TOKYO INSTITUTE OF TECHNOLOGY 2005 PROFILE TOKYO INSTITUTE Center for Public Relations and Coordination National University Corporation Tokyo Institute of Technology 2-12-1 Ookayama, Meguro-ku, Tokyo, 152-8550, JAPAN TEL: +81-3-5734-2975 FAX :+81-3-5734-3661 http://www.titech.ac.jp/ OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY NATIONAL UNIVERSITY CORPORATION TOKYO INSTITUTE OF TECHNOLOGY Administration CONTENTS Planning Office Executive Vice Auditors President Evaluation Office for Planning Center for Public Relations and Coordination GRADUATE COURSES Executive Vice Educational Planning Office 03 President President for Education International Planning Office Nomination RESEARCH Committee Board President Research Strategy Office LABORATORIES of Executive Vice 06 President Office of Industry Liaison Directors for Research General Safety Management Center UNDERGRADUATE Educational COURSES and Executive Vice President Financial Management Office 06 Research for Finance Council Tokyo Tech is committed to RESEARCH AND SERVICE CENTERS 1. Producing world-class graduates, Deans & 08 Director Directors Administrative Departments Council -General 2. Creating world-class knowledge, and THE LIBRARIES Management THE HIGH SCHOOL 3. Contributing to society through the utilization of knowledge. Committee ACCOMMODATIONS09 Internal Audit Office

STAFF/STUDENT Tokyo Tech seeks to NUMBERS Academics 10 maintain the highest standard in its every mission. ■ Graduate School of ENROLLMENT Science and Engineering AND Graduate Schools - I maging Science and GRADUATION Engineering Laboratory ■ Chemical Resources

Laboratories Laboratory 15 ■ Graduate School of

Research - R esources Recycling Bioscience and Biotechnology Process Laboratory ■ Interdisciplinary ■ Precision and Intelligence NEW FEATURES Graduate School of Laboratory Science and Engineering - Microsystem Research Center 17 ■ Graduate School of ■ Materials and Structures Information Science and Laboratory Engineering - Center for Materials Design INTERNATIONAL ■ Graduate School of COLLABORATION Decision Science and ■ Research Laboratory Technology for Nuclear Reactors 25 ■ Graduate School of Innovation Management FINANCIAL29 DATA

Research andService Health Service Center (Ookayama & Suzukakedai) Center for Research and Development of Educational Technology Undergraduate Global Scientific Information and Computing Center CAMPUS MAP Research Center for Low Temperature Physics Schools

Centers 31 ■ School of Science Research Center for Educational Facilities Volcanic Fluid Research Center ■ School of Engineering International Student Center HISTORY Research Center for Carbon Recycling and Energy ■ School of Bioscience and Biotechnology Quantum Nanoelectronics Research Center 35 Foreign Language Research and Teaching Center Frontier Collaborative Research Center THE BOARD, Center for Biological Resources and Informatics COMMITTEES, And other 21 Facilities AND37 COUNCIL The logo of Tokyo Institute of Technology (designed by Prof. Shinji Hori in 1948) The white portion represents the Japanese character [工], which is the first character of 'engineering' (工業). The black part represents the Japanese character [大], which is the first character of 'university' (大学). Tokyo Tech High School This figure also symbolizes a swallow, which the Japanese regard a bird of good-luck. of Science and Technology Institute Libraries Technical Department

02 01 02 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY GRADUATE COURSES

Graduate School of Science and Engineering (20 Departments & 1 Laboratory) Graduate School of Bioscience and Biotechnology (5 Departments) (As of May 1, 2005) (As of May 1, 2005)

