving biological systems.

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Chemistry and Molecular biology

Department of Advanced Interdisciplinary Studies
The Department of Advanced Interdisciplinary Studies provides education and researchguidance on fundamental and applied research (both emerging and world-leading) in arange of ﬁelds relating to advanced scientiﬁc technology, including social science andbarrier-free social systems. The Department also provides graduate courses for mature
students who are in full-time employment. Through its courses for graduate education andresearch, the Department aims to develop not only unique and creative researchers in theadvanced scientiﬁc ﬁelds but also specialists in international research, business
management, and advanced interdisciplinary policymaking.

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Providing an interdisciplinary environment fora range of researchers

Department of Nuclear Engineering and Management
The Department of Nuclear Engineering and Management develops specialists who areversed in a range of science and technology ﬁelds, have a strong understanding of people
and societies, and have systematized knowledge and a systematic way of thinking
regarding nuclear safety, energy, and radiation science and their applications. These
individuals have an international perspective and can take responsibility for both academic
and practical R&D, planning, design, production, management, and policy
recommendations for science and its applications. Moreover, the Department aims todevelop experts who can proactively take on the challenge of conducting cutting-edge
research in unexplored ﬁelds and pursue research that can lead to new technologicalinnovations, thus contributing to the sustainability and development of society.

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Abundant opportunities for international exchange

Department of Bioengineering
Bioengineering serves as a bridge between the world of science and the ﬁelds of health,
medical care & welfare, drug creation, the environment, energy, food, nano & biotechnology, safety & security, and information. The Department of Bioengineering is committed tobuilding methodologies for bioengineering for the sustainable development of humanityand promotion of human health and welfare in aging societies with falling birthrates;
eﬀorts are based on the existing disciplines of machinery, electricity, physics, chemistry,materials, and more to understand the interaction of materials and living systems. Throughits education and research activities, the department aims to develop specialists who canserve as key players in the biomedical industry.

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BIO×ENG: developing specialists
who can serve as key players in the biomedical industry

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Department of Technology Management for Innovation
The Department of Technology Management for Innovation aims to cultivate future
leaders who can contribute to innovation by providing professional education in threeareas: scientiﬁc innovation, economics and management, and social systems, including the
rapidly developing ﬁeld of AI. The department also supports the development ofintellectual and creative skills necessary for the strategic integration of these ﬁelds.
Additionally, the department conducts research in various ﬁelds such as smart industry,
new energy and systems, management of medical services, and resilience engineering,with the goal of promoting Society 5.0 and achieving the United Nations' SDGs.

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Providing an international learning environment

Nuclear Professional School
The Nuclear Professional School fosters research in the ﬁeld of advanced nuclear reactor engineering, decommissioning engineering, laser beam science, medical physics, nuclear fuels/materials,
fusion reactor materials, etc.
The school is the only professional graduate school specializing in nuclear engineering in Japan. It
educates students to acquire deep knowledge on safe operations, maintenance, and supervisionof nuclear-related facilities. Graduates actively work as engineers with advanced skills andleadership in electric power companies, regulatory bodies, nuclear industries, R&D institutions, etc.
This department operates collaboration research programs opened domestically and internationally, using the facilities and equipment owned by this department.

Website

LINAC facility where ultra short pulse electron beams are generated

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（4）Undergraduate Departments

Department of Civil Engineering
The Department of Civil Engineering cultivates talented individuals who can take aleadership role in development and management of civil infrastructure with a broad,international perspective integrating nature, history, and culture. The department covers
various ﬁelds such as geotechnics, structures, materials, hydrology, river, coast,environment, energy, disaster prevention, land planning, landscape, urban systems,
transportation, management, and international projects. Undergraduate students of ourdepartment systematically learn various basics in the ﬁelds of civil engineering andcultivate practical skills and knowledge applicable to the sustainable development of ourdynamically changing society and lives.

Websitein JapaneseWebsitein English

Field exercise in one of the University of Tokyo Forests

Department of Architecture
In addition to providing the academic, technical, and artistic knowledge required forplanning, structures, and the environment (which includes studies of plans, design,
fabrication, and maintenance), the Department of Architecture aims to develop specialists
who can utilize their knowledge comprehensively for architectural designs and proposals;
individuals who are able to take a broad view and have the creativity to contribute to thesustainable development of society.

Websitein JapaneseWebsitein English

Sketch critique amid architectural models

Department of Urban Engineering
The Department of Urban Engineering aims to develop leaders who have systematizedknowledge about urban engineering and can contribute to the sound, sustainable
development of national land and local communities in the ﬁelds of urban planning, urban
design, urban transportation planning, urban analysis, urban environmental engineering,urban water systems, international urban environments, environmental design, and urban
management.

Websitein JapaneseWebsitein English

Creation of a sustainable society through diverse approaches

Department of Mechanical Engineering
The Department of Mechanical Engineering is responsible for education and research in mechanicalengineering as a comprehensive academic system. This includes foundational areas such as solidmechanics, materials mechanics, ﬂuid dynamics, and thermal engineering in conjunction withdesign and manufacturing engineering to facilitate the creation of superior engineered systems,
alongside the application of information technology and software engineering to enhance theanalysis and control of phenomena and systems, integrating human knowledge.
The department also aims to cultivate leading researchers and engineers who can pioneer advanced
science and technology in the ﬁelds of environment, energy, robotics, biotechnology, and medicine.

Websitein JapaneseWebsitein English

Education and research in mechatronics systems

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Department of Mechano-Informatics
The Department of Mechano-Informatics is committed to developing the next generationof leaders and researchers; individuals with precise thinking who can take a global view inorder to develop theories and systems to connect people, machines, and information. To
this end, the Department provides students with opportunities to better understandpeople and create tangible objects through studies of informatics and mechanicalengineering. Through these eﬀorts, the Department works to develop specialists who havepractical knowledge and hands-on experience with mechano-informatics.

Websitein Japanese

Understanding people to create robots
Creating robots to deepen our understanding of people

Department of Aeronautics and Astronautics
The Department of Aeronautics and Astronautics fosters education and research in theﬁeld of system integration and system engineering. Speciﬁcally, the Department educates
students on the four primary topics (hydrodynamics, mechanical & structural dynamics,
control engineering, and thermodynamics) that represent the fundamental technologies
used for aircraft and their engines, rockets, and artiﬁcial satellites. Students will also learn
how to combine these fundamental technologies to create and operate reliable systems.
The advanced technologies applied for systems operations in extreme conditions can also
be applied to other ﬁelds.

Websitein JapaneseWebsitein English

Computer-based ﬂow simulation

Department of Precision Engineering
The Department of Precision Engineering provides students with a wide range offundamental and applied knowledge in the ﬁelds of robot technology (RT) and production
technology (PT). Based on these two technologies, the Department fosters education andresearch on precision processing and measurement, system design using artiﬁcial
intelligence (AI), and systematization of information and knowledge for manufacturing,biomedical devices, and service robots.

Websitein JapaneseWebsitein English

Advanced nano-machining and measurement system

Department of Information and Communication Engineering
The Department of Information and Communication Engineering develops specialists who
advance existing technologies and create new technologies in various ﬁelds of electronics
such as computer and information processing (hardware and software), information
networking, communication systems, media and signal processing, and intelligent
information processing. The Department also has a program that enables undergraduate
students to go abroad and give presentations on their research and achievements.

Websitein Japanese“EmiTable”, a table-type display that reveals hidden light signals
as visible pixel units.

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Department of Electrical and Electronic Engineering
The Department of Electrical and Electronic Engineering is engaged in the ﬁeld of physics
focusing on electromagnetism and quantum physics but is also promoting its research
activities in a wide range of ﬁelds related to information science. The research ﬁelds of the
Department include 1) nanophysics, photons, and biotechnology, 2) energy, theenvironment and space; and 3) system electronics. The Department is developing
next-generation leaders who can create new technologies in the aforementioned ﬁelds
and demonstrate their capabilities on a global scale.

Touch sensors made with the world's lightest, thinnest and softest
electronic circuits.

Websitein Japanese

Department of Applied Physics
Physics is a ﬁeld of study which examines methods of approaching the unknown. The
Department of Applied Physics aims to develop specialists who can use the fundamental
and advanced knowledge gained through their studies to create new academic andindustrial ﬁelds.

Websitein JapaneseWebsitein English

Do you have any ideas that can change the world?

Department of Mathematical Engineering and Information Physics
The Department of Mathematical Engineering and Information Physics pursues
engineering that promotes the welfare of humanity based on knowledge of mathematics,
physics, and information science. In particular, the Department aims to create basic ways ofthinking, universal principles, and systematic methodologies to help solve a variety ofissues in a range of ﬁelds (beyond speciﬁc industries) and to develop specialists who can
explore the array of new possibilities provided by engineering.

Websitein JapaneseWebsitein English

Education on systems and mathematical engineering at the Department

Department of Materials Engineering
Materials engineering supports various human activities relating to areas such as theenvironment, energy, information and communication, and medicine.
Our department aims to develop specialists who can contribute to the sustainableadvancement of human society by providing systematic learning on materials science andengineering from basics to application and by cultivating the R&D ability to create newmaterials. To this end, we have established three courses: (1) Biomaterials, (2) Ecomaterials,
and (3) Nanomaterials, aiming to develop the next generation of leaders with a broad
perspective through comprehensive and international education and practical training in
all material ﬁelds.

