2019 - 2020

1-1 Hibarigaoka, Tempaku, , Aichi, 441-8580, https://www.tut.ac.jp/english/

24 25 Master technology, Create technology Basic philosophy The mission of Toyohashi University of Technology (TUT) is to conduct research and education in technological science, developing new technologies through scientific inquiry. Based on this mission, TUT targets new graduates from technical colleges and high schools for enrollment. TUT carries out research in technological science with an emphasis on postgraduate study, fostering the new generation of engineers who will find practical solutions to the challenges of tomorrow. While focusing on science, TUT nevertheless emphasizes the importance of social context. Accordingly TUT strives to promote social diversity and works to enhance collaboration with the local community. Through these efforts, TUT strives to be a top- class engineering university that is open to the world.

Cover illustration by Itsuki Umemura alumni, and Naoki Nakagawa student in the Master’s Program, Department of Architecture and Civil Engineering

University seal As part of the 20th anniversary commemoration, a public contest was held to select the design for a new university seal. Using our University initials (T.U.T.) as a motif, this seal energetically expresses the vitality and freshness of our students’ efforts in research and practical innovation in the form of cresting waves.

Contents University logo Introduction ………………………………………… 4 Organization……………………… 12 This logo was designed in such a way as to capture the philosophy and goals of our university. It is used in a variety of formats as a core element of our visual communications. Features……………………………………………… 6 Departments……………………… 13 The concept of the logo’s design is “Striving together to provide an education that supports global ・Education…………………………………………… 6 Campus map …………………… 16 industry”. The shape is comprised of two interlocking ‘Ts’ in red and black, which stand for Toyohashi and Technology. The red expresses “foundation” and “humanity” and the black represents “expertise” ・Research…………………………………………… 8 Staff ……………………………… 18 and “technical capability”. The overlapping design of the Ts is intended to express the way in which ・International Relations …………………………… 10 Statistics ………………………… 19 the nurturing of excellent human resources will support world industry. The Logo also conveys sincerity toward education as well as dependability. ・Leading Education and Research Projects…… 11 More information………………… 22

2 3 Introduction

Aiming for World-Leading Technological Science - The Mission of Toyohashi University of Technology -

University history Toyohashi University of Technology (TUT) was founded with the mission to conduct research and education in technological science, which is a field for developing new technologies through scientific research that supports 1976 Opening of Toyohashi University of Technology technology. Based on this mission, TUT targets graduates from domestic and foreign Inauguration of the first president Yoneichiro Sakaki technical colleges (KOSEN) and as well as high schools, for new its enrollment. 1977 Commencement of Undergraduate Courses: Energy Engineering, Electrical and Electronic With its graduate school emphasis, the university conducts research in Engineering, Information and Computer Sciences, Materials Science, Architecture and Civil technological science, fostering practical, creative and leading engineers and Yoneichiro Sakaki Engineering researchers as it forges a path toward a new era. Furthermore, TUT strives to respect social diversity and works to enhance collaboration with the local 1978 Inaugural entrance ceremony community. Through these efforts, TUT strives to be a top-class engineering university that is open to the world. 1980 Commencement of Master’s Course in Graduate School of Engineering

In order to further develop such activities, since our founding, we have 1984 Inauguration of the second president Namio Honda established five objectives: “Realize a multicultural/global campus”; “Foster innovative human resources through technological science”; “Enhance our 1986 Commencement of Doctoral Course in Materials System Engineering and Systems and research capabilities centered on interdisciplinary research”; “Create knowledge Information Engineering within the Graduate School of Engineering Namio Honda and technologies that contribute to the formation of a safe and secure society”; and “Promote continuity and mobility of researchers”. In order to achieve these 1987 Commencement of Doctoral Course in Integrated Energy Engineering within the Graduate President objectives, we are enhancing our cooperation with technical colleges, such as School of Engineering Takashi Onishi establishing collaborative education programs, as a top priority implementation 1988 Establishment of Faculty of Information and Computer Sciences at the undergraduate level item strengthening TUT’s functions. We also promote joint industry-academic Profile initiatives as well as social collaborative research such as implementation and 1990 Inauguration of the third president Shinichi Sasaki President Onishi completed his doctoral course in proposals to society through the Research Institute for Technological Science Engineering at the University of Tokyo in 1980 (Doctor of and Innovation. In addition to the five specialized fields of mechanical 1993 Establishment of Faculty of Ecological Engineering Engineering), and was inaugurated as a professor in Shinichi Sasaki Department of Urban engineering, Facility of Engineering, engineering, electrical and electronic information engineering, computer the University of Tokyo (-2013). He was appointed as 1995 Reorganization of Doctoral Courses in Graduate School of Engineering: Establishment of President of Toyohashi University of Technology in 2014. science and engineering, applied chemistry and life sciences and architecture He also holds the post of President of the Science Council and civil engineering, we have expanded our tailor-made type curricula to all Mechanical and Structural System Engineering, Functional Materials Engineering, Electronic of Japan (-2017), and was inaugurated as the vice president subjects. In this way, we can focus on educating students who can tackle and Information Engineering, Environmental and Life Engineering of The Japan Association of National University (-2017). issues and the pursuit of truth by spanning multiple disciplines. In particular, we 1996 Inauguration of the fourth president Keishi Goto are putting our efforts into the field of education field in particular. Keishi Goto As a university that participates in the Top Global University Project, we are 2000 Commencement of Master’s Courses given in English seeing steady results from the efforts we have put into internationalization, with 2002 Inauguration of the fifth president Tatau Nishinaga the proportion of international students enrolled at TUT now significantly exceeding 13% of all students. This year too, we will accelerate our 2004 Toyohashi University of Technology established as a “National University Corporation” internationalization by accepting international students and promoting study overseas through the enrichment of various programs such as double degree 2008 Inauguration of the sixth president Yoshiyuki Sakaki Tatau Nishinaga and joint degree. 2010 Reorganized Undergraduate and Master’s Courses: Mechanical Engineering, Electric and I would like to thank all of you who have continued to support TUT from our Electrical Information Engineering, Computer Science and Engineering, Environmental and founding to the present day, both from both inside and outside the university. Life Sciences, Architecture and Civil Engineering While maintaining our community roots, we aim to make great steps forward in the years ahead to become the university that creates human resources people 2012 Reorganized Doctoral Courses

who can be active in various places around the world and produce practical Yoshiyuki Sakaki knowledge. Thank you for your continued cooperation. 2013 Establishment of TUT-USM Technology Collaboration Centre in Penang, Malaysia