Mathematics Research Fields Mechanical and Research Fields Life Science Research Fields Bioengineering Research Fields RDAECOURSES GRADUATE RDAECOURSES GRADUATE Theory of Algebraic Structures, Algebraic Control Creation for Intelligent Arts, Applied Materials and Biodynamics, Structure and Function of Cellular and Molecular Bioengineering, Geometry, Geometry, Topology, Analysis, Global Engineering Mechanics, Energy Engineering, System Biomolecules, Bioinformation and Regulation, Life Biomolecular Process Engineering, Functional Mathematics Dynamics, Measurement and Control, Systems Science Frontier*, Molecular and Cellular Bioengineering, Cellular and Biological http://www.math.titech.ac.jp/welcome-e.html Control, Global Environment Engineering* Genomics*, Advanced Bioscience** Engineering* http://www.mech.titech.ac.jp/graduate/home-e.html http://www.bio.titech.ac.jp/LS-E/ http://www.bio.titech.ac.jp/B-E/ Physics Research Fields (Particle, Nuclear Particle, Nuclear and Astro-Physics, Mechanical and Research Fields Biological Research Fields Biomolecular Research Fields and Astro-Physics) Interdisciplinary Research in Fundamental Physics Aerospace Advanced Thermo-Fluid Dynamics, Structural Sciences Biological Information and Biogenesis, Evolution Engineering Biomaterial Physics, Biomaterial Design, http://www.phys.titech.ac.jp/kiso/index_e.html Engineering Design, Mechano-Creation and Comparative Biology, Cellular and Biofunctional Engineering, Functional Genomics, http://www.mech.titech.ac.jp/graduate/home-e.html Developmental Biology, Bioinformatics and Gene Pharmacogenomics, Medicinal Biology, Physics Research Fields Research* Computational Biology/Chemistry*, Bioorganic (Condensed Matter Nanometer-scale Quantum Physics, Statistical Electrical and Research Fields http://www.bio.titech.ac.jp/BS-E/ Chemistry*, Advanced Biofunctional Physics) and Surface Physics, Applied Physics, Atomic, Electronic Autonomous Systems Engineerig, Power Engineering** Molecular and Optical Physics, Experimental Engineering Electronics Engineering, Communications and Biological Research Fields http://www.bio.titech.ac.jp/BE-E/ Research on Quantum Phenomena, Transmissions Engineering, Photonic Devices Information Bioinformation and Medical Science, Interdisciplinary Research in Condensed Matter Engineering* Bioregulation Sciences, Bioinformation Physics, Low Temperature Physics*, Advanced http://www.ee.titech.ac.jp/index.html Engineering, Bioinformation and Bioregulation*, Note: 1. Research fields marked with * are conducted in alliance with collaborative professors and their research groups from other departments or schools on campus. Condensed Matter Physics** Bioregulation Networks** 2. Research fields marked with ** are conducted in alliance with visiting professors and Physical Research Fields http://www.bio.titech.ac.jp/BI-E/ their collaborative research groups. Chemistry Research Fields Electronics Advanced Electronics, Electrical and Electronic Chemistry of Condensed Matter, Molecular Materials Engineering, Integrated Devices, Science, Organic Chemistry, Environmental Quantum Device Physics* Chemistry, Global Energy Chemistry*, Volcano http://web.pe.titech.ac.jp/index.html Interdisciplinary Graduate School of Science and Engineering (11 Departments) Chemistry* (As of May 1, 2005) http://www.chemistry.titech.ac.jp/index-e.html Communications Research Fields and Integrated Information System, High-Performance Innovative and Research Fields Energy Sciences Research Fields Earth and Research Fields Systems Integrated Systems, Communication Systems, Engineered Environmental Materials Engineering and Science Energy Environmental Science, Energy Conversion Planetary Earth and Planetary Physics, Evolution of Earth Intelligent Networks* Materials Engineering, High Density Energy Creation Sciences Research Fields* and Planets, Origin of Solar System, Planetary http://www.ss.titech.ac.jp/index.html Highly Functional Materials Engineering and Research Fields* Exploration Science, Transient Phase Material Science and Energy Environmental System, Energy Conversion Civil Engineering http://www.geo.titech.ac.jp/index-e.html Research Fields Engineering System, Ultra High Power Energy Engineering Construction Engineering, Environmental http://www.iem.titech.ac.jp/english/ http://www.es.titech.ac.jp/index.html Chemistry and Research Fields Engineering, Infrastructure Planning, Materials Material Structure, Chemical Transformations, Infrastructure Development**, Safety Electronic Research Fields Environmental Research Fields Science Materials Design, Functional Materials Infrastructure System** Chemistry Molecular Process, Material and Energy Conversion Chemistry and Analysis of Chemical-Eco Systems, Engineering http://www.cms.titech.ac.jp/index-e.html http://www.cv.titech.ac.jp/e/index.html Research Fields* Environmental Chemistry Complex and Electrochemistry, Catalytic Research Fields* Metallurgy and Architecture and Research Fields Research Fields Chemistry, Organoelectronic Chemistry, Environmental Molecular Arrangement, Chemical Ceramics Building Principles of Architecture and Building Metal Physics, Metal Chemistry, Design of Alloys Bioelectronic Chemistry, Spectroscopic Process Design, Polymer Processes, Chemical Science Engineering Engineering, Planning in Architecture and Building and Materials, Inorganic Functional Materials, Chemistry, Solid State Chemical Physics Environmental Process Synthesis, Environmentally Engineering, Design in Architecture and Building Inorganic Environmental Materials, Ceramic http://www.echem.titech.ac.jp/english/ Benign Molecular Design, Environmental Engineering, Environments in Architecture and Matrix Composites Biotechnology, Environmental Material Science Building Engineering, Regional Facility Planning* Materials Research Fields http://www.macs.titech.ac.jp/mat-welcome_e.html http://www.chemenv.titech.ac.jp/index_Eng.html http://www.arch.titech.ac.jp/arch/etop.html Science and Materials Structure and Functions, Quantum and Organic and Research Fields Engineering Surface Materials Science Electronics and Research Fields Polymeric International Research Fields Applied Physics Polymer Science, Soft Materials Science, Organic Research Fields* Advanced Electron Devices, Novel Fuctional Materials and Polymeric Materials Development International Environment Engineering, Devices Engineering Design of Environmentally Beneficial Materials, http://www.op.titech.ac.jp/index_e.html International Infrastructure Engineering, Industrial Materials Processing with Low Environmental Research Fields* Development System Engineering, International Loads, Structure and Diffraction Physics, Electro Imaging Materials, Photonic Devices and Applied Research Fields Co-Existence* Chemistry Active Materials, Synergistic Materials, Materials Systems, Material Physics and Engineering Molecular Functions Design, Chemical Reactions http://www.ide.titech.ac.jp/index.html Evaluation, Materials Structure Design, Frontier Frontiers, Intelligent Electronic Systems, Design Materials Science Materials and Information Engineering Frontiers http://www.apc.titech.ac.jp/apc-e.html Nuclear Research Fields http://www.materia.titech.ac.jp/index-e.html http://www.ep.titech.ac.jp/index-e.html Engineering Nuclear Energy*, Nuclear Materials*, Nuclear Chemical Research Fields Systems and Safety*, Nuclear Back-Ends Environmental Research Fields Mechano-Micro Research Fields Engineering Process Analysis, Process Design, Process Engineering**, Innovative Nuclear Reactors** Science and Environmental Hydraulics and Hydrology, Engineering Functionality Creation Technology Operation, Information Analysis* http://www.nr.titech.ac.jp/Graduate/index-e.html Environmental Geology and Geophysics, Research Fields* http://www.chemeng.titech.ac.jp/index.html Atmospheric Physics and Turbulence, Precision Devices, Advanced Mechatronics Common Special Research Fields Environmental Material Cycle Analysis, Urban http://www.pms.titech.ac.jp/English/index.html Mechanical Research Fields Sections Interdisciplinary Science (Interactive Research Land Surface and Environment, Urban Sciences and Thermal and Fluid Science, Dynamics Engineering, Center of Science) Atmospheric Environment, Environmental Computational Research Fields Engineering Design Engineering, Manufacturing Technology http://www.irs.titech.ac.jp/index.html Planning and Policies Intelligence and Intelligent Systems, Complex Systems, Emergent Systems Science and Science, Mechanics of Solids and Structures, Engineering for Strategic Planning Research Fields* Systems Environmentally Assisted Cracking and Environment and Energy Engineering, Research Fields* Management***, International Cooperation** Environment and Material Engineering, Computational Perception and Recognition, Imaging Science http://www.mech.titech.ac.jp/graduate/home-e.html Research Fields Environment and Structural Engineering, Neural Information Processing, Brain Science, and Engineering Image Recording, Image Analysis, Imaging Laboratory Environment and Safety Engineering, Process Production System, Systems Analysis System, Applied Imaging, Intelligent System, Systems Engineering, Frontier of Environmental http://www.dis.titech.ac.jp/index_e.html Information Techno-City Frontier Systems*** Science and Technology Information http://www.isl.titech.ac.jp/index.html http://www.depe.titech.ac.jp/english/english.html Research Fields Processing Future-Oriented Information Systems, New Built Research Fields Functional Information Systems Environment Safety and Amenity Evaluation, Urban Planning Research Fields* and Management, New Frontier Environment Perceptual Image Processing, Advanced Image Research Fields* Science, Advanced Wave Application Systems, Note: 1. Research fields marked with * are conducted in alliance with collaborative professors Urban Space, Urban Infrastructures, Landscape Bio-Information Systems, Sensory Information and their research groups from other departments or schools on campus. Engineering, Environmental Facility System Frontiers 2. Research fields marked with ** are conducted in alliance with visiting professors and their collaborative research groups. http://www.enveng.titech.ac.jp/index-e.html http://www.ip.titech.ac.jp/index-e.html 3. Research fields marked with *** are conducted in alliance with professors in endowed Note: Research fields marked with * are conducted in alliance with collaborative professors and chairs and their research groups on campus. their research groups from other departments or schools on campus. 03 04 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY GRADUATE COURSES RESEARCH LABORATORIES

Graduate School of Information Science and Engineering (3 Departments) Research Laboratories (As of May 1, 2005) (As of May 1, 2005)