Websitein JapaneseWebsitein English

Societies can be supported by newly created materials
in a variety of ways

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Department of Applied Chemistry
The Department of Applied Chemistry’s ultimate goal is to contribute to the sustainable
development of humanity and the global environment through the creation of new
chemistry-based ﬁelds and technologies. To this end, the Department provides students
with opportunities to learn basic chemistry in a systematic manner, including physicalchemistry, quantum chemistry, inorganic chemistry, organic chemistry, and analysis
chemistry (as well as how to conduct advanced, comprehensive research in graduate
school). The Department thereby develops specialists who can contribute to thedevelopment of advanced knowledge and next-generation technologies.

Websitein English

Websitein Japanese

Nanoscale huge, hollow molecule synthesized via self-assembly

Department of Chemical System Engineering
The Department of Chemical System Engineering develops chemical system engineers
and researchers capable of building and analyzing macro-scale systems throughchemistry-based development of materials (on atomic and molecular levels) and throughcontrol of chemical reactions. At the same time, the Department aims to develop
specialists who can apply their knowledge to work toward creation a sustainable society
through solving social issues related to the environment, energy, medical care, materials
and devices, industrial applications, and safety & security.

Websitein JapaneseWebsitein English

Bridging Chemical Knowledge to Society

Department of Chemistry and Biotechnology
The Department of Chemistry and Biotechnology aims to develop technologies that makesigniﬁcant contributions to society in the ﬁelds of both chemistry and biotechnology. To
this end, the Department provides students with opportunities to systematically gain
knowledge across a range of academic ﬁelds, including organic chemistry, polymer
chemistry, life science, and molecular biology. Students also learn how to conduct
comprehensive, advanced research in graduate school. The Department aims to develop
specialists who can contribute to the development of next-generation technologies.

Websitein JapaneseWebsitein English

Chemistry and Molecular biology

Department of Systems Innovation
The Department of Systems Innovation pursues comprehensive science to “innovate future social systems” that will
make “critical infrastructures” robust and resilient by advancing DX while taking GX into consideration, and to pursue
the further well-being and growth of humanity.
We follow the fundamental philosophy of pursuing comprehensive knowledge that integrates the humanities andsciences and of taking interdisciplinary approaches in consideration of the global environment, including researchareas such as AI, data collaboration, quantum, information communication, carbon neutrality, frontier resources,
space utilization technology, next-generation materials, ocean development, supply chain optimization, new energy
development, social science, technology management, etc.
In line with this basic philosophy, we will cultivate global human resources that are internationally active in exploringof academic principles for the “innovation of future social systems” that will enable people to live safely and securely.
Contents of Global Systems Innovation
Websitein Japanese

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（5）Departmental Institutes

Institute of Engineering Innovation
Under the leadership of the Dean of School of Engineering, the Institute fosters thefollowing: strategic research for the creation of new scientiﬁc ﬁelds; large projects that
contribute to the School of Engineering; collaborative programs between industries andthe University; and the associate professor program for conducting new frontier research(designed for the education of outstanding young faculty members). Moreover, theInstitute is in charge of the maintenance of basic technologies shared across the School ofEngineering. It supports the use of a range of world-leading analysis and fabricationequipment both inside and outside the university (through a nationwide system for shareduse).

Websitein JapaneseWebsitein English

The world’s highest performance electron microscope andsuper-clean room

Institute for Innovation in International Engineering Education
The Institute was established as a part of the School of Engineering in April 2011 in order tobuild a foundation for international education and research in the ﬁeld of engineering, togather excellent students and faculty from inside and outside Japan, and to promoteinternational collaboration in education. The Institute aims to enhance the University’s
international at-tractiveness as a world-leading university and anticipate the future ofJapan as a technology-oriented country. It includes the Division of Engineering Education,
Division of Global Education, Division of International Cooperation and Exchange, Divisionof Interdisciplinary Research and Division of Creative Activity.

Websitein JapaneseWebsitein English

Tea party organized by international students

Research Center for Water Environment Technology
In an eﬀort to respond to various social needs in an environment-oriented society, thisResearch Center fosters research that develops advanced water environment
management systems by fusing and linking fundamental and applied sciences. The centerpromotes frontier research to become a transdisciplinary and ﬂexible core hub in the ﬁeldof water engineering. The major ﬁelds are water quality control technologies anddevelopment of new materials; water system management focusing on micropollutants inwater environments, and international water environment issues related to water andsanitation.

Websitein JapaneseWebsitein English

Survey on unregulated micropollutants in river

Quantum-Phase Electronics Center
The Quantum-Phase Electronics Center develops innovative principles for materials
science for supereﬃcient energy conversion and super energy-saving electronics, which
are essential for the creation of a sustainable society. The Center conducts experiments
and research on strongly correlated quantum matter to propose new principles forelectronic technologies based on the emergence of quantum matter (such as Mottronics,
topological electronics and skyrmionics) and performs tests to establish the principles.

Websitein JapaneseWebsitein English

Who will be the next technological innovator?

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The Frontier Research Center for Energy and Resources
The Frontier Research Center for Energy and Resources aims to create innovative andenvironment-friendly technologies to ensure a stable supply of energy and mineral
resources. The Center also aims to develop novel technologies and systems for discoveringand exploring frontier resources in deep sea and in space. In particular, the Center focuseson advanced research activities such as: 1) oil and natural gas development and CCS(Carbon dioxide Capture and Storage) for environmental harmonization, 2) developmentof seaﬂoor methane hydrate around Japan, 3) exploration and development of seaﬂoor
mineral resources in the Japanese exclusive economic zone, and 4) creation of resources
through artiﬁcial processes.

Websitein JapaneseWebsitein English

Survey on rare-earth elements and yttrium (REY)-rich mud
conducted near Minamitorishima Island using a piston corer

Photon Science Center
The Photon Science Center was established with the aim of becoming an international
center for optical science research and education. The Center is committed to building
principles and technologies for modern optical science. It fosters doctoral education andsupports young researchers. In particular, the Center aims to create innovativetechnologies to generate, manipulate, and utilize light waves and photons.

Websitein JapaneseWebsitein English

Laser light source used to measure and control the world ofphotons at extremes

Medical Device Development and Regulation Research Center
Because technologies used in medical care and welfare devices aﬀect human health, theirrisks and beneﬁts need to be scientiﬁcally analyzed at the R&D stage to maximize beneﬁts
while minimizing risks. The Center conducts research on technologies for new medical careand welfare devices as well as on the methods for the scientiﬁc evaluation of the devices’performance and safety. The Center works toward early clinical use of the research results
obtained at the School of Engineering for advanced medical care and welfare.

Websitein Japanese

Research on a minimally invasive surgery support system ina medical technology evaluation laboratory

Resilience Engineering Research Center
New ideas for risk management are needed in a variety of ﬁelds, and the concept ofresilience (which refers to a system’s ability to maintain regular conditions by minimizing
the inﬂuence of external disturbances or internal changes to its overall functionality) is
drawing attention. The Center fosters education and research on principles andmethodologies with the aim of creating resilient systems.

Safety limit

Buﬀer

Adaptability of thestructure tochanges and disturbances

Functionality

Flexibility

Websitein English(in relation to thesafety limit)

Ability to absorb changes
and disturbances

Safety limit
after adaptation

Websitein JapaneseMargin of safety

Safety limit

Tolerance

Speed of functional
degradationnear the safety limit

System features related to resilience

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Center for Spintronics Research Network
Spintronics is an interdisciplinary research ﬁeld in which materials, devices, and systems
are developed by introducing spin degrees of freedom to electronics and information
processing. The ﬁeld has been rapidly developing in terms of both scientiﬁc and applied
technologies, and the dramatic development of new energy-saving ICT is expected. The
Center was established to build a nationwide network of researchers and bring theirabilities together to foster innovation and make contributions to society.

Websitein JapaneseWebsitein English

Creating innovative new substances, nanostructures,
and/or devices with spin features and functions

Research into Artifacts, Center for Engineering
This research center conducts research and education on a new discipline for the developmentof methodologies and their systemization for next-generation manufacturing (including
services) and value creation, in order to solve the various modern societal issues and realize asustainable society. In concrete we promote the dissemination of artifactology to society byindustry-academia-government co-creation, new fundamental research for next-generation
manufacturing, and human resources development through these activities, by three researchdivisions on Value Creation, Cognitive Mechanism, and Applied Intelligence.

Websitein JapaneseWebsitein English

Simulation of part assembly by a robot, which is one of the eﬀorts
to solve problems in manufacturing

Systems Design Lab
The knowledge-intensive society is arriving. When the core of value shifts from products toservices, what will happen to the manufacturing industry? Seeking the answer to thisquestion is the mission of the (d.lab) laboratory. From the perspective of creating solutions,d.lab aims to rebuild the design methodology and manufacturing ecosystem so thatanyone with a system idea can immediately obtain a dedicated chip. We create data-driven
system design platforms and develop human resources who can play an active role in adata-driven society.

Websitein JapaneseWebsitein English

Chips are created with a silicon compiler, according to how thesoftware is written.

Campus Management Research CenterIn the future society of the 21st century, management studies that diﬀer from conventionalarchitectural studies will be required. This center will promote the conservation andrenewal of facilities, the utilization of historical spatial resources, and the use of informationand communication technologies for the buildings on the University of Tokyo campus.
While mutually developing the three perspectives of Facility Management (FM), Property
Management (PM), and Information Management (IM), we will promote research,education, and practice with the goal of creating an ideal university space suitable for the
future society.