2014 Inauguration of the seventh president Takashi Onishi

Five challenges 2017 Commencement of Global Technology Architects Course Creation of a multicultural global campus Takashi Onishi Development of human resources skilled in technological innovation

Enhancement of research capacity focusing on interdisciplinary research

Creation of new wisdom and technology useful for shaping a safe and secure society

Create a faculty which combines the virtues of continuity and mobility

4 5 Features

Education

“Spiral-up” curriculum We run a “Spiral-up” curriculum education system. In the system, students learn both basic science and specialized subjects in their first and second years of TUT or at KOSEN, moving up to a higher level of science from their third year and onward. This enables them to spiral up their knowledge and experience by taking on the challenge of more advanced skills. This approach to education allows students to be exposed to technology from their first year. Just as sports education aims to create top athletes by repeatedly teaching a blend of theory and practice, the students (athletes) that have reached a certain level master the ability to put advanced theories into practice by confronting the next stage with a concrete sense of purpose.

Collaboration with KOSEN KOSEN (National College of Technology) is a unique Japanese higher educational institute which seeks to foster the engineers Japan needs to sustain high economic growth. Approximately 80% of our students graduated from KOSEN. We have developed a curriculum in collaboration with KOSEN which takes care of transfer students all the way from entrance at undergraduate level, through graduate school, to finding employment as elite engineers.

Credit accredited on-the-job training All fourth year undergraduate students conduct a two-month mandatory on-the-job training in Japan or overseas. Being involved in private sector projects before going on to graduate school is extremely beneficial for establishing themselves for the future.

International Degree Programs are open to the world TUT has been conducting Japanese-English bilingual lectures for many subjects since 2017. In addition, in the “International Degree Program” established within the graduate school, students can obtain master's degrees and Doctoral Degrees taught in English.

Collaboration with Local Community TUT actively utilizes its education and research results to undertake social collaboration projects that contribute to the revitalization of the community and improvement of education and culture. We cooperate with local municipalities, companies, chambers of commerce and industry, and education and research institutions, and manage programs for elementary schools, junior high schools and high schools, and public lectures. In addition, we provide practical and professional educational programs for the community according to the needs of local people and companies, and train human resources who can contribute to the creation of innovation from the community. An educational system focused on postgraduate education and research

TUT has established an integrated undergraduate and Undergraduate program Social collaboration projects postgraduate education as reflected in the roughly High school 0 100 200 300 400 500 Quota Technology experience lectures for elementary and junior high equivalent balance of students in the undergraduate 1st year 80 school students KOSEN 2nd year 80 program and graduate school's master's program. (College of Laboratory experience lectures for high school students Technology) Additionally, there are enough faculty to meet the needs 3rd year 440 Lectures for local people of postgraduate education, so that the student-faculty International 4th year 440 students ratio is considerably smaller when compared to other Graduate school of Engineering Practical educational programs for the community Graduate (Regional human resource development project) universities. This allows TUT to offer highly intensive and school 1st year 395 of KOSEN Master’s Program Industrial technological chemistry field productive small-group instruction. 2nd year 395

Working Community infrastructure field people 1st year 34

2nd year 34 Doctoral Program Other university 3rd year 34

6 7 Features

Research A center for research that goes beyond the boundaries of fields, organization, and culture Formation of a Value Creation Engineering Research Core TUT is aiming to establish a Research Core for Value Creation Engineering. Academic departments The hope is that this Research Core will be a center for interdisciplinary integrated innovation that creates new value supported by science and technology beyond the existing boundaries of scientific fields, organizations, and culture. The primary purpose of the Research Core will be to create a university wide organization capable of nurturing research. As such it will leverage the impressive track record of the “Electronics- Inspired Interdisciplinary Research Institute,” which was established in 2010 as one of five research centers for heterogeneous field research and the industry-academia collaborative activity. Electrical and Electronic Computer Science and Mechanical Engineering Diverse talent comprising of young people, women, and international Information Engineering Engineering researchers will be invited to The Research Core will endeavor to recruit the Mechanical Systems Design Electronic Materials Computer and Mathematics Sciences brightest and best researchers, irrespective of nationality, age and gender. Materials and Manufacturing Electrical Systems Data Informatics They will then strive to achieve the active participation of Japanese and System Control and Robotics Integrated Electronics Human and Brain Informatics international research institutes and companies from diverse fields in the Environment and Energy Information and Communication Systems Media Informatics and Robotics research.

Developing top researchers who lead Japan and the world Comprehensive support by foreseeing the future of advanced research TUT will provide an environment that generates excellent research results that will transform society by comprehensively managing researchers, equipment, funds, analysis, information dissemination and collaborations.