Mathematical Research Fields Mechanical Research Fields Chemical Research Fields Materials Research Fields EERHLABORATORIES RESEARCH RDAECOURSES GRADUATE and Computing in Information Science (Mathematical and Integrated Informatics for Mechanical and Resources Inorganic Resources, Molecular Materials Design, and Novel Functional Ceramics (Super Functional Thin Computing Computing, Software Interfaces, Mathematical and Environmental Environmental Systems (Acquisition and Utilization of Laboratory Organic Resources, Bio-Resources, Catalytic Structures Films, Oxide Nano-Technology, Quantum Functional Sciences Information Sciences), Mathematical Sciences Informatics Information, Informatics for Environmental Control, Chemistry, Polymer Chemistry, Organic Synthetic Laboratory Materials, Combinatorial Materials Science and (Mathematical Analysis of Discrete Structure, Informatics for Policy Science, Informatics for Social Chemistry, Chemical Spectroscopy, Chemistry for Technology), Basic Researches (Thermal Analysis, Mathematical Analysis of Nonlinear Structure, Systems), Human Information in Mechanical Inorganic Materials, Chemical System Synthesis, Crystal Structure Analysis, Electronic Analysis), Statistical Science, Operations Research), Computing Engineering (Human Information in Mechanical Process Systems Engineering, Photofunctional Structural Engineering (Structural Design, Materials Science (Software Analysis, Software Organization, Engineering, Application of Mechanical Information), Chemistry, Smart Material for Ultimate Environment, Materials for Disaster Foundation of Computing Science, Foundation of Information-Driven Systems (Decentralized Control http://www.res.titech.ac.jp/cgi-bin/index.cgi Prevention, Materials for Building Structure), Software Science) Systems, Intelligent Control Systems, Sensing for Application of New Functions, Superstructure http://www.is.titech.ac.jp/index-e.html Mechano-Informatics), Environmental Systems Resources Recycling Process Laboratory Analysis, Material Integration Design (Geographic Information Systems, Intelligent Basic and applied research on recycling of natural http://www.msl.titech.ac.jp/english/index.html Computer Research Fields Space Design, Intelligent Infrastructure Systems) resources, and promotes collaborative research in Science Integrated Information Systems (Software http://www.mei.titech.ac.jp/index-e.html their related fields. Center for Materials Design Environments, Multi-Media Information Processing), http://www.res.titech.ac.jp/˜junkan/english/index.html Property Development and Reliability Increase in Computer Systems (Dependable Computer Systems, Ceramics using Boundary Design Technology as Asynchronous Concurrent Systems), Software Precision Research Fields Carbon Alloys, Soft Solution Process, Super Plasticity, Engineering (Software Design, Computational Logic), and Advanced Information Processing (Intelligent Probe Microscopy. Intelligent Systems (Knowledge Engineering, Intelligence Information Processing, Information Processing and http://www.msl.titech.ac.jp˜design/index_e.html Inference Systems, Computational Linguistics, Laboratory Recognition, Human Interface), Advanced Pattern Recognition) Microdevices (Electron Devices, Optical Devices, Research Research Fields http://www.cs.titech.ac.jp/cs-home-e.html Applied Acoustic Devices), Precision Machine Laboratory Energy Engineering (Generation of High Density Devices (Ultrafine Machining, Precision Machine for Nuclear Energy, High-Temperature Thermo-Energy, Energy Elements, Integrated Mechanisms), Advanced Reactors Conversion, Thermo-Hydrodynamics of Functional Mechanical Systems (System Control, Dynamic Fluids, Environmental Energy Engineering**), Mass Systems, Intelligent Systems), Advanced Materials Transmutation Engineering (Particle Beam Energy, Graduate School of Decision Science and Technology (4 Departments) (Materials Design, Mechanics and Engineering Fuel Cycle, Mass Transmutation, Mass Separation), Design, Advanced Materials Evaluation), Biotic System and Safety Engineering (Ultra-Rapid Energy (As of May 1, 2005) Integration Engineering**, Ultra-Fine Mechano- Phenomena, Energy System Materials, System Human Research Fields Industrial Research Fields Process**, Intellectual Property Utilization System**, Safety, System Design, Science and Technology System Human Resource Development (Cognitive Science, Engineering Development, Production, and Distribution Opto-Electronics Research** Policy**) Science Educational System Design, Human Resource and Engineering (Fundamentals of Technology, http://www.pi.titech.ac.jp/index-e.html http://www.nr.titech.ac.jp/WelcomeE.html Management Development for Science and Technology, Development Strategy, Engineering of Technology, Educational Evaluation), Human Dynamics Design Management Strategy, Human-Production Microsystem Research Center (Motor Control and Health Design, Psychosomatic Interaction, Process Evaluation), Managerial and Basic Research on Devices and Systems toward Science, Discursive Practices), Educational Financial Engineering (Managerial Calculation), Ultrahigh Speed Lightwave Communications and Technology* (Learning Media Technology, Advanced Mathematics and Information Systems (Management Ultraparallels Opto-Electronics. Learning Systems) Mathematical Engineering, Management Information http://vcsel-www.pi.titech.ac.jp/index-e.html http://www.hum.titech.ac.jp/eframset.html Systems), History, Philosophy and Social Studies of Science and Technology (History and Social Studies Value and Research Fields of Technology, History and Social Studies of Science, Decision Value and Discourse (Value Structure, Representation Logic and Methodology of Science and Technology), Science Function, Value Representation, Discursive Engineering and Intellectual Property Formation), Socio-Mathematical Theory (Social http://www.me.titech.ac.jp/index-e.html System, Social Modeling, Social Measurement), Note: Research fields marked with ** are conducted in alliance with visiting professors and their Decision-Making Process (Collective Decision Making, Social Research Fields collaborative research groups. Politico-Economy, Political Decision) Engineering National Land and Urban Planning (Urban Planning. http://www.valdes.titech.ac.jp/Welcome.html National Land and Social System), Public System

Design (Public Policy, Mechanism Design, Public COURSES UNDERGRADUATE Space, Histrical Landscapes, Global Environmental Policy), Social Engineering Basic Theory (Decision UNDERGRADUATE COURSES Theory, Applied Economics, Social System) http://www.soc.titech.ac.jp/index-E.html

Note: Research fields marked with * are conducted in alliance with collaborative professors and their research groups from other departments or schools on campus. School of Science (5 Departments) (As of May 1, 2005)

Mathematics Major Study Fields Chemistry Major Study Fields Graduate School of Innovation Management (2 Departments) Introduction to Algebra, Algebra, Geometry, Physical Chemistry, Analytical Chemistry, Inorganic Topology, Advanced Calculus, Real Analysis, Chemistry, Organic Chemistry, Chemical Safety, (As of May 1, 2005) Complex Analysis, Set and Topology Geochemistry, Natural Product Chemistry, Chemical Management Research Fields http://www.math.titech.ac.jp/welcome-e.html Information of MOT Strategy, Itellectual Property Management, http://www.chem.titech.ac.jp/index-e.html Technology Financial Engineering & Information Technology, Physics Major Study Fields **** Leading-Edge Science & Technology* Classical Mechanics, Electromagnetism, Applied Information Major Study Fields Mathematics for Physics, Thermodynamics and Science Set and Topology, Applied Nonlinear Analysis, Innovation Research Fields Statistical Mechanics, Quantum Mechanics, Discrete Mathematics, Probability and Statistics, ***** MOT Strategy, Itellectual Property Management, Experiments in Physics, Elementary Particles and Mathematical Methods for Operations Research, Financial Engineering & Information Technology High Energy Physics, Solid State Physics Algorithms and Data Structures, Automata and http://www.phys.titech.ac.jp/index_e.html Formal Language Theory, Fundamentals of Computer Systems and Architectures http://www.is.titech.ac.jp/index-e.html

Earth and Major Study Fields Planetary Geophysics, Space Physics, Planetary Physics, Sciences Geology, Petrology, Geochemistry, Cosmochemistry http://www.geo.titech.ac.jp/index-e.html Note: 1. Research fields marked with * are conducted in alliance with collaborative professors and their research groups from other departments or schools on campus. 2. Department marked with **** offers Professional Master's Course. 3. Department marked with ***** offers Doctoral Course. 05 06 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY

UNDERGRADUATE COURSES

School of Engineering (16 Departments) School of Bioscience and Biotechnology (2 Departments) (As of May 1, 2005) (As of May 1, 2005)