The renovated Dream Lecture Hall 'KAJIMA HALL：Lecture Room No.15'

Websitein Japanese

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Nano-system Integration Center
This center is a platform to access the advanced instruments and machines used fornano-device fabrication. We encourage rapid prototyping for open innovation. Also, we
accelerate digital transformation through incubation of start-up companies anduniversity-industry collaboration. Our prototyping platform can cover electronic or opticaldevices, micro electro mechanical systems, micro ﬂuid devices, etc. We also promote thefurther development of research and education on device design, fabrication, evaluation,and related material processes.

Websitein Japanese

Takeda building and Clean Room in the basement17330066

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４．Number of Faculty and Staff Members（As of May 1, 2023）
Number of staff

Number of faculty members
Professor

Associate
Professor

Lecturer

Assistant
Professor

Research
Assistant

Project
Professor

Project
Associate
Professor

Project
Lecturer

Project
Assistant Total
Professor

Administrative Technical
Total
Division
Division

M

M

M

M

F

M

M

M

M

M

F

M

F

M

F

123

12

56

12

56

76

67

18

164

F
9

F

112

8

F

32

3

F
2

2

F

13

F

18

3

13

F
1

583

Number of faculty members

Department

Professor

Project
Project Total
Associate
Assistant Research Project
Project
Associate
AssistantLecturer
Professor
Professor Assistant Professor
Lecturer
Professor
Professor

Department ofCivil Engineering

124Department ofArchitecture

11

10

Department of
Urban Engineering

6

10

1

7

Department of MechanicalEngineering

10

7

6

7

Department ofPrecision Engineering

74

Department of
Systems Innovation

15

12

Department of
Aeronautics and Astronautics

11

6

Department of ElectricalEngineering and Information Systems

16

8

2

5

Department ofApplied Physics

9

6

5

18

Department ofMaterials Engineering

12

5

3

5

1

Department ofApplied Chemistry

6

5

2

12

1

Department of Chemical
System Engineering

7

2

2

8

1

Department of Chemistry
and Biotechnology

6

6

2

11

1

Department of Advanced
Interdisciplinary Studies

2

Department of Nuclear
Engineering and Management

72

Department of
Bioengineering

5

3

3

Department of Technology
Management for Innovation

5

2

1

Nuclear
Professional School

4

5

Research Center for
Water Environment Technology

11

Quantum-Phase
Electronics Center

2

1

3

Institute of Engineering
Innovation

5

5

10

Frontier Research Center
for Energy and Resources

1

3

Photon Science Center

11Institute for Innovation inInternational Engineering Education

2

3

Medical Device Development
and Regulation Research Center

1

1

2

Resilience Engineering
Research Center

1

2

3

Center for Spintronics
Research Network

1

11

1

7

1

30

General Manager

1

2

3

34

Academic Affairs Group

45

1

6

31

International Affairs Group

9

2

35

Information Library Group

11

4

19

General Affairs Group

30

4

42

35

3

31

6

41

Finance Group(with 4technical staff member)Manager for
Coordination,the Graduate
School of Information
Science and Technology

38

Subtotal

132

2

28

Technical Division

85

1

2

29

Total

217

1

5

26

1

5

34

1

2

6

1

8

3
2

1

2

1

2
2

2
2

3

1

1

Systems Design Lab.

2

2

1

12

5

20

3

13

1

14
2

2
1

2

3

3

3

11

7

36

1

5
2

1

4
2

1

2
5

2

3

1

1

2

1

2

1

1

4

1

10
10

1
1

1

173

120

14

1

1

Campus Management
Research Center

Total

1

2

Research into Artifacts,
Center for Engineering

Environmental Healthand Safety Office

Total

1

4
4

Administrative/
Technical Devision

217

1
2

35

135

4

13

21

14

68

583

18

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５．Student Data
（1）Number of Undergraduate Students and Research Students in the School of Engineering (As of May 1, 2023)
Admission
Capacity

Department

No. of research
students

No. of students
M

F

Total

M

F

No. of newstudents

Total

Department of Civil Engineering

80

91

16

107

Department of Architecture

120

85

37

122

1

1

(1)

〔1〕

52

Department of Urban Engineering

100

81

38

119

1

1

(1)

53

267

16

283

1

1

(1)

134

2

2

<1>

56

Mechanical engineering departments
Department of Mechanical Engineering

170

Department of Mechano-Informatics

80

Department of Aeronautics and Astronautics

104

103

10

113

54

Department of Precision Engineering

90

85

13

98

46

Department of Information and Communication Engineering

80

264

13

277

(5)

132

Department of Electrical and Electronic Engineering

150

Department of Applied Physics

100

109

7

116

(2)

54

Department of Mathematical Engineering and Information Physics

110

128

8

136

(2)

63

Department of Materials Engineering

150

143

13

156

(1)

77

Department of Applied Chemistry

110

106

8

114

Department of Chemical System Engineering

100

88

13

101

Department of Chemistry and Biotechnology

100

77

26

103

Department of Systems Innovation

232

256

35

291

1,876

1,883

253

2,136

Electronic engineering/information departments

Total

1

1

2

52

1

1

46
52

6

2

8

(6)

<2>

133

(19)

<3> 〔1〕 1,004* Admission capacity: From the values in the table addended to “Department Regulations Chapter 1, Article 2,” the number of undergraduates
for the latter half of the curriculum (annual)* The total in the admission capacity column includes third-year students transferred from other departments (10 people x 2 years = 20
people).
* Regarding the number of new students: students transferred from other colleges or universities are shown in parentheses, students transferred from other departments are shown in brackets, and students entering the department after graduating from other departments, collegesor universities are shown in angled brackets.

（2）Number of Graduate Students and Research Students in the School of Engineering (As of May 1, 2023)
Master’s course

Doctoral course

No. of foreign
research
students

Professional school

Department
Total Admission
capacity

No. of newstudents

Admission
capacityM

Department of Civil Engineering

104

159

39

198

72

82

24

106

69

13

Department of Architecture

74

121

70

191

48

87

33

120

10

7

17

82

16

Department of Urban Engineering

74

114

62

176

33

41

28

69

2

4

6

39

2

Department of Mechanical Engineering

104

214

19

233

75

129

23

152

5

1

6

86

16

F

M

Total Admission
capacity

No. of research
students

F

M

F

Total

M

F

Total

M

Department of Precision Engineering

54

94

11

105

36

46

8

54

2

Department of Systems Innovation

90

166

14

180

57

57

10

67

4

2

6

Department of Aeronautics and Astronautics

74

116

9

125

54

55

7

62

2

1

3

1

Department of Electrical Engineering
and Information Systems

140

252

35

287

96

129

11

140

5

1

6

1

Department of Applied Physics

84

107

1

108

57

80

3

83

1

Department of Materials Engineering

90

125

14

139

60

38

11

49

1

Department of Applied Chemistry

66

109

20

129

39

40

6

46

1

Department of Chemical
System Engineering

56

87

19

106

39

33

11

44

Department of Chemistry andBiotechnology

64

76

32

108

39

76

21

97

138

85

30

115

Department of Advanced
Interdisciplinary Studies

5

1

59

16

1

44

11

48

31

2

35

5

40

23

63

891

222

72

23

95

24

49

6

55

10

51

1

35

1

21

3

1

Department of Technology
Management for Innovation

9

26

46

2

5

74

15

104

8

42

19

257 1,375

1

1

20

6

55

936 1,118

8

30

36

36

396 2,314

63

5

33

74

1,211 1,918

1

3

60

23

10

6
11

2

5

51

1

35
80

1

55

58

9

2

1

44

15

2

1

Department of Bioengineering

Total

2

1

Department of Nuclear
Engineering and Management

Nuclear Professional School2

Total Master’ s Doctoral Professional
school

F

25

10
4

0

4

10

19

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（3）Percentage of Students Enrolled at the School of Engineering at the University of Tokyo (As of
May 1, 2023)

School of Engineering
2,136（15%）

Total
13,974

School ofEngineering
1,375（22%）

School ofEngineering
2,314（33%）

Total
7,088

Total
6,306

Other schools
4,774

Other schools
11,838Undergraduate courses

Other schools
4,931

Master’s courses

Doctoral courses（4）Number of Students by Year (As of May 1, 2023) *Including students attending professional school
Academic year

2009

2010

2011

2012

2013

2014

2015

2016

2017

2018

2019

2020

2021

2022

2023

Undergraduate

2,104 2,165 2,175 2,150 2,156 2,141 2,141 2,180 2,186 2,162 2,135 2,109 2,145 2,133 2,136

Graduate

3,034 3,122 3,264 3,220 3,147 3,119 3,174 3,210 3,280 3,316 3,355 3,420 3,544 3,632 3,699

Total

5,138 5,287 5,439 5,370 5,303 5,260 5,315 5,390 5,466 5,478 5,490 5,529 5,689 5,765 5,835

No. of students
6000
5,138

5,439

5,287

5,370

5,303

5,260

5,315

5,390

5,466

5,490

5,478

5,529

4000
3,034

2,104

3,264

3,122

2,165

2,175

3,220

2,150

3,147

2,156

3,119

2,141

3,174

2,141

3,210

2,180

3,280

2,186

3,355

3,316

2,162

2,135

3,420

2,109

5,689

3,544

2,145

5,765

3,632

2,133

5,835

3,699

2,136

2000

0

2009

2010

2011

2012

2013

2014

2015

Undergraduate

2016

2017

Graduate

2018

2019

2020

2021

2022

2023

Total

20

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（5）Number of Doctoral Graduates (As of March 31, 2023)
FormerNew system（Doctorate by New system（Doctorate bysystemcourse of study）
dissertation）
Category
Cumulative
Academic
Cumulative
Academic
Cumulative
total
year 2019
total
year 2019
total
Doctor of Engineering
1,916
2,940
3,202
Doctor（Engineering）
254
7,823
26
2,931
Doctor（Other）
3
138
0
17