Research Institute for Technological Science and Innovation The Research Institute for Technological Science and Innovation promotes innovative collaborative research projects in order to Applied Chemistry and Architecture and advance leading research. Life Science Civil Engineering Using a matching funding approach with research institutions and companies, the institute develops the cutting-edge of research Molecular design chemistry Architecture and Urban Design in certain fields and enhances the social implementation of research results and skills for making proposals to society. Molecular functional chemistry Urban and Regional Management Molecular biological chemistry Advanced Research Collaborative Laboratory Researchers from high-level research institutes and TUT faculty members collaborate to conduct continuous research in a specific field for a certain period of time, aiming to advance and diversify TUT’s research. Research Institute for Technological Science and Innovation AIST-TUT Advanced Sensor Collaborative Research Laboratory TUT-ISYS (Institute for System Dynamics, University of Stuttgart) International Cooperative Research Laboratory for Advanced < Laboratories > < Research centers > Systems Engineering

Collaboration between Industry, Academia and Government TUT supports social implementation of its research results. As part of our Knowledge Hub Aichi Priority Research Projects we have advanced the practical application of robots to resolve human labor shortages at agricultural production sites and care robots for nursing care homes in collaboration with private Center for Human-Robot Research Center for enterprises. Symbiosis Research Agrotechnology and Biotechnology We are also strengthening our cooperation with local governments and regional companies to promote our social contribution to the region. Electronics-Inspired Interdisciplinary In April 2019, TUT launched the “KOBELCO CONSTRUCTION MACHINERY ADVANCED CRANE LABORATORY,” strengthening EIIRIS Research Institute the existing collaboration between TUT and Kobelco Construction Machinery Co.,Ltd, a leading manufacturer of construction machinery in Japan. The aim of the collaboration is to create more innovation through both our current research in automation, AI, and the utilization of big data and research into the ideal form for the next generation of cranes. This collaborative research Venture Business system will advance how a university and a company can work together to offer great benefits to society and foster highly skilled Laboratory engineers through practical education. (LSI Factory)

Research Center for Collaborative Research Center for Incubation Center for Venture Business Area Risk Management Future Vehicle City

8 9 Features

International Relations Leading Education and Research Projects As a university that is open to the world, we both encourage our Japanese students to study overseas, as well as enthusiastically accepting international students, international collaborative research, and human resources exchanges.

Education International collaborative education programs Top Global University Project FY2014-FY2023 Creative Campus for Nurturing “Global Technology Architects” As a university of technology that accepts young people from all over the world, and nurtures engineers who can be active in diverse locations, we aim to offer an engineering education that is not limited by language or culture, and so improve the international competitiveness of our graduates. We have established the Global Technology Architects Course (GAC) for Japanese and international students who are motivated to work globally, at the integrated undergraduate and postgraduate levels (Master's). GAC students work together with other program students in the same classrooms and laboratories, giving the entire campus a more global flavour.

Program for Leading Graduate Schools (Multidisciplinary (Information)) FY2013-FY2019 Fostering “Brain information architects” TUT has implemented a doctoral program for developing “Brain Information Architects”. The brain information architect is an indispensable global leader and expert who investigates information about the brain to an extremely advanced level. They should create new information and sensing technologies for the advancement of brain sciences, then use this study to create brain-inspired innovative information technologies. By repeating this training cycle, it is expected that brain information architects will be able to develop information technologies into a new scientific field.

TUT has 93 partner universities in 31 countries. With some of the partners, TUT has established Double Degree Program and Twinning Programs. Students who have taken these programs can obtain degrees from our university. Research

In addition, we send students, faculty members, and staff abroad, and we implement programs to develop the abilities required of The Program for Promoting the Enhancement of Research Universities FY2013-FY2022 global human resources. Internships and summer schools at overseas companies for Japanese and international students Striving for further development as a research university that produces Faculty Development (FD) Program aiming at improving professional education skills in English in collaboration with KOSEN valuable and outstanding world-class research Staff Development (SD) Program that develops proactive problems solving skills through experience of practical work overseas TUT aims to create an innovative and forward-thinking foundation from which it can promote the implementation of innovative research and its impact in society. The university aims to do this by evolving beyond the traditional “problem-solving model of engineering” to a “value-producing model of engineering”. Multicultural Global Campus That view is based on a resolute belief that engineers can create new values by combining disparate fields. In addition to conducting Double Degree Programs and Twinning Programs, TUT accepts large numbers of research students The university’s Research Administration Center (RAC), which was created as a result of this project, plays a central role in and visiting students. Japanese students and International students live and study side by side on campus, such as in the on maintaining a support system and providing an environment that strives towards this goal. campus accommodation facility known as “TUT Global House”. Through various programs, TUT aims to realize a global, In particular, by helping to break down the barriers between fields and organizations, deepening connections with international multicultural campus where diverse nationalities, cultures, and values coexist. and domestic corporations and research institutions, inviting international top-class people from a variety of backgrounds, instituting a new system for managing human resources, coordinating multinational research, approaching intellectual property strategically, hosting international symposiums, and maintaining regular communication with TUT’s partners abroad.