Metallurgical Major Study Fields Industrial and Major Study Fields Bioscience Major Study Fields Biotechnology Major Study Fields NEGAUT COURSES UNDERGRADUATE NEGAUT COURSES UNDERGRADUATE Engineering Physical Chemistry, Deformation of Metals, Phase Systems Introduction to Industrial Engineering and Biochemistry, Cell Biology, Science of Biological Biofunctional Engineering, Biochemical Engineering, Stability and Transformations in Metals, Chemical Engineering Management, Fundamentals for Economics and Information, Developmental Biology, Biophysical Genetic Engineering, Cellular Engineering, Biomaterial Thermodynamics at High Temperature Reactions, Management, Accounting Information, Mathematics Chemistry, Bioorganic Chemistry Engineering, Molecular and Cellular Biology Physical Properties of Metals, Lattice Defects and for Management Engineering, Stochastic Model, OR http://www.bio.titech.ac.jp/bioscience/ http://www.bio.titech.ac.jp/biotechnology/ Dislocations, Creativity Laboratory in Metallurgy, and Modeling Processes, Marketing Management, Ferrous Materials and Light Alloys Experiments on Fundamentals of Information Systems Organic and Major Study Fields http://www.me.titech.ac.jp/index-e.html Program of Undergraduate Study Polymeric Physical Properties of Organic Materials, Physical Materials Chemistry of Organic Materials, Processing of Electrical and Major Study Fields Affiliation to a department Start of graduation thesis work Organic Materials, Synthetic Chemistry of Organic Electronic Electricity and Magnetism, Circuit Theory, Electric 1st year 2nd year 3rd year 4th year Materials, Solid State Physics of Organic Materials, Engineering Machinery, Control Engineering, Semiconductor 1st term 2nd term 3rd term 4th term 5th term 6th term 7th term 8th term Experiments of Organic Materials Engineering, Fiber Physics, Electronic Devices, Communication Liberal Arts and Composite Materials, Surface Physical Chemistry Engineering, Algorithms and Programming Interdisciplinary Courses of Organic Materials http://www.u.ee.titech.ac.jp/index.html Network Communication "L" Seminars http://www.op.titech.ac.jp/op/index-e2.html Health and Physical Education Computer Major Study Fields Environmental Education Common Courses Inorganic Major Study Fields Science Fundamentals of Computing, Data Structures and "F" Seminars Materials Graduation Thesis Introduction to Ceramics, Solid State Chemistry of Algorithms, Computer Architecture, Operating Introduction to Specialized Fields Ceramics, Ceramic Processing, Fundamental Analysis System, Programming, Electronic Circuits, Basic Courses of Ceramics, Crystal Chemistry, Electronic Properties Communications and Networks, Signal Processing of Ceramics, Mechanical Properties of Ceramics, http://www.cs.titech.ac.jp/˜csu/index.html International Communication Ceramics Laboratory http://www.ceram.titech.ac.jp/welcome-e.html Civil and Major Study Fields Special Program for Teacher Training (optional) Environmental Structural Mechanics, Soil Mechanics, Water and Chemical Major Study Fields Engineering

Environmental Engineering, Concrete Engineering, CENTERS SERVICE AND RESEARCH Engineering Information Technology for Chemical Engineering, Earthquake Engineering, National and Regional Chemical Process Design Practice, Transport Planning, Transportation Engineering, Landscape and RESEARCH AND SERVICE CENTERS Phenomena, Safety Engineering for the Process Plant Civil Design Organic Chemistry, Physical Chemistry, Inorganic http://www.cv.titech.ac.jp/e/index.html Chemistry, Synthetic Organic Chemistry Health Main Activities International Main Activities http://www.chemeng.titech.ac.jp/index.html Architecture Major Study Fields Service Providing comprehensive health care services for stu- Student Providing training courses in the Japanese language, and Building Architectural Design & Drawing, History of Centers dents and staff, promoting their physical and mental Center culture and customs to international students, seeking Polymer Major Study Fields Engineering Architecture, Visual Design, Architectural Planning, well-being and maintaining environmental hygiene on to develop new teaching methods and programs related Chemistry Computational Chemistry in Polymer Science, Structural Mechanics & Design, Building Materials, the campuses. with technical Japanese in the field of science and engi- Physical Chemistry, Structures of Polymers, Physical Environmental Engineering, Geotechnical neering, and providing support and services to help their Properties of Polymers, Organic Chemistry, Polymer Engineering Center for Main Activities life and study in Japan. Chemistry, Physical Chemistry of Biopolymers, http://www.arch.titech.ac.jp/arch/etop.html Research and Research, development and the application of meth- http://www.ryu.titech.ac.jp/index.php Development Polymer Processing of ods in educational technology for the improvement of http://www.op.titech.ac.jp/polymer/index-e.htm Social Major Study Fields Educational education. Research Main Activities Engineering Introductory City Planning, National and Regional Technology http://www.cradle.titech.ac.jp/index.html Center for Develops technology such as efficient utilization of Mechanical Major Study Fields Planning, Fundamental Theories on Space Design, Carbon energy, carbon dioxide sequestration, and solar Recycling Engineering Mechanics of Materials and Theory of Plasticity, Basic Theory of Economics, Public Economics, Global Main Activities hybrid fuel production, aiming at their practical use to and Energy and Science Thermal Science and Engineering, Physics of Heat Analysis of Social System, Problem Findings in Social Scientific Administers the supercomputing facility and the cam- help protect the earth from global warming. Transport, Fluid Science, Kinematics and Dynamics Engineering, Problem Structuring and Social Survey Information pus network system, which serve as the key compu- http://www.rccre.titech.ac.jp/index_e.html of Machinery, Mechanical Vibrations, Computer http://www.soc.titech.ac.jp/index-E.html and tational and communication resources for advanced Computing Quantum Aided Design and Manufacturing, Bioengineering Center research, education, and administration, and also col- Main Activities http://www.mech.titech.ac.jp/index.html International Major Study Fields laborates with overseas partners as well to promote Nano- Research on photonic and electronic devices, opto-elec- Development Introduction of International Development, Exercise international exchange for research and education. electronics tronic devices using nanotechnology, quantum effects, Research Mechanical Major Study Fields Engineering on International Development, Colloquium of http://www.gsic.titech.ac.jp/English/index.html developments of crystal growth and processing technolo- Center and Mechanics of Deformation and Vibration, Energy and International Development, Field Work in International gies, physics in quantum effect devices, and designing of Intelligent Fluid Flow, Information Science and Engineering, Development, Chemical Engineering in International Research Main Activities integrated systems. Systems Design and Manufacturing, Research Project, Development, Mechanical Engineering in International Center for Conducting research on low temperature physics and http://www.pe.titech.ac.jp/qee_root/jp/index.html Engineering Mechatronics, Measurement and Statistics, Creative Development, Electrical Engineering and Computer Low low temperature science and technology in collabora- Temperature Project for Mechanical and Intelligent Systems Science in International Development, Civil tion with researchers inside and outside of the Foreign Main Activities Physics http://www.mep.titech.ac.jp/mise.html Engineering in International Development Institute, and providing cryogen and cryogenic tech- Language Runs the foreign language courses at the univesity and http://www.ide.titech.ac.jp/index.html niques to support research on campus. Research conducts basic and applied rsearch on linguistic theo- and Mechano- Major Study Fields http://www.rcltp.titech.ac.jp/index_center_eng.htm ries, exploring new methods of teaching foreign lan- Aerospace Teaching guages. Also acts as a medium for cross-cultural devel- Thermo-Physics and Energy System, Intelligent Center Engineering Fracture Control, Material Science and Mechanical Research Main Activities opment on campus. Processing, Robotics, Vibration and Wave Dynamics, Center for Research and development on planning, design, and http://www.flc.titech.ac.jp/index_e.html Advanced Fluid Dynamics, Space Systems Educational management of educational, cultural, academic, and Facilities Engineering, Computer Simulation, Global sport facilities for improving their quality, providing all Frontier Main Activities Environmental Engineering user groups with larger utility, and serving life-long Collaborative Promotes industry-university cooperation in advanced http://www.mes.titech.ac.jp/index.html learning in the community in effective ways. Research research in the fields of materials science, information http://www.rcfef.gh4.titech.ac.jp/center/englishX.htm Center science and technology, environmental studies, and Control and Major Study Fields biotechnology. Also supports researchers and stu- Systems Fundamentals of Dynamical Systems, Introduction to Volcanic Main Activities dents with possible research for entrepreneurship. Engineering Measurement Engineering, Automatic Control, Fluid Fluid Research on volcanology, and observation of Kusatsu- http://www.fcrc.titech.ac.jp/top_page-e.htm Power Control Components and Systems, Image and Research Shirane and other active volcanoes. The Center also Center Signal Processing, Introduction to Creative Design, provides field study on volcanology for students. Center for Main Activities Manufacturing Process Engineering, Robot Dynamics Biological The Department of Research conducts research on infor- and Control Resources mation analyses of protein, genome and RNA. The http://www.ctrl.titech.ac.jp/home-e.html and Department of Resources is composed of Informatics Bioinformatics, Gene Research, and Radioisotope Research Divisions, all supporting the research and edu- cation by raising lab animals and providing trainings for handling of radioisotopes and accelerators. http://www.grc.bio.titech.ac.jp/e.html