Total
Academic
year 2019280
3

Cumulative
total
8,058
10,754
155（6）Number of Doctoral Graduates by Year (As of May 1, 2023)
Academic year
Doctorate by course of
study（Engineering）
Doctorate bydissertation
Doctorate by course of
study（Other）
Doctorate bydissertation（Other）
Total

2012

2013

2014

2015

2016

2017

2018

2019

2020

2021

2022

265

269

266

232

241

261

273

252

251

266

254

5

7

3

7

4

8

2

6

3

3

3

49

37

35

24

35

35

34

30

21

24

26

0

0

1

0

0

3

1

1

0

0

0

319

313

305

263

280

307

310

289

275

293

283

（7）Paths after Graduation (As of March 31, 2022)
Path

Undergraduate

Master’s

Individuals who graduated

991

1,040

Graduate schools
Other undergraduate courses
Specialized training colleges/foreign schools
Subtotal
Agriculture and forestry
Fisheries
Mining and quarrying of stone and gravel
Construction
Manufacturing
Electricity, gas, heat supply, and water
Information and communications
Transport and postal activities
Wholesale and retail trade
Finance and insurance
Employment Real estate, renting, and leasing
Scientific research and professional/technical services
Accommodations, eating and drinking services
Living-related and personal services andamusement services
Education and learning support
Medical, health care and welfare
Compound services
Services (not elsewhere classified)
Government, except elsewhere classified
Other(Industries unable to classify)
Subtotal
Other

655
4
5
664

200
1
13
214
2

Next stage
ofeducation

Professional
SchoolDoctoral
310
(*41)
11
0
2
13

4
8
1
24
1
5
18
4
4

2
72
235
12
108
17
17
35
15
42

1
7
68
2
12

2

6

1

4
5
5
8
20
113
214

1
13
28
28
45
678
148

12

2
5

4
34

45
4
1
7
7
193
104

7
5

* The numerical figure in parentheses shows the number of students who completed coursework without a degree and is included in the total
number.

21

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６．International Exchange（1）Partner Universities/Institutes with Academic Exchange Agreements (As of May 1, 2023)
RegionCountry/Region

Indian Institute of Technology Kharagpur (MOU only)
Indian Institute of Technology Kanpur (MOU only)
Indian Institute of Technology Delhi (MOU only)
Indian Institute of Technology Hyderabad (MOU only)
Indian Institute of Technology Madras (MOU only)
Indian Institute of Technology Bombay
Indian Institute of Technology Roorkee
Indian Institute of Management Bangalore
Bandung Institute of Technology (MOU only)
Faculty of Mechanics and Mathematics, Faculty of Biology, Faculty of Chemistry, Faculty of Physics, Al-Farabi
Kazakh National University
School of Engineering and Digital Sciences, Nazarbayev University
College of Engineering, Nanyang Technological University
School of Design and Environment, National University of Singapore / College of Architecture and Urban Planning,＊
Tongji University / School of Architecture, Tsinghua University
Faculty of Engineering, University of Moratuwa＊
Faculty of Engineering, Chulalongkorn University＊
Sirindhorn International Institute of Technology (SIIT), Thammasat University◆＊ Asian Institute of Technology
Coordinating Committee for Geoscience Programmes in East and Southeast Asia＊
Hanoi University of Science, Vietnam National University, Hanoi (MOU only)
Hue University of Sciences
Vietnam Academy of Science and Technology, Vietnam National Satellite Center
Hanoi University of Science and Technology
Institute of Technology Petronas SDN BHD
The College of Engineering, the College of Life Science and Bioengineering, Korea Advanced Institute of Scienceand Technology (KAIST)◆
Sungkyunkwan University＊
College of Engineering, Seoul National University / Tsinghua University◆
University of Science and Technology of China◆
Tsinghua University◆
Zhejiang University
Central South University
Chongqing University＊
Xi’ an Jiaotong University＊
Dalian University of Technology
Tianjin University＊
Graduate School of Tongji University
Southeast University
Beijing University of Chemical Technology＊
Beijing Jiaotong University
North China Electric Power University＊
Faculty of Construction and Environment, the Hong Kong Polytechnic University
School of Mechanical & Automotive Engineering, South China University of Technology
College of Design, College of Engineering, National Taipei University of Technology
College of Electrical Engineering and Computer Science, National Cheng Kung University
Industrial Technology Research InstituteCollege of Technology Management, National Tsing Hua University＊
College of Engineering, National Taiwan University (MOU only)
Asia University (Taiwan)
College of Engineering, Chung Yuan Christian University
National Applied Research Laboratories of Taiwan, R.O.C＊
College of Science・College of Engineering, National Sun Yat-sen University
Yangon Technological University＊
Royal Melbourne Institute of Technology (RMIT)◆
University of South Australia＊
Science and Engineering Faculty, Queensland University of Technology＊
The College of Engineering, The University of Canterbury
College of Engineering, Khalifa University of Science, Technology and Research
Faculty of Engineering Technology, Higher Colleges of Technology
United Arab Emirates University
King Abdullah University of Science and Technology (KAUST)＊
Faculty of Engineering, Middle East Technical University◆＊ Istanbul Technical University
Faculty of Engineering, Antioquia University/ Faculty of Architecture, La Salle University/ Faculty of Arts andInstitute of Technological Investigations, National University of Columbia/ Faculty of Architecture and Arts, Piloto
de Colombia University/ Faculty of Architecture, Pontificia Bolivaviana University/ Faculty of Architecture and
Design, University of Los Andes◆
The University of São Paulo◆Federal University of Pernambuco＊
Massachusetts Institute of Technology
The University of Washington College of Engineering (Seattle)
Clemson University◆
Rice University＊
University of California (MOU only)
Eli and Edythe Broad CIRM Center for Regenerative Medicine and Stem Cell Research, the University of Southern
California
Harvard School of Dental Medicine
Massachusetts General Hospital

India

Indonesia
Kazakhstan
Singapore
Singapore and China
Sri Lanka
Thailand

Vietnam
Malaysia
Asia

South Korea
South Korea and China

China

TaiwanMyanmar
Oceania

University (Institution)
＊
＊
＊
＊
＊
◆＊
＊
＊
＊

Australia
New Zealand
UAE

MiddleEast Saudi Arabia
TurkeyCentral Colombia
and South
America
BrazilNorth
America United States of America

22330066

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RegionCountry/Region

University (Institution)
◆
＊
◆

North
America Canada

United Kingdom

◆＊
＊
＊
＊
＊
＊
＊
＊
◆＊
＊
◆
＊
＊

Italy

Austria
The Netherlands
Switzerland

Sweden

＊
＊
＊
＊
＊
◆＊
＊

Spain
Denmark＊＊
Germany＊

Norway

＊
＊
＊
＊
＊
◆
＊
◆＊

Europe＊Finland

◆
◆
＊
＊
＊
＊
＊
＊
＊
＊
＊

France＊＊＊＊＊＊PolandRomania
Russia＊EU(France・Belgium・Portugal・Germany ＊・Bulgaria)

University of Toronto
McMaster University
University of Essex
Business School and Department of Geography, Durham University
School of Engineering, Cardiff University
Department of Engineering, University of Cambridge
National Oceanography Centre
Politecnico di Torino
Politecnico di Milano
L'Istituto di BioRobotica, Scuola Superiore di Studi Universitari edi Perfezionamento Sant'Anna
University of Trento (MOU only)
Vienna University of Technology
Graz University of Technology
Faculty of Mechanical, Maritime and Materials Engineering, Delft University of Technology
University of Twente
Swiss Federal Institute of Technology Lausanne (EPFL)
Chalmers University of Technology
Lund UniversityLuleå University of Technology
The Institute of Technology, Linköping University
The Swedish Governmental Agency for Innovation Systems (VINNOVA)
KTH Royal Institute of Technology
School of Architecture, Technical University of Madrid
Universitat Politèchica de València
Technical University of Denmark
Technical University of Munich
University of Stuttgart
Karlsruhe Institute of Technology
Department of Microsystems Engineering, Albert-Ludwigs-University Freiburg
Faculty of Biology, Albert-Ludwigs-University Freiburg
Darmstadt University of Technology
Faculty of Engineering, Friedrich-Alexander University Erlangen-Nuremberg
Faculty of Mathematics, Computer Science and Natural Sciences, Faculty of Architecture, Faculty of Civil
Engineering, Faculty of Mechanical Engineering, Faculty of Georesources and Materials Engineering, and Facultyof Electrical Engineering and Information Technology, RWTH Aachen University
Ulm University
Faculty of Civil Engineering, the Bauhaus-Universität Weimar
Brandenburg University of Technology Cottbus-Senftenberg
Technische Universität Braunschweig, Institute of Machine Tools and Production Technology
Technische Universität Braunschweig, Institute for Automotive Industry and Industrial Production
Ruhr University Bochum
Faculty of Mechanical Engineering of Ruhr University Bochum
Norwegian University of Science and Technology (NTNU)
School of Chemical Engineering, School of Electrical Engineering ,School of Engineering, School of Science, Aalto
University (former Helsinki University of Technology)
University of Oulu
École PolytechniqueCentrale Supèlec Université Paris-Saclay
IMT Atlantique (former École des Mines de Nantes)
National Institute of Applied Sciences of Lyon (INSA Lyon)
Sorbonne University (former University Pierre et Marie Curie）
École des Ponts ParisTech (ENPC)
École des Mines de Paris
Institut Supérieur de l' Aéronautique et de l' Espace (ISAE)
École Centrale de Lyon
French Civil Aviation University (ENAC)
École Nationale Supérieure d' Architecture de Paris la VilletteUniversity of Technology of Troyes
Universite Savoie Mont Blanc
École Normale Supérieure Paris-Saclay
University of Technology of Compiegne
Paris Sud University
University of Bordeaux
Université Gustave Eiffel
National Centre for Nuclear Research (NCBJ)
Transilvania University of Brașov
Faculty of Economics and Law, Faculty of Mechanics and Technology, Faculty of Electronics, Communications andComputers, The University of PiteștiSaint Petersburg State University
Architecture and Urbanism Student Mobility International Programme (AUSMIP)
École Nationale Supérieur d’Architecture de Paris La Villette / Faculty of Architecture, The University of Leuven; /Faculty of Architecture, University of Lisbon / Department of Architecture, Technical University of Munich / The
University of Architecture, Civil Engineering and Geodesy, Sofia