10 11 Organization Departments

University organization Fields of Study Presidential Election Committee Executive Trustee, Head Office Vice President（General Affairs）, for Public Relations Strategy Director,University Library Head Office President for Facilities Management http://www.me.tut.ac.jp/ Head Office for Safety Mechanical Engineering Auditors and Health Administration Mechanical Systems Design / Materials and Manufacturing / System Control and Robotics / Environment and Energy Executive Counselors Head Office for Information Strategy Advisory Council Vice President（Gender Equality） Head Office for Gender Equality Developing Engineers and Researchers with Problem-Solving Skills University-Community The Department of Mechanical Engineering plays an important role in areas such as energy Education and Research Council Vice President（Institutional Research Partnership promotion center and environmental systems, materials, transportation, robotics, manufacturing, information and Promotion of University-Community Partnership） Head Office Office for Research Strategy technology, biomechanics, and health care - many of which are national priorities. Executive Council for Institutional Research Vice President（Objectives Office for Promotion of Personnel Committee ） Head Office In order to respond to these demands, TUT has set up the four courses of mechanical Setting and Evaluation for Objectives Setting and Evaluation Industry-Academia Collaboration systems design, materials/production processing, system control/robots, and environment/ Executive Trustee, Vice President Office for Technology Support Service Strategic Planning Council （Research and Educational Affairs） energy to train students in mechanical engineering and its applied fields more broadly and in Office for Risk Management of greater depth. In addition, the university has established a carefully-thought-out system for Management Committee Vice President Research Administration Center （Research Enhancement） Industry-Academia Collaboration tailor-made education according to the aptitude and preferences of each student. Vice President （Education and Admission） Presidential Strategy Planning Division In addition to teaching mechanics, energy, production technology, and system technology Vice President Head Office that form the basis of mechanical engineering, TUT offers education in applied fields such as （Student Support Services and for Student Support Services General Affairs Division Health Care Management） robots, nanotechnology, BioMEMS, biomedical welfare, environment, and management, etc. Finance Division In this way, TUT is developing human resources who can greatly contribute to the Vice President（Kosen Liaison） Kosen Liaison Center development of future society through manufacturing. Through this education and research, Research Support Division we aim to create a base for new mechanical engineering that will be useful to society and Vice President（International Affairs） Facilities Division offer mankind greater dreams and hopes for our future. Faculty Council Presidential Advisor（Endowment Office of Endowment Funds Funds Alumni Relations） International Affairs Division Board of Representatives Executive Trustee Office of Alumni Relations （Administrative strategy） Educational Affairs Division Director-General Administration Bureau Student Affairs Division Office for Technical Support Services Entrance Examination Division Audit Office

Department of Mechanical Engineering Department of Electrical and Undergraduate and Graduate Schools Electronic Information Engineering Electrical and Electronic Information Engineering http://www.ee.tut.ac.jp/ Department of Computer Science and Engineering Electronic Materials / Electrical Systems / Integrated Electronics / Information and Communication Systems Department of Applied Chemistry and Life Science 1 University Library Department of Architecture and Civil Engineering Humans, Earth, and eECo* Future The Department of Electrical and Electronic Information Engineering*2 comprises four fields: Institute of Liberal Arts and Sciences electronic materials, electrical systems, integrated electronics, and information and Research Institute for Emergent System Research Division communication systems. Technological Science and Innovation Social System Research Division ● Electronic materials: Developmental technologies for various new materials are utilized to Advanced Research Division develop magnetic hologram applications, nanophotonic devices, high-performance hybrid materials, etc. Electronics-Inspired Interdisciplinary Research Institute ● Electrical systems: we develop technology to create, transport, store, and utilize the next Venture Business Laboratory, Incubation Center for Venture Business generation of electrical energy. In addition, we develop the relevant integrated application technology. Research Center for Future Vehicle City ● Integrated electronics: we develop opto-electronic devices, smart sensors, biosensors, MEMS, etc., using semiconductor manufacturing facilities in which design, manufacturing, Research Center for Collaborative Area Risk Management and evaluation are integrated. Research Center for Agrotechnology and Biotechnology ● Information and communication systems: We work on developing high frequency circuits, communication systems, and signal processing for wireless information and power Center for Human-Robot Symbiosis Research transfer, as well as high-speed processing and security technologies. Institute for Global Network Innovation International Cooperation Center in Technology Education for Engineering Education Development Pioneering, advanced engineers equipped with a wide vision and comprehensive cognitive ability are developed through our unique spiral curriculum system of education which spans Core of International Relations from the undergraduate level to our doctoral courses. Our students graduate with a mastery Core of International Education of cutting-edge electrical and electronic information engineering, prioritizing practicality and cutting-edge technology. Also, we closely collaborate with the Electronics-Inspired Overseas Education Base in Penang , Malaysia Interdisciplinary Research Institute (EIIRIS) and its unique educational programs.

Cooperative Research Facility Center *1 eECo (Electrical, Electronic, and Communications) *2 Type One Electrical Chief Engineer accreditation curriculum Information and Media Center

Health Care Center

12 13 Departments

Computer Science and Engineering http://www.cs.tut.ac.jp/ Architecture and Civil Engineering http://www.ace.tut.ac.jp/ Computer and Mathematics Sciences / Data Informatics / Human and Brain Informatics / Media Informatics and Robotics Architecture and Urban Design / Urban and Regional Management

Information and intelligence create the future society Educating professional engineers to maintain safe and high-quality living environments The Department of Computer Science and Engineering has a structure that can respond The Department of Architecture and Civil Engineering is a new academic field which actively dynamically to the evolution in IT and ICT, and its research fields are closely related. implements elements of social sciences and humanities while integrating the conventional We carry out education and research on information technology ranging from basic to academic fields of architecture and civil engineering. Further, there is an educational program applied technology, which supports the infrastructure for our computer-based advanced provided to develop engineers with mastery of the above techniques. information and intellectual society. Focused research fields: In terms of research fields, we cover the two core areas of “architecture and urban design” ● Software technology containing algorithms and computational theories and “urban and regional management”, and our goal is to promote research of design and ● Building advanced computers such as parallel processing and embedded computers management. Furthermore, in order to provide society with a high-quality living environment ● Data science, analyzing big data using deep learning that is both safe and secure, we design urban and regional architecture and civil ● Internet application technology using the web or mobile computers infrastructure within the context of its natural environment. ● Multimedia information processing and interface technology for texts, audio, graphics, etc. ● Intelligent, interactive, and ubiquitous sensing technology aimed at symbiosis of humans In the educational field, our curriculum focuses on the basic research necessary for and robots sustainable development of cities and regions as well as more creative research for ● Investigation of perception and cognitive mechanisms of humans, and application to generating new value for future society. communication technology ● Understanding and modeling intelligence In addition, in collaboration with the Research Center for Collaborative Area Risk ● Advanced large-scale software system development and its application to computational Management, we are also aiming to foster international engineers who can contribute to the science. design and management of sustainable social systems that are also safe, secure, and We closely collaborate with the Electronics-Inspired Interdisciplinary Research Institute pleasant under the themes of BCP and disaster prevention. (EIIRIS) and the Center for Human-Robot Symbiosis Research (CHRSR), and implement a Program for Leading Graduate School. The department is unique in that it conducts a wide range of research on Information and Intelligence Technologies, from basic to applied research domains, including cross- disciplinary research.