07 08 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY INSTITUTE LIBRARIES, TOKYO TECH HIGH SCHOOL OF STAFF/STUDENT NUMBERS SCIENCE AND TECHNOLOGY, AND ACCOMMODATIONS Institute Libraries (Ookayama Library and Suzukakedai Library) Number of Staff (As of May 1, 2005) The Institute Libraries, boasting the foremost collection in Japan of science TF/TDN NUMBERS STAFF/STUDENT H IRRE H IHSHO ACCOMMODATIONS SCHOOL HIGH THE LIBRARIES THE Office and and technological journals, have served as one of the government-appointed The Board Research and Teaching Staff Technical Staff President Vice Executive Professor Assistant Associate Research Total Sub Teacher School High Assistant School High Total Sub Staff Office Staff Technical Others Total Sub President Auditor Professor Professor Associate Lecturer National Centers of Overseas Periodicals in these fields since 1977. The Total libraries annually collect in excess of 2,000 worldwide journals and conference proceedings to support and facilitate users both on and off campus. In addition, an electronic library service has been available since 1998 with the establish- ment of an e-library system (TDL). The Board 142 7

http://www.libra.titech.ac.jp/welcome_e.html Science and Engineering (Science) 47 36 59 3 145 2 2 147 Science and Engineering 105 106 126 2 339 37 37 376 rdaeSchool Graduate (Engineering) Tokyo Tech High School of Science and Technology Bioscience and Biotechnology 22 22 4 37 3 88 9 9 97 Interdisciplinary Graduate School of Science and Engineering 51 42 11 37 3 144 2 2 146 The School has been designated as s Super Science High School, with the Information Science mission to develop and design special educational programs for high standards and Engineering 27 24 1 22 74 3 3 77

of science and technology. It also aims to advance all-round education for tech- Decision Science and Technology 28 25 2 23 78 1 1 79 nology-oriented students and seeks to integrate university education into their early development, which is reflected in a special admission quota of such stu- Innovation Management 93 12 12 dents to Tokyo Tech. Chemical Resources Laboratory 13 10 2 24 49 4 4 53 (As of May 1, 2005) Precision and Intelligence Laboratory 14 14 20 48 13 13 61 Technical High School Materials and Structures Laboratory 12 10 3 9 34 3 3 37 Enrollment Admission Research Laboratory for 1st year 2nd year 3rd year Total Nuclear Reactors 11 11 14 36 7 7 43 Science and Technology -present- 200 194 (17) －－194 (17) Research and Service Centers 38 36 4 14 2 94 4 2 6 100 Mechanical Engineering -fomer- － － 41 (1) 38 79 (1) High School of Science and Electrical Engineering -fomer- － － 30 (3) 30 (3) 60 (6) Technology 45 9 54 54 Electronics Engineering -fomer- － － 43 (4) 37 (2) 80 (6) Administration Bureau 452 2 6 460 460 Industrial Chemistry -fomer- － － 40 (9) 39 (7) 79 (16) Architecture & Building Engineering -fomer- － － 39 (8) 40 (10) 79 (18) Total 1 4 2 377 339 27 385 13 1,141 45 9 54 452 87 8 547 1,749 Total 200 194 (17) 193 (25) 184 (22) 571 (64)

Note: Figures given in parentheses represent the number of female students.

International House and Dormitories Project-based/Adjunct Staff (As of May 1, 2005) International House Number Type of Visiting Visiting Visiting Visiting House Resident Accommodationof Area (㎡) Associate Conveniently located in the Ishikawadai area on the Ookayama campus, the Rooms including Professor Lecturer Total Professor Associate Total Professor Associate Total Professor Professor Ⅰ Professor Ⅱ International House provides researchers from overseas with an apartment to Family 12 56 Ⅰ Ⅱ International International Couple 15 39 live and a forum for international understanding and communication. House Researchers Instructors Single 73 18 (including professors) 54 → 20 9 29 Dormitories for International Students Umegaoka International 2 people 10 40 Researchers 113 21 1 4 (including research professors) → The Institute has two dormitories for international students, Shofu Dormitory Dormitory Students Single 50 12.5 Lecturers 181 → 34 5 39 54 49 25 14 and Umegaoka Dormitory. They are located in Aoba-ku, Yokohama, near to Shofu International 2 people 5 40 Dormitory Students Single 46 12.5-13.75 Teaching Associates Aobadai Station and Fujigaoka Station, respectively. on Projects 41 Shofu Japanese Single 144 13 Technical Personnel 22 Dormitory for Japanese male Students Gakusha Students on Projects Research Associates Shofu Gakusha, located next to Shofu Dormitory, is a dormitory for Japanese on Projects 20 male students of Tokyo Tech. Project-Supporting Staff 539 Total 970 Total 56 15 1 72 54 49 103 25 14 39

International House Shofu Dormitory and Shofu Gakusha Umegaoka Dormitory 09 10 STAFF/STUDENT NUMBERS 12