A total of 134 partner universities/institutions in 39 countries and regions
Universities/institutions shown with *: Credit transfers and tuition waivers included in the agreements
Universities/institutions shown with ◆: University-wide (UW) agreements
The table above shows the UW and department-level agreements of which the School of Engineering is in charge. For other agreements in The University of Tokyo,
refer to the following International Affairs Department page:
http://dir.u-tokyo.ac.jp/SysKyotei/01/?module=User&clear=123330066

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8:43:41

（2）Number of Foreign Students (As of May 1, 2023)
Undergraduate
auditorUndergraduate
special auditor

M

M

M

M

F

Department of Civil Engineering

1

Department of Architecture

1

Total
2

Department of Urban Engineering

1

Department of Mechanical Engineering

F

Total

F

Total

F

Total

Graduateschoolforeign
research
student

Graduate
specialresearch
student

M

M

M

F

Total

M

F

Total

1

52

18

70

60

21

81

3

3

19

31

50

45

21

66

1

15

17

32

11

19

30

2

4

6

10

59

9

68

84

19 103

5

1

6

17

7

2

5
1

Doctoralcourse115Master's
course

5

5

F

10

Total
7

17

F

Total

M

3

2

5

4

1

5

161

162

1

1

2

5

7

12

147

150

1

1

4

1

5

1

1

Department of Mechano-Informatics

2

3

3

Department of Precision Engineering

3

3

3

27

5

32

Department of Systems Innovation

11

11

11

41

11

52

33

8

41

4

2

6

6

Department of Aeronautics and Astronautics

1

1

2

8

1

9

17

4

21

2

1

3

2

21 127

83

9

92

5

1

6

1

1

1

Department of Electrical Engineering and Information Systems

Graduateschoolresearch
student

Graduate
specialauditor
F

Total

1
5

M

F

Total

Undergraduate
research
student

Subtotal

Undergraduate

Subtotal

Department

Total

1

70

71

5

187

197

61

64
119

3

106

24

2

2

2

8

1

1

2

3

2

4

1

2

1

108

3

38

40

5

232

232

Department of Information and Communication Engineering

7

7

7

7

Department of Electrical and Electronic Engineering

5

5

5

5

Electronic engineering&information departments
Department of Applied Physics

2

1

3

3

Department of Mathematical Engineering and Information Physics

7

5

12

12

1

5

2

Department of Materials Engineering

1

Department of Applied Chemistry

4

16

14

2

16

1

1

1

19

7

26

20

11

31

1

23

9

32

15

2

17

1

1

1

20

5

25

18

7

25

3

3

8

10

18

35

16

51

27

16

43

Department of Nuclear Engineering and Management

21

3

24

23

6

29

5

Department of Bioengineering

14

8

22

28

14

42

1

2

3

Department of Technology Management for Innovation

23

19

42

20

5

25

1

1

72 471 174 645 550 187 737

40

23

Department of Chemical System Engineering

1
1

1

1

3

3

3

3

39

42
12

6

Department of Chemistry and Biotechnology

1

16

Department of Advanced Interdisciplinary Studies

2

3

1

1

1
1

1

1

2

2

2

1

3

1

2

2

5

2

2

2

2

1

1

2

1

3

63

25

36

30

14

44

2

61

62

50

56

56

57

69

72

46

46

62

62

67

67

73

73

Nuclear Professional School
Other
Total

52

13

65

1

1

6

6

11

2

2 1,527 1,599（3）Number of Foreign Students by Year (As of May 1, 2023)
Number of foreign students
1,800
1,600
1,400
1,099

1,200
1,000

1,032

1,035

958

953

1,015

800

1,081

1,139

995

1,055

1,277
1,201

1,317
1,235

1,348

1,291

1,265

1,358
1,280

1,224

1,487
1,404

1,599
1,527

600
400
200

84

74

82

2012

2013

2014

0

86

84

76

2015

2016

2017

82

83

2018

2019

Graduate

Undergraduate

67

78

83

72

2020

2021

2022

2023

35.8

35.2

36.1

23.3

23.4

24.2

3.6

3.8

2021

2022

Total

（4）Percentage of Foreign Students by Year (As of May 1, 2023)(Unit: %)
40
35
30

27.9

27.2

26.2

27.0

27.6

25
20

29.8

19.0

32.0

32.4

20.7

21.1

18.1

17.4

16.8

17.4

17.6

3.5

3.1

3.2

3.1

3.0

2.7

3.3

3.3

3.2

2012

2013

2014

2015

2016

2017

2018

2019

2020

37.4

24.8

15
10
5
0

Undergraduate

Graduate

3.0
2023

Total

*Only for students taking regular courses (Research students and auditors are excluded)

24

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（5）Number of Foreign Students by Nationality (As of May 1, 2023) (Unit: Persons)Region(No. ofcountries)

Nationality

Undergraduate students, research
students, special auditors, andauditors
Foreign Permanent
Japanese
Self- government
government- sponsoredsponsored residents
sponsored

Master’ s course

Foreign Permanent
Japanese
Self- government
Subtotal government- sponsoredsponsored residents
sponsored

Japanese
SelfPermanent
Subtotal government- sponsoredresidents
sponsored

3

4

5

2

7

1

1

8

8

16

24

2

Nepal

1

6

7

2

1

1

2

2

2

4

1

4

5

10

8

7

15

22

1

1

3

3

5

5

3

4

7

2

2

4

1

12

3

35

1

8

2

9
1

7

Malaysia

2

3

5

3

8

Indonesia

4

11

15

1

19

20

1

1

2

37

The Philippines

3

2

7

9

2

5

7

2

1

3

1

1

19 1,423
1 (88.99%)

2

8

10

China（Inner Mongolia）
China (Hong Kong)
South Korea

5

5

Mongolia

1

1

1

4

1

2

2

5

1

4

15

5

38

7

50

7

41

2

1

1

1

1

1

3

461

26

448

2

1

1

2

1

1

Vietnam

1

China

15

30

45

Cambodia

2

433

1

1

26

Singapore

1

Laos

2

2

9

9

1

1

Taiwan2

2

IranTurkey

1

1

2

2

5

1

4

5

14

488

28
2

2

1

1

Bahrain

1

1

4

25

1

1

4

1

1

1

27

2

3

1

4

1

1

5
1

1

1

1

Uganda1

1

1

17
5 (1.06%)

1
1

1

1

1

1

7

1

2

1

1

1

1
19
1 (1.19%)
1

Niger

1

Algeria1

Rwanda1

Australia

22

New Zealand1

Canada1

United States

11

Brazil

3

1

1

2
1

2

2

5
3 (0.31%)

4

7

2

4

6

14

9

9

5

5

1

Bolivia
Centraland South Costa Rica
America Haiti(10)
Colombia
Chile

2

Ecuador

1

1

2

3
2

1
4

1

1

29
15 (1.81%)

1
1

2

6

1

8

1

1

1

1

1

3

1

1

1

1

1

23
1 (1.44%)

1

1

2

1

1

1

3

3

1

1

Argentina

1

Finland

1
2

1

2

2

Sweden5

United Kingdom

1

The Netherlands

1

1

1

3

5
3

1

1

Germany
France

1

1

1

Peru

1

1

1
1

4

1
1

1

44

1

Togo

Mexico

2

1

1

3

3

4

6

2

2

3

8

12

13

24

1

3

Spain

1

1

2

Portugal

1

1

2

1

1

1

4

6

1

1

3

5

Italy
Austria1

Switzerland

2

Poland2

21

Bulgaria

1
1

2
1

1

1
2

Denmark

1

Albania1

1

1

Cyprus

1

1
1

2

1

1

1

4

4

4

41

63

1

UkraineRussia70 countries

1
10

24

1

37

72

55

554

1
36

645

1
92

621

1
24

737

2

1
1

Bosnia and Herzegovina

83
4 (5.19%)
2

1

Norway

Total

1

4

1

Zambia1053
3

1

MalawiEurope
(20)

2

1
4

Sudan
South Africa

1

129

4

1

Egypt

29

1

30

2

1

Saudi Arabia

10

53

2

1

Lebanon

5
5

Syria

North
America
(2)

1

Total
（％）

Selfsponsored

7

Thailand

Oceania
(2)

Other

Total

1

MyanmarAfrica(10)

SelfSelfsponsored sponsored

Total

Graduate
specialauditorIndia

Sri Lanka

MiddleEast(6)Foreign Permanent
Japanese
Self- government
Subtotal government- sponsoredsponsored residents
sponsored

Graduate
specialresearch
student

Pakistan

Bangladesh

Asia
(20)

Graduate
research
student

Graduate school foreign
research student

Doctoral course

2
22

2

36

44

1,599

25

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７．Research Activities（1）External Financial Sources
Academic year 2019

Type

Academic year 2020

Academic year 2021

Academic year 2022

No. of cases Amount（1,000 yen） No. of cases Amount（1,000 yen） No. of cases Amount（1,000 yen） No. of cases Amount（1,000 yen）

Grants-in-Aid for Scientific Research

631

3,693,780

660

3,880,451

656

3,387,673

683

3,655,031

Commissioned research, etc.