Applied Chemistry and Life Science https://chem.tut.ac.jp/ Institute of Liberal Arts and Sciences http://las.tut.ac.jp/ Molecular Design Chemistry / Molecular Functional Chemistry / Molecular Biological Chemistry Humanities / Natural Science and Basic Engineering / Planning and Management Science / Communication

Applied Chemistry and Biotechnology for the sustainable future A foundation in technical science: liberal arts The Department of Applied Chemistry and Life Science is comprised of three research fields Science and technology raise our living standards. These essential cultural elements are related to chemistry and bioscience, which are designed to contribute practical applications important in the formation and development of a modern society. As global society grows including sustainable development for human life as well as scientific advance. The program more complex, new challenges arise such as environmental conservation. Facing these is designed to develop the ability for students to play active roles in the chemistry and challenges, and to ensure sustainable global prosperity, a continual development in science bioengineering fields and to be responsible for advanced technology in the world. The two and technology is indispensable. educational courses are provided for this purpose as follows: Within this context, we believe leading engineers should possess a thorough understanding The Applied Chemistry Course comprises the molecular design chemistry and the molecular of nature and societal issues, as well as maintaining a global viewpoint from which they can functional chemistry fields. Students learn fundamental and advanced subjects related with contemplate science and technology’s role within the framework of human action. physical/analytical/inorganic/organic chemistry, and chemical engineering, including practical education in experiments and research works. Students also learn advanced subjects such Meeting this challenge, the Institute of Liberal Arts and Sciences provides education in social as nanotechnology and material sciences. Research work in the laboratories advances science, humanities, natural science, physical education and foreign languages. These perspective in fundamental and applied chemistry fields. disciplines provide a core of general knowledge within the undergraduate curriculum, nurturing basic academic talent, broadening knowledge and deepening international The Life Science Course comprising the molecular biological chemistry field conducts awareness. In the first semester of the doctoral curriculum, we similarly provide courses in research on advanced biotechnology for the welfare of humanity. Students learn fundamental humanities and social science, cultivating an open-minded perspective. Faculty members and specialized subjects related with molecular biology and genetics for studying living are also involved in guidance for the second semester of the doctoral curriculum. organisms, cell science and neurology for human health and integration of biological functions with organic chemistry and electronics. Research works in the laboratories Finally, in collaboration with the Core of International Relations, the Institute provides develops wide and versatile perspective on cross-cutting fields of bioscience and Japanese language and cultural education for international students. biotechnology.

14 15 Campus map

1 A building 17 E experiment building 2 A1 18 E1 3 A2 19 E2 4 B building 20 E3 5 B1 21 E4 6 B2 22 E5 7 B3 23 F building 8 C building 24 F1 9 C1 25 F2 10 C2 26 G building 11 C3 27 G1 12 D building 28 Plant factory 13 D1 Electronics-Inspired Interdisciplinary 29 Research Institute （EIIRIS） 14 D2 30 Venture business laboratory D3 15 31 Electron device research center 16 D4 Civil and environmental engineering 32 laboratory 33 Incubation center for venture business 34 Natural energy research laboratory 35 Cooperative research facility center 36 Radiation laboratory 37 Cryogenic research laboratory Information and communication 38 ■ Athletic facilities engineering laboratory Manufacturing technology shop ● Gymnasium 39 ● Athletic field 40 Administration bureau ● Baseball ground Institute for Global Network Innovation in ● Tennis court 41 Technology Education ● Swimming pool （IGNITE: ICCEED, CIR, CIE） ● Training gym 42 University library 43 Information and media center 44 Cafeteria and shops, Student commons 45 Extracurricular activity house 46 Extracurricular activity meeting building University library Cafeteria and Shops, Student commons 47 Club House 48 Training gym 49 Health care center 50 Gymnasium 51 Student dormitory （Common house） 52 Student dormitory A 53 Student dormitory B ● Student canteen ● Book store ● Hibari lounge ● Commissary store ● Cafeteria 54 Student dormitory C 55 Student dormitory D 56 Student dormitory E Researcher’s accommodation Student 59 61 57 Student dormitory F dormitory TUT Global House “Village Tempaku” International house 58 TUT Global House Researcher’s accommodation 59 “Village Tempaku” 60 Guest house “Hibari-so” 61 International house 62 University’s security