Doctoral （328） （92） （26） （40） （7） （8） （5） （16） （7） （6） （4） （6） （2） （2） （6） （6） （7） （2） （9） （2） （9） （3） （5） （1） （3） （7） （6） （4） （4） （3） （8） （141） （3） （3） （12） （12） （12） （15） （12） （2） （10） （1） （17） （11） （16） （12） （26） （14） （10） Course Total （21） 603 1,536 155 175 F （74） （3）104 （5） 24 （2） 48 （2） 51 （22） （19）492 （11） （1） 26 （1） 26 （2） 19 （1） 30 （3） 36 （1） 36 （1） 22 （2） 37 （2） 35 （2） 29 （2） 22 （1） 30 （2） 27 （4） 53 （3） 48 （1） 25 （2） 43 （1） 22 （3） 60 （1） 30 （2） 26 （5） 94 （1） 28 （2） 52 （2） 40 （15） （2） 39 （3） 17 （5） 46 （2） 47 （2） 24 （3） 34 （2） 17 （2） 17 47 42 198 47 Total 819 （254） M （73）51 （15） （25） （6） 4 （5） 5 （5） 23 （6） 1 （4） 21 （4） 5 （9） 3 （2） 21 （4） 5 （1） 2 （4） 4 （9） 9 （5） 2 （5） 3 （1） 3 （6） 8 （1） 3 （1） 41 （7） 5 （2） 1 （3） 8 （8） 7 （2） 10 （4） 15 （2） 7 （2） 21 （1） 5 （5） 9 （119） （1） 2 （1） 2 （12） 2 47 （11） 2 （10） 2 （14） 1 （11） 2 （13） 10 （2） 9 （10） 32 （1） 3 （15） 3 （12） 8 （21） 9 （12） 3 （16） 7 556 1,338 133 108 (As of May 1, 2005) F （9） 441 （6） （41） （1） 33 （2） 30 （12） （2） 17 （1） 29 （2） 94 （1） 21 （2） 32 （1） 32 （1） 17 （1） 28 （3） 45 （1） 39 （1） 23 （2） 40 （1） 19 （1） 27 （2） 21 （3） 85 （1） 27 （1） 44 （11） （1） 32 （3） 9 8 （4） 14 （2） 39 （1） 19 （3） 25 32 101 3nd year M （57） 19 （40） 24 （6） 1 45 （6） 24 （1） 22 （7） 2 （7） 1 （5） 34 （2） 23 （6） 4 （2） 1 （3） 4 （6） 32 （9） 1 （4） 26 （1） 1 （3） 1 23 （6） 4 （4） 5 （4） 1 （3） 2 （1） 3 （3） 2 52 （1） 2 （8）（3） 3 37 （1） 1 （2） 5 （6） 2 （6） 3 （4） 10 （1） 1 40 （1） 14 （5） 8 （132） （11） 22 （2） 21 （1） 3 （2） 21 （12） 4 （12） 3 612 F （5） 239 （9） 200 （5） 65 （22） （1） 10 （1） 14 （2） 8 1 31 （1） 35 （1） 18 （2） 12 （1） 22 （2） 18 （2） 22 （2） 20 （2） 45 （1） 23 Enrollment （1） 19 （1） 63 （1） 23 （1） 18 （2） 17 （1） 5 2 50 TOKYO INSTITUTE OF TECHNOLOGY OF INSTITUTE TOKYO 2nd year M （90） （45） 11 Doctoral Course （25） 17 （4） 14 （6） 15 （5） 10 （2） 1 15 （3） 12 （5） 4 （1） 1 22 （5） 10 （1） 3 （4） 2 （5） 3 （2） 20 （2） 4 （1） 13 41 （3） 2 （6） 2 （1） 1 （8） 2 （1） 5 （3） 1 （4） 2 （2） 11 （1） 2 （4） 12 （1） 7 （4） 17 （4） 1 （3） 2 3 1 （1） 13 （2） 10 （1） 15 （2） 4 （2） 1 6 7 （10） 6 （1） 2 394 1 46316 F （5） 172 （1） 135 （11） （1） 7 （1） 10 （2） 11 （1） 6 （1） 11 （1） 5 （3） 26 （2） 11 （2） 15 （2） 15 47 1st year 828118119 （8） 10 M （17） 17 （32） （4） 2 （2） 2 35 （1） 4 （1） 2 （3） 3 24 （3） 9 （1） 2 （1） 2 （2） 1 7 （1） 2 6 （1） 4 （2） 12 （4） 1 （2） 9 （2） 1 8 （1） 2 （2） 2 15 （1） 1（2） 10 2 7 （2） 2 （1） 332 Admission 7719 12 7818 11 8617 7112 67 642113 9314 18 8915 715 35 31 6 37 12 7 35 16 44 19 13 5 203 145 219 106 Quota 543 2. Department marked with * offers Professional Master's Course. 3. Department marked with ** offers Doctoral Course. ） ） Master's ） （50） （229） （108） （6） 15 6 9 （6） 16 6 （4） 15 8 （6） 26 8 1 13 （2） 19 10 1 10 （3） 20 19 46 （21） （30） （16） （15） （22） （5） 9 10 1 20 （8） 8 2 （5） 9 16 （1） 17 8 （5） 11 （4） 9 3 6 （10） 31 24 （1） 23 9 （3） 10 （7） 10 10 （9） 12 5 3 （1） 9 8 （1） 17 5 8 8 （2 （4） 18 11 （3） 13 4 1 6 （4） 10 2 4 13 （2） 12 12 16 （6） 13 4 （1） 10 5 7 （1） 22 7 2 14 （2） 12 9 7 9 25 25 （1） 8 （3） （3） 11 3 2 （4 （4） 6 11 1 12 （5） 11 8 （1） （1 （4） （3） （3） 7 15 （16） 9 7 （11） 11 2 （14） 10 7 （11） 10 9 Course Total Note: 1. Figures given in parentheses represent the number of students from abroad. 110 287 283 3,518 1,506 110 267 1,140 F 10 （25） （13） （70） （8） （6） 99 （3）144 （3） 106 （1） 92 （3） 105 （2） 103 （1） 98 （1） 77 （3） 85 （6） （1） 58 （1） 69 （3） 56 （1） 58 （3） 57 （1） 54 （1） 51 （2） 63 （3） 52 （2） 53 （1） 81 （1） 54 （2） 46 （3） 82 （1） 67 （1） 78 （1） 62 （1） 72 （16） （2） （1） 40 （2） 57 （11） （2） 35 （2） 35 7 29 209 65 526 21 Total （83） （159） （8） 69 （7） 13 （6） 9 121 M 36 （14） （37）148 （13） （16） （3） 7 （5） 40 （6） 9 （5） 75 （3） 4 （8） 6 （1） 2 54 （3） 1 （7） 2 67 （2） 5 （9） 5 97 （3） 24 （1） 11 93 （2） 13 55 （3） 23 （1） 19 （4） 19 （2） 17 （2） 11 109 （3） 15 （2） 21 86 （3） 23 110 （1） 7 84 （3） 14 （2） 7 81 （2） 16 （2） 16 （1） 12 （3） 13 （2） 15 （2） 8 （1） 6 （1） 6 （13） 8 （13） 2 （10） 222 992 1,297 2,992 103 238 F （19） （8） （43） （2） 214 （5） 59 （2） 82 （1） 69 （4） （1） 53 （1） 34 20 （7）89 （2） 56 （2） 44 （2） 44 （1） 79 （2） 42 （2） 76 （2） 131 （1） 66 （1） 73 （1） 54 8 （1） 86 （1） 62 （1） （2） 71 （1） 64 8 （1） 37 3 （10） （1） 42 （1） 38 13 （1） 49 76 15 39 276 17 （105） （3） 33 （7） 2nd year M （57）113 （27） （11） （3） 6 （8） 5 （5） 25 （6） 6 （8） 2 （3） 75 （3） 4 （5） 4 （5） 6 （1） 1 （5） 1 65 （2） 5 （3） 4 112 （7） 3 92 （2） 11 （1） 7 82 （2） 6 42 （1） 9 （3） 10 84 （1） 6 81 （2） 7 98 （1） 5 （1） 10 65 （9） 4 （3） 11 87 （2） 7 （1） 3 77 （2） 3 74 （1） 4 44 （1） 6 45 （1） 8 （1） 4 （6） 13 Enrollment 42 73 519 121 1,580 135 32 F （6） 698 Master's Course （27） （5） （6） 107 （1） 40 （1） 44 （2） 38 （1） 44 （2） （6） （1） 28 （1） 50 4 （1） 39 （1） 66 （2） 44 （1） 56 （1） 43 （1） 20 8 42 （3） 21 （1） 22 （2） 23 （1） 27 （4） 50 （2） 29 （2） 29 72 36 14 26 250 （54） 1st year （5） （5） （7） M 15 （26） 96 （10） （5） 3 （5） 38 （2） 36 （3） 2 （1） 2 52 （2） 7 （2） 36 （2） 1 36 （3） 5 60 （2） 2 50 （1） 13 （3） 12 31 11 （1） 9 （1） 11 （2） 10 31 （1） 11 31 （4） 3 （1） 7 （2） 8 （2） 5 27 11 （2） 7 （1） 7 （1） 4 （4） 8 （1） 6 （1） 6 107 103 473 101 1,412 Admission 98 16 25 1 31 24 16 32 19 15 21 13 3 31 27 41 28 39 39 50 4 27 37 34 52 76 65 24 30 22 29 43 52 35 42 26 26 2 28 6 34 38 41 44 4 38 20 19 7 23 44 38 46 48 10 31 40 36 37 41 46 4 52 29 31 35 34 98 34 47 44 38 12 49 19 2335 25 37 6 4 32 37 3 57 9 66 8 12 7 1 13 32 1 33 36 28 28 28 4 36 4 22 13 1 24 2 27 33 4 44 21 22 95 28 26 18 23 20 23 8 24 19 21 22 12 17 6 21 7 18 17 9 17 11 31 39 30 29 30 29 568 599 Quota 433 1,322 Grand Total Total Total Total Total Total Total Computational Intelligence and Systems Science Advanced Applied Electronics Information Processing (present) Industrial Engineering and Management Social Engineering Management of Technology* Innovation** Innovative and Engineered Materials Electronic Chemistry Materials Science and Engineering Environmental Science and Technology Built Environment Energy Sciences Environmental Chemistry and Engineering Information Processing (former) Electronics and Applied Physics Precision Machinery System Mechano-Micro Engineering Mathematical and Computing Sciences Computer Science Mechanical and Environmental Informatics Human System Science Value and Decision Science Mathematics Physics (Particle, Nuclear and Astro-Physics) Physics (Condensed Matter Physics) Chemistry Earth and Planetary Sciences Chemistry and Materials Science Metallurgy and Ceramics Science Organic and Polymeric Materials Applied Chemistry Chemical Engineering Mechanical Sciences and Engineering Mechanical and Control Engineering Mechanical and Aerospace Engineering Electrical and Electronic Engineering Physical Electronics Communications and Integrated Systems Civil Engineering Architecture and Building Engineering International Development Engineering Nuclear Engineering Life Science Biological Sciences Biological Information Bioengineering Biomolecular Engineering Graduate School of Graduate School of Graduate School of Graduate School Graduate School of Science and Engineering Bioscience and Interdisciplinary Graduate School of Science and Information Science Decision Science and of Innovation Biotechnology Engineering and Engineering Technology Management Graduates 4 1 1 7 4 2 1 1 4 7 4 2 1 1 11 11 14 1 2 Total 13 34 Total Cuba Mexico France U.K. Greece Italy Bulgaria Spain U.S.A. Canada Brazil Germany Russia Poland Netherlands Finland Romania Countries 111 DC1 Total (35 countries) 216 12 9 36 42 DC2 North America Central and South America Europe JSPS Postdoctoral Fellow 8 7 6 4 1 1 3 3 3 2 1 1 1 3 1 PD 45 33 17