336

7,511,591

482

7,512,944

451

10,434,712

441

14,339,855

Cooperative Research

570

3,570,735

580

4,708,465

473

4,857,204

590

5,447,379

Donations416

1,542,928

355

1,338,846

385

1,570,429

352

2,077,520

Other subsidies
Total

87

911,56564

1,083,058

56

562,51174

792,245

2,040

17,230,599

2,141

18,523,764

2,021

20,812,529

2,140

26,312,030

Urban Engineering（２）Sponsored Chairs (As of April 1, 2023) (Unit: 1,000 yen)
Description

SponsorLaboratory for Urban
Sustainnability and RenaissanceStudies

Mitsui Fudousan Co.,Ltd.; Mitsubishi Estate Co.,Ltd.; Mori Building
Co.,Ltd.; Sumitomo Realty&Development Co.,Ltd.; Sekisui House,Ltd.;
Development Bank of Japan; Obayashi Corporation; Kajima
Corporation; Shimizu Corporation; Taisei Corporation; Takenaka
Corporation; and East Japan Railway Conpany
Mitsui Fudosan Co., Ltd.; Mitsubishi Estate Co., Ltd.; Mori Building Co.,
Ltd.; Obayashi Corporation; Kajima Corporation; Shimizu Corporation;
Taisei Corporation; Takenaka Corporation; Sekisui House, Ltd.; andEast Japan Railway Company
Mitsui Fudosan Co., Ltd.; Mitsubishi Estate Co., Ltd.; Mori Building Co.,
Ltd.; Obayashi Corporation; Kajima Corporation; Shimizu Corporation;
Takenaka Corporation; Sekisui House, Ltd.; Tokyo Gas Co., Ltd.; Hitachi,
Ltd.; and Taisei Corporation
Sumitomo Realty & Development Co., Ltd.; Tokyo Tatemono Co., Ltd.;
Mitsubishi Estate Co., Ltd.; Mitsui Fudosan Co., Ltd.; Mori Building Co.,
Ltd.; Obayashi Corporation; Kajima Corporation; Shimizu Corporation;
Taisei Corporation; Takenaka Corporation; East Japan Railway
Company; Tokyo Electric Power Co., Inc.; Tokyo Gas Co., Ltd.; andSekisui House, Ltd.
Mitsubishi Electric Corporation; Sumitomo Electric Industries, Ltd.;NGK Insulators, Ltd.; TAKAOKA TOKO CO., LTD.; and Central Japan
Railway Company
Hitachi, Ltd.; Mitsubishi Electric Corporation; and Sumitomo ElectricIndustries, Ltd.
Kansai Electric Power Co., Inc.; Hitachi, Ltd.; Mitsubishi Electric
Corporation; and Sumitomo Electric Industries, Ltd.
East Japan Railway Company; Toshiba Energy Systems & Solutions
Corporation; Electric Power Development Co., Ltd.; FUJI ELECTRIC CO.,
LTD.; Meidensha Corporation; and Hitachi, Ltd
East Japan Railway Company; Toshiba Corporation; Electric Power
Development Co., Ltd.; Fuji Electric Co., Ltd.; and Meidensha
Corporation
East Japan Railway Company; and Toshiba Corporation
NIPPON STEEL CORPORATION; JFE Steel Corporation; and Kobe Steel, Ltd.

Power Frontier Laboratory

Ubiquitous Power Grid
Laboratory

Total amountdonatedDuration

Department

138,000

Oct. 1, 2022

toSep. 30, 2027

115,000(Oct. 1, 2017

toSep. 30, 2022)

113,000(Oct. 1, 2012

toSep. 30, 2017)

156,000(Oct. 1, 2007

toSep. 30, 2012)

112,500

Jun. 1, 2018

toMay. 31, 2023 ElectricalEngineering

150,000(Jun. 1, 2013

toMay. 31, 2018)

200,000(Jun. 1, 2008

toMay. 31, 2013)

136,500

Jun. 1, 2018

toMay. 31, 2023 ElectricalEngineering

112,500(Jun. 1, 2013

toMay. 31, 2018)

130,000
195,000(Jun. 1, 2008
Oct. 1, 2022

toto

NIPPON STEEL CORPORATION; JFE Steel Corporation; and Kobe Steel, Ltd.

195,000(Oct. 1, 2017

toMay. 31, 2013)
Sep. 30, 2027 Materials
Engineering
Sep. 30, 2022)

Manegement and Organaization Obayashi Coporation; Kajima Corporation; Shimizu Corporation;of the Building Process Laboratory TaiseiCorporation; and Takenaka Corporation
Obayashi Coporation; Kajima Corporation; Shimizu Corporation;
TaiseiCorporation; and Takenaka Corporation
Construction System
Japan Federation of Construction Contractors; Civil Engineering
Management for Innovation
Consultants Association; Japan Geotechnical Consultants Association;
Japan Federation of Survey Planning Associations; and Japan
Construction Machinery and Construction Association
Japan Federation of Construction Contractors; Civil Engineering
Consultants Association; Japan Geotechnical Consultants Association;
Japan Federation of Survey Planning Associations; and Japan
Construction Machinery and Construction Association
Blockchain Innovation
Good Luck 3 Inc.; and Star Mountain Co.,Ltd.
Sumitomo Mitsui Financial Group,Inc.; Hotto Link Inc.; Money Forward
Financial,Inc; Good Luck 3 Inc.; JSS Co.,Ltd.; and Zipper Co.,Ltd.
Photonic quantum information
Nichia Corporation
processing

250,000

Apr. 1, 2022

toMar. 31, 2027

250,000(Apr. 1, 2017

toMar. 31, 2022)

306,000

Oct. 1, 2021

toSep. 30, 2024

311,850(Oct. 1, 2018

toSep. 30, 2021)

90,00090,000Feb. 1, 2022
(Nov. 1, 2018

toto

Jan. 31, 2025 Technology
Jan. 31, 2022) Management for
Innovation

400,000

Apr. 1, 2019

toMar. 31, 2027

ADVANTEST D2T Research
Department

90,00090,000150,000

Oct. 1, 2022
(Oct. 1, 2019Nov. 1, 2019

to
to
to

Institute ofEngineering
Innovation
Sep. 30, 2025 Systems Design
Sep. 30, 2022) Lab.
Oct. 31, 2024 Bioengineering

190,000
150,000
140,000
60,000

Apr. 1, 2020
Apr. 1, 2023
(Apr. 1, 2020
Apr. 1, 2021

to
to
to
to

Mar. 31, 2025
Mar. 31, 2026
Mar. 31, 2023)
Mar. 31, 2024

300,000

Jun. 1, 2021

toMay. 31, 2024 Technology
Management for
Innovation
Jun. 30, 2024 Technology
Management for
Innovation
Jun. 30, 2026 Research into
Artifacts, Center forEngineering
Jun. 30, 2027 Systems Design
Lab.

Sustainable Basic Materials
Management Engineering

Advantest Corporation
Advantest Corporation
The Frontier Medical Sciences Foundation

Biosystems Engineering for
Health and Longevity
Innovation for Sewerage Systems Tokyo Metropolitan Sewerage Service Corporation
Aerospace Innovative Structural IHI AEROSPACE Co.,Ltd
DesignIHI AEROSPACE Co.,Ltd
Design Studies Course for Urban FUKKEN CO.,LTD.; Asia Air Survey Co., Ltd.
Resilience
Chair for AI Business
PwC Japan LLC
Transformation
Entrepreneurship Education
System Design

Industrial Growth Platform, Inc.; The University of Tokyo Edge CapitalPartners Co., Ltd.; Matsuo Institute, Inc.; and KDDI CORPORATION

120,000

Jul. 1, 2021

toChair for World Models andSimulators

SQUARE ENIX AI & ARTS Alchemy Co., Ltd.; Sony Group Corporation;
and NEC Corporation

550,000

Jul. 1, 2021

toAdvanced Nano System
Integration Technology

FET Japan, Inc.

150,000

Jul. 1, 2022

toArchitecture

Civil Engineering,
Precision
Engineering

Urban Engineering
Aeronautics andAstronautics
Civil Engineering

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Description

Sponsor

Total amountdonatedDuration

Department

Global Consumer Intelligence

Recruit Holdings Co., Ltd.; and Culture Convenience Club Co., Ltd.

180,000

Dec. 1, 2022

toNov. 30, 2025

The Science of the Extension of
Infrastructure Lifetime

Ueda Memorial Foundation

100,000

Apl. 1, 2023

toMar. 31, 2028

(３)

Technology
Management for
Inovation
Civil EngineeringSocial Cooperation Programs (As of April 1, 2023) (Unit: 1,000 yen)
Description

Company/entity nameInnovation for Engineering
Synthesis

Komatsu Ltd.