16 17 Staff Statistics

Executive Members Number of students As of May, 2019 ■ Institute for Global Network Innovation in Technology Education Board Members Director, Institute for Global Network Innovation in Technology Education Atsunori Matsuda ■ Undergraduate Program President Takashi Onishi Quota Present number of students Executive Trustee, Vice President (General Affairs) Akira Ohgai ■ Joint Use Facilities for Education and Research Executive Trustee, Vice President (Research and Educational Affairs) Kazuhiko Terashima 1st year 2nd year 3rd year 4th year Total 1st year 2nd year 3rd year 4th year Total Director, University Library Akira Ohgai Executive Trustee (Administrative strategy) Goro Kamino Mechanical Engineering 20 20 115 115 270 6 27 147 148 328 Director, Information and Media Center Hitoshi Isahara Auditor Motohiko Sato Electrical and Electronic Information Engineering 15 15 95 95 220 7 20 93 107 227 Director, Cooperative Educational Research Facility Center Hirofumi Takikawa Auditor Yoko Maki Computer Science and Engineering 15 15 95 95 220 4 27 97 100 228 Director, Health Care Center Jun Miura Applied Chemistry and Life Science 20 20 75 75 190 5 9 59 65 138 Architecture and Civil Engineering 10 10 60 60 140 4 19 75 62 160 Vice Presidents and Presidential Advisor Unallocated ー ー ー ー ー 71 ー ー ー 71 Vice President (Institutional Research Promotion of University-Community Partnership) Takanobu Inoue 80 80 440 440 1,040 97 102 471 482 1,152 Vice President (Kosen Liaison) Akihiro Wakahara Vice President (Student Support Services and Health Care Management) Jun Miura Executive Counselor Vice President (Objectives Setting and Evaluation) Shinichi Itsuno ■ Master’s Program Vice President (Education and Admission) Shozo Kawamura Makoto Ishida Vice President (Research Enhancement) Saburo Tanaka Quota Present number of students Vice President (International Affairs) Atsunori Matsuda 1st year 2nd year Total 1st year 2nd year Total Vice President (Gender Equality) Hiromi Nakano Mechanical Engineering 105 105 210 112 136 248 Presidential Advisor (Funds and Alumni Society) Hirofumi Takikawa Electrical and Electronic Information Engineering 85 85 170 85 86 171 Computer Science and Engineering 85 85 170 83 90 173 Management Committee Applied Chemistry and Life Science 65 65 130 55 54 109 ■ Administration Bureau ■ University committee members Architecture and Civil Engineering 55 55 110 60 39 99 Director-General Masaki Kojima 395 395 790 392 405 800 President Takashi Onishi Vice Director-General Fumio Ozawa Executive Trustee, Vice President (General Affairs) Akira Ohgai Vice Director-General Kazuya Yamauchi Executive Trustee, Vice President (Research and Educational Affairs) Kazuhiko Terashima ■ Doctoral Program Director, Presidential Strategy Planning Division Kazuya Yamauchi Executive Trustee (Administrative strategy) Goro kamino Director, General Affairs Division Hitoshi Morita Quota Present number of students Director-General Masaki Kojima Director, Finance Division Hiroshi Tagami 1st year 2nd year 3rd year Total 1st year 2nd year 3rd year Total Director, Facilities Division Yoshiaki Kusumoto Mechanical Engineering 8 8 8 24 7 7 16 30 ■ Non-university committee members Director, International Affairs Division Kiyohiko Kuroda Electrical and Electronic Information Engineering 7 7 7 21 4 7 4 15 Director, Research Support Division Kazuhisa Kuroyanagi Executive Director, Vice President, Nagaoka University of Technology Shigeharu Kamado Computer Science and Engineering 8 8 8 24 9 12 4 25 Director, Educational Affairs Division Koji Koyanagi President, Shokei Gakuin University Takafumi Goda Applied Chemistry and Life Science 6 6 6 18 7 4 7 18 Director, Educational Affairs Division (Information and Library) Hitomi Seno Mayor of Toyohashi Koichi Sahara Architecture and Civil Engineering 5 5 5 15 7 3 8 18 Director, Student Affairs Division Toshiya Yamaguchi President, National Institute of Technology Isao Taniguchi 34 34 34 102 34 33 39 106 Chairman, Toyohashi University of Technology Alumni Director, Entrance Examination Division Takehiko Shibata Shigeo Furuno Association (Senior Exective Director, Nippon Soken Inc.) Chairman, Toyohashi Chamber of Commerce & Industry Takayoshi Matsui ■ Chairs of Departments Department of Mechanical Engineering Tadaharu Adachi Student affiliation by location of alma mater As of May, 2019 Department of Electrical and Electronic Information Engineering Kazuaki Sawada Department of Computer Science and Engineering Shigeru Kuriyama Prefectures Undergraduate Master’s Doctoral Total Prefectures Undergraduate Master’s Doctoral Total Department of Applied Chemistry and Life Science Akihiko Matsumoto 69 53 6 128 Mie 36 36 3 75 Number of staff As of May, 2019 Hokkaido Department of Architecture and Civil Engineering Kinya Miura Aomori 5 4 0 9 Shiga 2 0 0 2 Institute of Liberal Arts and Sciences Mihoko Kato Kyoto 27 23 0 50 Board Members Iwate 12 14 1 27 President 1 Hokkaido/ Kinki Osaka 12 10 4 26 Miyagi 10 11 1 22 Executive Trustee 3 6 Tohoku Hyogo 37 34 0 71 ■ Chairs of Doctoral Courses Akita 7 9 0 16 Auditor 2 Nara 13 26 2 41 Mechanical and Structural System Engineering Tadaharu Adachi Yamagata 5 5 1 11 Faculty Staff Wakayama 12 13 2 27 7 9 0 16 Professor 73 Fukushima Tottori 9 5 0 14 16 10 1 27 ■ Research Institute for Technological Science and Innovation Associate Professor 74 Ibaraki Shimane 18 19 0 37 Lecturer 11 208 Tochigi 25 19 2 46 Chugoku Okayama 19 11 3 33 Director, Research Institute for Technological Science and Innovation Kazuhiko Terashima Assistant Professor 43 6 6 1 13 Hiroshima 19 12 1 32 Director, Electronics-Inspired Interdisciplinary Research Institute Kazuaki Sawada Gunma Research Associate 7 Yamaguchi 15 11 2 28 Director, Venture Business Laboratory Takayuki Shibata Kanto Saitama 1 0 0 1 Administrative Staff Tokushima 19 21 1 41 Director, Incubation Center for Venture Business Shigeki Nakauchi Chiba 15 11 0 26 Administrative Staff 114 Kagawa 27 14 1 42 Director, Research Center for Future Vehicle City Takashi Ohira Tokyo 39 31 5 75 Shikoku Technical Staff 23 138 Ehime 15 12 2 29 Director, Research Center for Collaborative Area Risk Management Taiki Saito Kanagawa 5 4 1 10 Nursing Staff 1 Kochi 5 8 0 13 Director, Research Center for Agrotechnology and Biotechnology Toshihiko Eki University Research Administrator (URA) Niigata 18 8 2 28 Fukuoka 42 25 4 71 Director, Center for Human-Robot Symbiosis Research Michio Okada URA* 6 6 Toyama 20 14 0 34 Saga 1 0 0 1 Director, Research Administration Center Saburo Tanaka TOTAL 355 Ishikawa 37 22 0 59 Nagasaki 9 9 1 19 Kumamoto 6 8 0 14 *Three of six URA is concurrently serving as Faculty Staff. Fukui 17 16 0 33 Kyushu/ Okinawa Oita 8 6 1 15 Chubu Yamanashi 1 0 0 1 Miyazaki 7 2 1 10 Nagano 20 7 1 28 Kagoshima 15 12 1 28 32 34 0 66 Gifu Okinawa 13 5 0 18 82 48 1 131 Shizuoka International 78 50 42 170 Aichi 237 91 12 340 Others 2 2 0 4 Total 1,152 800 106 2,058