Researchers under the Note: JSPS stands for the Japan Society for the Promotion of Science. in-service Program of Industrial Education for Primary and Secondary School Teachers China Korea Thailand India Indonesia Philippines Malaysia Egypt Tunisia Bangladesh Sri Lanka Vietnam Japan Pakistan Singapore Mongolia Iran Israel Countries

Project Researchers 1223

Researchers under the in-service Program of Science Education for 1 Asia Africa High School Teachers Middle East

Researchers from 12134 Private Universities 1112354834117289 5 8 9 1 1 1 1 1 4 17 80 26 20 14 13 15

Researchers from 821311 Industrial Firms 2 16 1 3 4 20

(Collaborative Research) 144

Researchers from 15216211236 11241219 15 2 22 624 1 1 31 518 35 825 3341020 Industrial Firms 120 2 56 11 44 6 14 3 23 78 23 (Sponsared Research) Affiliation Total 216 Total isiting Researchers in 2004 isiting Researchers Graduate School of Science and Engineering (Science) Graduate School of Science and Engineering (Engineering) Graduate School of Bioscience and Biotechnology Interdisciplinary Graduate School of Science and Engineering Graduate School of Information Science and Engineering Graduate School of Decision Science and Technology Chemical Resources Laboratory Precision and Intelligence Laboratory Materials and Structures Laboratory Research Laboratory for Nuclear Reactors Center for Research and Development of Educational Technology Global Scientific Information and Computing Center Research Center for Carbon Recycling and Energy Quantum Nanoelectronics Research Center Frontier Collaborative Research Center Graduate School of Science and Engineering (Science) Graduate School of Science and Engineering (Engineering) Graduate School of Bioscience and Biotechnology Interdisciplinary Graduate School of Science and Engineering Graduate School of Information Science and Engineering Graduate School of Decision Science and Technology Chemical Resources Laboratory Precision and Intelligence Laboratory Materials and Structures Laboratory Research Laboratory for Nuclear Reactors Center for Research and Development of Educational Technology Global Scientific Information and Computing Center Research Center for Carbon Recycling and Energy Quantum Nanoelectronics Research Center Center for Research in Advanced Financial Technology Frontier Collaborative Research Center STAFF/STUDENT NUMBERS STAFF/STUDENT in 2004 Staff Research V