Advanced Aero Propulsion
Technology Creation

IHI Corporation

Technology Incubation for Glassof the Future

AGC Inc.

Intelligent Construction System

Fujita Corporation

Total cost

Duration

Department

371,158

Apr. 2019

toMar. 2024

582,170(Apr. 2007

toMar. 2019)

99,000

Apr. 2022

toMar. 2025

98,400(Apr. 2019

toMar. 2022)

197,200(Dec. 2012

toMar. 2019)

105,000

Apr. 2021

toMar. 2024

105,000(Apr. 2018

toMar. 2021)

106,301(Apr. 2015

toMar. 2018)

50,000

Apr. 2022

toMar. 2024

62,500(Oct. 2019

toMar. 2022)
Sep. 2019)75,000(Oct. 2016

to105,000

Apr. 2023

toMar. 2026

105,000(Apr. 2020

toMar. 2023)
Mar. 2020)

Laboratory for Material and Life
Sciences for Fusion of Fluorine
and Organic Chemistry

AGC Inc.

Evaluating Future Technology
Elements for Mobility

Toyota Motor Corporation

Mathematical Engineering ofMorality Emotions

SoftBank Robotics Corp.; tenrai inc; and Institute for International
Strategy and Information Analysis,Inc.

131,250

Sep. 2022

toAug. 2025

200,000(Sep. 2017

toAug. 2022)

Innovation of Next Generation
Signal and Power Transmission
Technology
Advanced Science andTechnology in Financial Market

Furukawa Electric Co., Ltd.

125,000

Feb. 2021

toMar. 2024

120,000(Feb. 2018

toJan. 2021)

78,000

Apr. 2021

toMar. 2024

78,000(Apr. 2018

toMar. 2021)

Integrated Risk Engineering

Central Research Institute of Electric Power Industry

Daiwa Securities Group Inc.; Daiwa Securities Co.Ltd.; Daiwa AssetManagement Co.Ltd.; and Daiwa Institute of Research Ltd.

Public-Private Council's Lecture
Yamaha Motor Co., Ltd.; Hitachi, Ltd; Rakuten, Inc.; Class NK;
on Sky Frontier Research Initiative Blueinnovation Co., Ltd.; Nippon Kayaku Co., Ltd.; and Maruwa Unyu
Kikan Co.,Ltd.
Shimizu Corporation; Kajima Corporation; MAEDA CORPORATION; Sumitomo
Next-generation Performance
MitsuiConstruction Co, Ltd.; Coms Engineering Corporation; East Japan Railway
Evaluation Technology for
Company; Shutoko Technology Center; TEKKEN CORPORATION; HRC Research
Infrastructure Materials andInstitute; and Tokyo Electric Power Services CO., Ltd.
Structures
Creative Design and Startup
Sony Group Corporation
Workshop
Integrated Decommissioning of
Nuclear Reactors
Development of Novel Synthetic
Process for Ordered Porous
Materials
Digital Bioanalysis

Hitachi-GE Nuclear Energy, Ltd.; Toshiba Energy Systems & Solutions
Corporation; Mitsubishi Heavy Industries, Ltd.; and Tokyo ElectricPower Company Holdings, Inc.
Tosoh Corporation(Apr. 2017

toJul. 2020

toMar. 2025

150,000(Jul. 2017

toJun. 2020)

Aeronautics andAstronautics

MechanicalEngineering

Precision
Engineering

Chemistry andBiotechnology

MechanicalEngineering
Bionegineering
MechanicalEngineering
Systems Innovation

81,000

Apr. 2023

toMar. 2026

150,000(Apr. 2018

toMar. 2023)

Nuclear
Professional School

108,500

Oct. 2018

toSep. 2023

Aeronautics andAstronautics

260,400

Apr. 2022

toMar. 2025

Civil Engineering

189,000（Apr. 2019

toMar. 2022）

60,000

Apr. 2022

toMar. 2025

60,000（Apr. 2019

toMar. 2022）

108,000

Apr. 2022

toMar. 2025

108,000（Apr. 2019

toMar. 2022）

75,000Jun. 2022

toMay. 2025

65,000(Jun. 2019

toMay. 2022)

MechanicalEngineering
Nuclear
Professional School
Chemical System
Engineering

250,000

Jun. 2019

toMar. 2024

Applied Chemistry

Voice Analysis and Measurement MITSUI KNOWLEDGE INDUSTRY
of Pathophysiology
Next Generation Electron
JEOL Ltd.
Microscopy

181,500

Sep. 2019

toAug. 2024

Bionegineering

81,300

Apr. 2023

toMar. 2026

79,100(Apr. 2020

toMar. 2023)

Institute of Engineering
Innovation

Technology Informatics

DAIKIN INDUSTRIES, LTD

278,337

Apr. 2020

toMar. 2024

Next Generation of Energy
Infrastructure

Electric Power Development Co., LTD.; SHIMIZU CORPORATION;
Toshiba Energy Systems & Solutions Corporation; MHI Vestas Offshore
Wind Japan, Ltd.; Nippon Kaiji Kyokai; and TOKYO GAS CO.,LTD.
KUBOTA Corporation

270,000

Apr. 2023

toMar. 2028

225,000(Apr. 2020

toMar. 2023)

241,000

Apr. 2023

toMar. 2027

105,000(Apr. 2020

toMar. 2023)

1,214,450

May. 2020

toMar. 2026

Research on Next-generation
Agricultural Machines

TOPPAN PRINTING CO., LTD.

105,000
250,000

MechanicalEngineering

Sustainable Human Centric Next
Generation Manufacturing

TOYOTA MOTOR CORPORATION.

Human-Motion Data Science

Asahi Kasei Corporation.; nac Image Technology Inc.; Xenoma
Incorporated; OHTAKE-ROOT KOGYO CO., LTD; and Euphoria Co., Ltd.

60,475

Jun. 2020

toMay. 2023

Co-Designing Future Engineering EBARA CORPORATION.; Honda Motor Co., Ltd.; and TOSHIBACORPORATION
Next Generation Zirconia
Tosoh Corporation; Japan Fine Ceramics Center; and WORLD LAB inc
Ceramics
Construction of Innovative
Nippon Paint Holdings Co., Ltd.
Coating Technologies
Research for Next Generation
DAIKIN INDUSTRIES, LTD.
HVAC Technology

90,000Jun. 2020

toMay. 2023

533,250

Jul. 2020

toJun. 2025

1,100,000

Oct. 2020

toSep. 2025

357,500

Nov. 2020

toOct. 2025

Technology
Management for
Innovation
Civil Engineering
MechanicalEngineering
Research into
Artifacts, Center forEngineering
Research into
Artifacts, Center forEngineering
MechanicalEngineering
Institute of Engineering
Innovation
Institute of Engineering
Innovation
Institute of Engineering
Innovation

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Description

Company/entity name

Integrated Molecular Structure
Analysis Laboratory

Eisai Co., Ltd.; ONO PHARMACEUTICAL CO., LTD.; Kao Corporation.; Kirin
Holdings Company, Limited.; GL Sciences Inc.; SHIONOGI & Co., Ltd.;
Shimadzu Corporation; DAIKIN INDUSTRIES, LTD.; Daicel Corporation;
Sumitomo Dainippon Pharma Co., Ltd.; Takasago International
Corporation; TSUMURA & CO.; Tosoh Corporation; Nissan Chemical
Corporation; Japan Tobacco Inc.; JEOL Ltd.; MITSUI CHEMICAL ANALYSIS& CONSULTING SERVICE, INC.; Rigaku Corporation; and Merck KGaA
DAIKIN INDUSTRIES, LTD.

Total cost

Duration

Department

280,000

Nov. 2020

toOct. 2023

Applied ChemistryEngineering on Atomic Layer
Level Control of Material Surface
Next-generation Integrated Engineering DAIKIN INDUSTRIES, LTD.
for High-performance Polymer
Precision Health
SoftBank Corp.; Mitsubishi UFJ Trust and Banking Corporation;
Prudential Holdings of Japan, Inc; H.U. Group Holdings, Inc.; andHitachi High-Tech Corporation.
DX for Chemical Plants
DAIKIN INDUSTRIES,LTD.

170,000

Jan. 2021

toDec. 2023

560,125

Apr. 2021

toMar. 2024

375,000

Apr. 2021

toMar. 2024

Institute of Engineering
Innovation
Institute of Engineering
Innovation
Bioengineering

122,638

Apr. 2021

toMar. 2024

Next Generation Manufacturing
Arghitecture

377,557

Jul. 2021

toJun. 2026

Value Co-Creation through Beyond 5G NEC Corporation

150,000

Dec. 2021

toNov. 2024

MechanicalEngineering
Research into
Artifacts, Center forEngineering
Systems Innovation

Next-generation Wireless
Technology for Accelerating
Regional Revitalization
Future Intelligence Society

Nippon Telegraph and Telephone East Corporation

100,100

Jan. 2022

toMar. 2025

Systems Innovation

KDDI Research, Inc.

100,000

Jan. 2022

toMar. 2025

Systems Innovation

Honda Motor Co., Ltd.; TOPPAN INC.; and SANYO CHEMICALINDUSTRIES,LTD.
Japan Display Inc.