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Number of international students As of May, 2019 Academic exchange agreements As of May, 2019

Undergraduate Graduate school students Research Short-term Countries or districts Total India New Zealand students Master's course Doctoral course students students, etc Indian Institute of Technology Delhi Indian Institute of Science, Bangalore ・The Faculty of Engineering of the University of Auckland Asia Indian Institute of Technology Madras Malaysia 70 20 3 93 USA Indonesia 9 12 16 37 Bangladesh Mongolia 27 2 1 30 University of California, Berkeley University of California, San Diego University of Chittagong University of Wisconsin-Madison Michigan Technological University Vietnam 20 5 4 29 Queens College of the City The University of Kentucky Laos 7 6 1 14 University of New York The University of Texas China 2 8 1 11 Thailand The University of Iowa Southwestern Medical Center Bangladesh 5 3 8 Faculty of Engineering, ・Thai-Nichi Institute of Technology Chulalongkorn University ・Ubon Ratchathani University Cambodia 6 1 7 Pathumwan Institute of Technology ・National Science and Technology Mexico Pakistan 1 3 1 5 Thammasat University Development Agency Instituto Politécnico Nacional Myanmar 2 2 4 ・Burapha University Centro de Investigación en Materiales Avanzados Advanced Materials Research Center India 3 1 4 Centro de Investigación y de Estudios Avanzados del Instituto Politécnico Nacional Thailand 1 1 2 Malaysia Technological Institute of San Juan del Rio South Korea 2 2 Universiti Teknologi Malaysia Sri Lanka 1 1 Universiti Sains Malaysia Argentina Philippines 1 1 Wawasan Open University and DISTED College Universidad Nacional de Tucumán Nepal 1 1 East Timor 1 1 Singapore Finland Central and South America Nanyang Technological University The Faculty of Science and Forestry of the University of Eastern Finland Mexico 2 5 7 Brazil 1 1 America 1 1 Indonesia Norway Europe Institut Teknologi Bandung Padang Institute of Technology Faculty of Health Sciences, UiT-The Arctic University of Norway Universitas Gadjah Mada Tadulako University Germany 2 1 2 5 Syiah Kuala University University of Brawijaya Bulgaria 1 1 2 Institut Teknologi Sepuluh Nopember Electronic Engineering United Kingdom Rossia 1 1 Hasanuddin University Polytechnic Institute of Surabaya Faculty of Sciences, University of York Greece 1 1 Andalas University University of Udayana Universitas Sumatera Utara Universitas Pertamina Middle East University of Lampung Diponegoro University Afghanistan 3 1 4 University of Palangka Raya Netherlands Africa Eindhoven University of Technology, School of Innovation Sciences Egypt 1 1 2 4 South Korea Tanzania 3 3 Kyungpook National University Germany Kenya 1 1 Seoul National University of Science and Technology Ruhr-Universitaet Bochum Universitaet Stuttgart Zambia 1 1 Korea University of Technology and Education Technische Universitaet Muenchen Uganda 1 1 Andong National University College of Engineering, Korea University Rwanda 1 1 France Total 148 76 46 3 10 283 University of Franche-Comté ECE Paris- Graduate School of Mongolia Pierre et Marie Curie University Engineering New Mongol Academy Chimie ParisTech ESIEE-Amiens

Vietnam Spain Vietnam National University-Ho Chi Minh City University of Technology ・Universidad Politécnica de Madrid ・University of Granada Where international graduates are employed The University of Danang, Danang University of Science and Technology Ho Chi Minh City University of Natural Resources and Environment Hue University of Medicine and Pharmacy Italy ADVICS CO.,LTD. Minamifuji Co.,LTD SINFONIA TECHNOLOGY CO., LTD. International University, Viet Nam National University Ho Chi Minh City ・University of Cagliari ・University of Padova National University of Civil Engineering CKD Corporation. University System Think Viet Nam National University Ho Chi Minh City DIGITAL PROCESS LTD. Nihon Kolmar Co.LTD Tokyo Institute of Technology Bulgaria IHI Transport Machinery Co.,Ltd. NIPPON EXPRESS Tokyo University ・Institute of Organic Chemistry with Centre of Phytochemistry of the Bulgarian Academy of Sciences Inochio Group Nippon Koei Co., Ltd. TOYO CONSTRUCTION CO., LTD. China ITO Corporation NTT DOCOMO, INC. Toyohashi University of Technology Institute of Metal Research, College of Chemistry and Molecular Chinese Academy of Sciences Engineering, Peking University Japan Hi-Think Corporation. Renesas Electronics Corporation Valeo Japan Co., Ltd. Russia Northeastern University Xi'an Jiaotong University KANEFUSA CORPORATION Roland Corporation YUTAKA ELECTRONICS INDUSTRY Co.,LTD ・M.V.Lomonosov Moscow State University Shenyang University of Technology Chang'an University ・Moscow Institute of Physics and Technology Kondo Group SanDisk Limited Micron Memory Japan, G.K. Schemata Architects Laos and more Slovakia National University of Laos University of Zilina