93,575Jan. 2022

toDec. 2024

BionegineeringSocial Cooperation Program：
Innovative Flexible Imager
Social Design Program : Skin
PARAMOUNT BED CO., LTD.
Electronics
Sustainable Transformation of Towns Takenaka Corporation

150,000

Feb. 2022

toJan. 2025

150,000

Apr. 2022

toMar. 2027

79,375

Apr. 2022

toMar. 2025

ElectricalEngineering
ElectricalEngineering
Urban Engineering

Data-federation based Innovation KOZO KEIKAKU ENGINEERING Inc.; United Super Markets Holdings
Literacy
Inc.; ABeam Consulting Ltd.; and Trust Architecture
Research Initiative for Global
SUNTORY HOLDINGS LIMITED.; and Nippon Koei Co., Ltd.
Hydrologic Cycles
Smart Lab with Sustainable
HORIBA, Ltd.
Energy System
Fukushima Coast Regional Design East Nippon Expressway Company Limited; and Nissan Motor Co., Ltd.
Studies Unit
Creation of a Sustainable Multi-habitation Open House Group Co.,LTD.

84,234

Apr. 2022

toMar. 2025

Systems Innovation

150,000

Apr. 2022

toMar. 2025

Civil Engineering

99,000

Apr. 2022

toMar. 2025

90,000

Apr. 2022

toMar. 2025

ElectricalEngineering
Civil Engineering

Bio-Chem Lab on Body

DAIKIN INDUSTRIES,LTD.

78,000Oct. 2022

toSep. 2025

Urban Engineering

Creation of the Next Generation TechnoPro Holdings, Inc.
Skill Management
Next Generation Railway Network JR East Consultants Company
Studies Unit
Development of a Sustainable Regional
AEON MALL Co., Ltd.
Symbiotic Service, Communication and
Behavior Support System through Strategic
Collaboration of Variety Stakeholders
Innovation of New Materials for
Hinode Holdings Co., Ltd.
Next Generation Machines

130,000

Oct. 2022

toSep. 2027

Systems Innovation

75,000Oct. 2022

toSep. 2025

Civil Engineering

78,000Oct. 2022

toSep. 2025

Urban Engineering

60,000Nov. 2022

toOct. 2025

Social Cooperation Program
Fulfillment through Work344,850

Dec. 2022

toNov. 2025

83,850Mar. 2023

toMar. 2026

Research into
Artifacts, Center
for Engineering
Research into
Artifacts, Center
for Engineering
Architecture

60,000Mar. 2023

toFeb. 2026

ElectricalEngineering

100,000

Mar. 2023

toFeb. 2026

Systems Innovation

123,300

Apr. 2023

toMar. 2026

Architecture

60,000

Apr. 2023

toMar. 2026

151,650

Apr. 2023

toMar. 2026

250,000

Apr. 2023

toMar. 2028

Materials
Engineering
Aeronautics andAstronautics
Systems Innovation

602,100

Apr. 2023

toMar. 2028

211,650

Apr. 2023

toMar. 2026

120,000

Apr. 2023

toMar. 2026

Ricoh Company Ltd.

DX of Existing Buildings and Creation of iSquared Inc.; Seiwa Business Co., Ltd.; DiceNext Co., Ltd.; Fujita
Space Value (Campus Management DX) Corporation; and Meiho Facility Works Ltd.
Next Generation Quantum
Fujitsu Ltd.; Hitachi, Ltd.; NEC Corporation; Mitsubishi Electric
Science Education Promotion
Corporation; and TOSHIBA CORPORATION
Social Cooperation Program
Innovative ICT research
NIPPON TELEGRAPH AND TELEPHONE CORPORATION
Contributing to the IOWN
Next-generation Numerical
KAJIMA CORPORATION
Simulations in Construction
Invention of Next-generation
UACJ Corporation
Lightweight Alloys
Creation of Business Ecosystems for Furukawa Electric Co., Ltd.
Small Satellites and Micro Satellites
Research on Advanced Network KYOCERA Corporation
Slicing for Beyond 5G/6G
Realization of Innovation on
KYOCERA Corporation
Energy and Environment
Development of Next-generation SUMITOMO CHEMICAL COMPANY, LIMITED
Eco-friendly Device Using New
Physical Phenomena
Creation of Truly Inclusive Nature- Hulic Co., Ltd.
based Education System

ElectricalEngineering
Quantum-Phase
Electronics Center
Systems Innovation(４) Cooperative Programs with National Research and Development Agencies (As of April 1, 2023) (Unit: 1,000 yen)
Description

Company/entity nameEmergent-Matter Science

RIKEN

Center for Frontier
Astronautics

Japan Aerospace Exploration Agency

Nuclear Safety Management
CourseJapan Atomic Energy Agency

Total cost

Duration

420,000

Apr. 2018

470,400
238,610Department

toMar. 2025

Quantum-Phase
Electronics Center(Apr. 2010

toMar. 2018)

Nov. 2019

toMar. 2025

Aeronautics andAstronautics

148,465

Apr. 2023

toMar. 2028

84,000(Apr. 2020

toMar. 2023)

NuclearEngineering andManagement28

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８．Finances（1）Expenditures (Unit: 1,000 yen)
Category

Academic year 2020

Government subsidies for management expenses
Personnel expenses

Academic year 2021

Academic year 2022

10,970,287

14,437,960

11,625,715

8,018,532

8,511,830

8,673,279

Non-Personnel expenses

2,951,755

5,926,130

2,952,436

Contract research expenses

9,929,202

11,859,797

14,768,248

Contract research expenses

6,582,239

8,004,362

10,258,930

Collaborative research expenses

3,346,963

3,855,435

4,509,318

Donations

1,123,996

1,310,791

1,524,693

Grants-in-Aid for Scientific Research

2,167,847

2,245,027

2,538,022

Other subsidies

1,022,371

645,465

1,450,152

Indirect expenses, other

1,608,946

1,749,228

2,374,937

26,822,649

32,248,268

34,281,767

Total

Expenditures (Academic Year 2022)
Indirect expenses, other
2,374,937

Other subsidies
1,450,152
Grants-in-Aid for
Scientiﬁc Research
2,538,022
Donations
1,524,693

Personnel
expenses
8,673,279

Government subsidies for
management expenses
11,625,715

Collaborative research
Non-Personnel
expenses
expenses
4,509,318
2,952,436
Contract researchexpenses
10,258,930
Contract researchexpenses
14,768,248

Total: 34,281,767(Unit: 1,000 yen)

（2）Land and Building Areas (As of April 2023)
Category

Hongo

Kashiwa

Tokai (Nuclear Professional
School)Kakioka (Kakioka ResearchCenter)Address

7-3-1 Hongo, Bunkyo-ku,
Tokyo

5-1-5 Kashiwanoha, Kashiwa-shi, Chiba

2-22 Shirakata-shirane, Tokaimura, Naka-gun, Ibaraki
Prefecture

414 Kakioka, Ishioka-shi,
Ibaraki Prefecture

Land area(Approx) 92,000 ㎡

Buildings

No. of buildings（Approx）5,300㎡ 29,924 ㎡ (rented: 26,621 ㎡ )471,931㎡

35

2

17

3

Building area

36,373㎡

27,318㎡

7,154㎡

253㎡

Total floor area

200,698㎡

4,570㎡

12,971㎡

374㎡

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９．Public Relations and Information（1）List of Publications

Faculty of Engineering Guidebook
Guidebook is intended for use by students of the College of Arts and Sciences interested instudying at the Faculty of Engineering
Distributed to students of the College of Arts and Sciences (available in Japanese only)

Ttime!
Biannual PR newsletter created by students from the Faculty of Engineering.
Distributed to senior high school students, preparatory school students, and the generalpublic.
URL:h ttps://www.t.u-tokyo.ac.jp/en/foe/public-relations/t-time

School of Engineering, The University of Tokyo
This English brochure outlines admissions information for the Graduate School ofEngineering for international students.
Distributed to: international students, other individuals

Inquiries regarding publications: Public Relations Office（kouhou@pr.t.u-tokyo.ac.jp）（2）Official websites
Faculty of Engineeringhttps://www.t.u-tokyo.ac.jp/foe
https://www.t.u-tokyo.ac.jp/en/foe

English website:
Graduate School of Engineeringhttps://www.t.u-tokyo.ac.jp/soe
https://www.t.u-tokyo.ac.jp/en/soe

English website:
Facebook

https://www.facebook.com/UTokyo.Eng

Twitter

https://twitter.com/eng_univ_tokyo

YouTubehttps://www.youtube.com/channel/UCpdEaqyqZQK25Iy-oNIuUCA/

30

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Hongo Campus Map/Access

HASEKO-KUMA-HALL

If you use the subway
・10 minutes walk from Hongosanchome Station (MarunouchiLine)・10 minutes walk from Hongosanchome Station (Oedo Line)・5 - 10 minutes walk from Nezu Station (Chiyoda Line)・10 minutes walk from Todaimae Station (Nanboku Line)If you use bus● Get off at Ochanomizu Station (JR Chuo Line or JR Sobu Line)・Take To-bus (Tokyo Metropolitan bus), 茶 51, bound for Komagome Station or Oji Station, or 東 43, bound for Arakawadote.
Get off at Todai (bus stops: Akamonmae, Seimonmame, or Nogakubumae.)・Take Gaku-bus, 学 07, bound for Todai-konai, and get off at Todai (bus stops: Tatsuokamon, Byoinmae, or other on-campus bus
stops.)● From JR Ueno Station or JR Okachimachi Station
・Take To-bus (Tokyo Metropolitan bus), 都 02, bound for Otsuka,
and get off at Yushima Yonchome (This bus is available only from
JR Okachimachi Station).
・Take Gaku-bus, 学 01, bound for Todai-konai, and get off at Todai(bus stops: Tatsuokamon, Byoinmae, and other on-campus bus
stops.)

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