Taiwan Ukraine National Chiao Tung University ・National Taiwan Normal University Institute of Bioorganic Chemistry and Petrochemistry of National Academy of Sciences of Ukraine Institute for Food Biotechnology and Genomics of National Academy of Sciences of Ukraine Institute for Applied System Analysis and the World Data Center for Geoinformatics and Turkey Sustainable Development of National Technical University of Ukraine “Kyiv Polytechnic Institute” Koc University Uzbekistan Egypt Tashkent State Technical University named after Abu Rayhan Beruniy Assiut University

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Toyohashi city Access

Toyohashi City is located in the southeastern corner of Aichi to Nagoya to Mikkabi Prefecture, and is both the cultural and industrial center of the East- Toyokawa I.C Tomei Expressway Mikawa area. Meitetsu Toyokawa Line Nagoya Main Line Aichi is centrally located on the main Japanese island of Honshu, Toyokawa station and was host to many of the great feudal warlords who shaped the to Nagoya history of Japan. In modern times, many great companies are JR Tokaido headquartered in Aichi, including Toyota Motor Corporation, Nippon Main Line Shiroshita Sharyo (railway rolling stock manufacturer) and Noritake (tableware JR Tokaido manufacturer). Miyashita As one of Japan’s ‘core cities’, Toyohashi has everything you’d Toyogawabashi-kita expect to find in a major city, but it maintains a friendliness, as well Segami as a love of Japanese tradition, that bigger cities often forget. Toyohashi City Hall Toyohashi has a mild climate, a low cost of living and is within easy Higashi-hatcho Yoshida Castle reach of Nagoya, Tokyo, Osaka, Kyoto and Kobe by Shinkansen, or Nishi-hatcho bullet train. Toyohashi Kawaramachi Station Toyohashi also has a wonderful natural environment, surrounded by the sea and mountains. This natural bounty means that there are many interesting places to visit. to Osaka The vast expanse of the Pacific Ocean is only a short bicycle ride Kitayama Futagawa away to the south of TUT's campus. There you will find Japan’s Station Tezutsu Hanabi （Arm-held Fireworks） longest beach, Omote-hama. This beach is popular for a variety of Nagoya activities such as surfing, fishing and picnicking, and is also a Higashi Mikawa to Hamamatsu Jingu-mae Belt line Oni Matsuri Hamamichi-minami famous spawning site for the loggerhead sea turtle. （Ogre Festival） Meitetsu Nagoya Main Line The north of the city is bordered by Mt. Ishimaki, and the hills to the JR Gikadaigaku-higashi east are home to popular attractions like the Toyohashi Nature Walk Toyohashi University CHUBU CENTRAIR JR Line of Technology International Airport and Imo Bog. The powerful Toyo River flows through the city, to Hamamatsu Toyohashi Rail Road Toyohashi blending with the surrounding greenery to create a beautiful Atsumi Line Hamamatsu landscape. Toyohashi Museum of to Tokyo Toyohashi City area Natural History Higashi-nanane to Tahara to Tahara

From Chubu International Airport to Toyohashi Take any Meitetsu trains from the airport, and change trains at “Jingu-mae” to board a train for Toyohashi. It takes about 20-30 minutes from airport to Jingu-mae, and around 50 minutes from Jingu-mae to Toyohashi. Ikobe Beach By train to Toyohashi station From Nagoya : Meitetsu train, JR train or Shinkansen are available. It takes about 50 minutes from Nagoya to Toyohashi by Meitetsu or JR train, and 25 minutes by Shinkansen. Public relations From Tokyo : Shinkansen super express runs every two hours, takes 1h30 to get to Toyohashi station. Shinkansen runs every 30 minutes, and takes about 2h15. Coaches are also available from Tokyo (Shinjuku) to Toyohashi. From Osaka : Take the super express to Nagoya, then change to Kodama or Hikari, or local trains. It takes about 80-120 minutes total.

From Toyohashi station to the campus Toyotetsu bus runs from Toyohashi station to the campus every 10-15 minutes from 7am to 9pm. Take the bus destination “Gikadai-mae,” “Rispa Toyohashi,” or “Fukushi-mura” from bus stop No. 2 at Toyohashi station, east exit.

By road to the campus Tomei Express Way : Exit at Toyokawa IC toward Toyohashi city center (Route 151 and Route 1). From Toyohashi city center, take route 259 and 405. It takes approximately 20 minutes. Route 23 (Toyohashi Bypass) from Nagoya : Exit from route 23 at Nanane IC, and turn left (take route 405). TUT campus is right next to this route.

Contact

University official website University official Facebook TUT Research ＜ Published quarterly＞ International Affairs Division, Toyohashi University of Technology e-Newsletter from Toyohashi University of Technology https://www.tut.ac.jp/english/ https://www.facebook.com/toyohashi.tech 1-1 Hibarigaoka, Tempaku, Toyohashi, Aichi, 441-8580, JAPAN https://www.tut.ac.jp/english/newsletter/ Phone : +81-532-44-6577 or +81-532-44-6546 Fax : +81-532-44-6557 Email : [email protected] Official website : https://www.tut.ac.jp/english/

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