STAFF/STUDENT NUMBERS TOKYO INSTITUTE OF TECHNOLOGY OF INSTITUTE TOKYO 11 STAFF/STUDENT NUMBERS 14 ［8］ （1） （1） （2） （1） （1） （1） （1） （2） （1） （1） （1） （1） （1） 982 Total （263） （1） 6 （1） 24 131 11 11 Non- （39） (As of May 1, 2005) degree Course ［1］ （1） 1 （1）（1） 1（1） 3 3 1 328 11 2 1 22 24 11 11 3 1 11 22 11 11 11 Students Total Course Doctoral Graduate Students （74） Undergraduate Students Non-degree Course Students （1） 6 7 （1） 1 2 5 （1） 1 （1） 1 （1） 1 （1） 1 2 （1） 2 3 2 14 2 7 111 2 1 22 1 11 3 5 11 1 81 312 22 1 123 229 （1） 1 2 TOKYO INSTITUTE OF TECHNOLOGY OF INSTITUTE TOKYO 1 11 （70） Course Master's ［7］ Total 557 294 131 2005 982 （1） 1 2 294 11 1 11 Under- Course graduate （80） Total 276 141 541 2004 958 Total 521 248 132 2003 Total 901 U.K. Switzerland Spain Portugal Lithuania Italy Greece Germany Bulgaria France Iceland Ireland Slovakia Hungary Bosnia-Herzegovina Romania Poland Russia Belarus Kazakhstan U.S.A. Canada Mexico Cuba Panama Guatemala Honduras Venezuela Brazil Colombia Peru Chile Argentina Ecuador Total 493 194 116 2002 Europe N. Amer. Central and South America 803 ［5］ ［2］ Total 481 172 128 2001 781 ［1］ （22） （1） （130） （10） （5） （15） （10） （8） （1） （1） （1） （3） （1） （1） （2） （2） （1） （1） （10） （16） Total 55 401 28 Total 468 173 109 2000 750 （1） 3 3 11 （14） （1） （4） （3） 16 （5） 130 （2） 64 （1） 5 （1） 16（7） （1） 1 （2） 4 （2） 16 1 4 11 11 Non- degree 11 Course Total 469 178 117 1999 764 ［1］ （27） 33 （5） 4 （4） 2 23 （2） 7 （12） 15 （1） 3 （1） 1 （2） 3 （1） 3 60 （4） 3 （4） 3 （7） 12 12 112 113 3 3 22 11 27 Course Doctoral Total 466 180 122 1998 768 156 （30） 93 （5） （10） 23 （4） 7 （2） 71 （2） 10 （1） 17 （1） 1 3 （2） 9 （1） 1 5 （2） 6 （2） 4 1 332 6 4 1315 11 4 Total 483 165 121 16 90 Course 1997 769 Master's ［5］ ［1］ ［1］ （59） Total 478 142 111 731 （5） 16 （3） 16 （1） （1） 1 2 （1） 26 （1） 1（1） 2 1 （7） 224 1 1 22 11 1 8 1122 13 1 11 1 1 25 Under- 34 28 185 19 Course graduate Total 105 447 115 667 83 Total 396 140 1994 1995 1996 619 Australia 2. Figures given in square brackets represent the number of students sent by their governments. 3. Non-degree Course Students include research students, auditors, and the Japanese-language intensive course students. Papua New Guinea Egypt Tunisia Mauritius Algeria Ethiopia Kenya Senegal Tanzania Sweden Finland Norway India Indonesia Vietnam Laos Singapore Sri Lanka Thailand Korea Taiwan China China (Hong Kong) Mongolia Pakistan Bangladesh Nepal Philippines Malaysia Myanmar Cambodia Iran Israel Turkey

Asia Middle East Oceania Africa Europe 900 800 700 600 500 400 300 200 100 1000 Note: 1. Figures given in parentheses represent the number of female students. Abroad in the Number of Students from Recent Trends Students from Abroad Students from （249） （4） （3） （1） （9） （5） （2） （1） （3） （1） （3） （3） （3） （294） （51） （71） （3） （4） （11） （11） （11） （1） （10） （22） （28） （11） （21） （34） Grand Total （12） 3,421 5,007 Total F （80） （2） 95 （3） 120 （2） 132 （3） 883 （7） 226 （64） （3） 123 （3） 165 （1） 195 （4） 239 （4） 378 （5） 135 （9） 294 （13）703 （11） 844 （22） 141 （1） 77 （2） 282 （1） 142 494 303 Other Research (As of May 1, 2005) (As of May 1, 2005)

Total Centers （185） （1） 14 120 （1） 16 （1） 10 （2） 31 （1） 11 123 （3） 13（8） 70 （1） 219 5 105 （8） 15 （2） 38 （1） 18 （6） 35 （3） 2 119 （2） 8 （3） 25 170 （6） 14 （214） M （40） 82 （1） 14 （49） 26 （3） 8 （11） 8 188 （1） 4 94 （18） 18 （26） 7 （21）121 （12） 61 （12） 4 172 3,118 4,513 Materials and Structures F （15） （1） 813 （2） 127 （14） （6） 115 （1） 122 （1） 195 （3） 360 （1） 134 （1） 275 Laboratory 135 4th year （65） 111 （2） 22 （5） 6 （8） 30 582 Precision and M （55） 83 （2） 1 69 （1） 6 104 （3） 2 180 （1） 3 （1） 5 112 （2） 3 108 （3） 11 204 （1） 1 117 （5） 19 233 （12） 4 （3） 5 121 （5） 3 168 （21） 8 Intelligence 1,337 Laboratory （1） 41 18 F （34） （2） 65 9 （3） 86 （2） 255 （5） 83 （8） 169 （24） 913 （1） 25 7 81 （9） 59 （1） 27 （3） 45 （1） 54 （2） 44 （1） 151 （1） 64 5 177 （4） 46

128 Chemical Resources 3rd year

（59） Laboratory （1） 19 （7） 9 （6） 33 M （52） 76 （1） 6 （1） 3 50 8 106 （6） 4 63 （1） 10 （2） 10 （3） 6 （1） 50 （2） 2 47 5 （4） 23 （9） 2 107 （5） 64 （1） 7 （16） 9 1,079 the 3rd year. Enrollment 2. Figures given in parentheses represent the number of students from abroad. Graduate School

of Innovation 1151582 F （20） （4） 68 （1） 63 （4） 82 （5） 145 Note: 1. Figures marked with * represent the number of transfer students moving into （15） 750 （7） 29 （1） 27 （1） 35 （1） 87 （1） 37 Management 2nd year （2） 16 184 （4） 33 Graduate School （44） 111 M （38） 62 （2） 2 59 （1） 12 （1） 4 24 3 （1） 2 26 1（1） 41 3 1 30 90 41 2 100 （1） 14 （2） 9 41 11 （6） 3 111 （1） 1 37 （1） 8 61 5 （3） 19 （3） 6 （2） 1 52 （5） 1 （2） 2 （12） 9

of Decision 1 Science and Technology F （11） 984 （7） 29 1 （1） 45 （11） 693 （11） 762 （1） 18 （1） 38 1 49 （1） 3 3 3 Graduate School of Information Science and 51 （46） 120 （5） 30 （3）（3） 13 13 168 206 （9） 32 （3） 25 145 （3） 25 123 （9） 5 Engineering （40） 82 （40） 82 （1） 9 （16） 6 206 235 1st year M Interdisciplinary Graduate School

of Science and 13 Engineering Admission 40 27 52 58 3070 30 62 2 34 2 34 3 98 7 105 3530 24 110 3 32 36 29 5 30 5 2537343320 23 37 91 32 1 2 29 29 36 5 5 46 75 55 45 112 40 30 54 52 75 68 34 29 4043 214 52 82 81 36 38 733 762 185 206 102 98 150 145 ＊20 762 ＊10 145 Quota 1,068 1,113 Graduate School

of Bioscience and 8465 471261 Biotechnology

Graduate School

of Science and 43

Engineering 14 (Engineering)

Graduate School of Science and 33 Engineering 10 Grand Total (Science) Total Total Total Bioscience Biotechnology 1st year Mathematics Physics Chemistry Information Science Earth and Planetary Sciences 1st year Metallurgical Engineering Organic and Polymeric Materials Inorganic Materials Chemical Engineering Polymer Chemistry Mechanical Engineering and Science Mechanical and Intelligent Systems Engineering Mechano-Aerospace Engineering Control and Systems Engineering Industrial and Systems Engineering Electrical and Electronic Engineering (former) Physical Electronics Electrical and Electronic Engineering (present) Computer Science Civil and Environmental Engineering Architecture and Building Engineering Social Engineering International Development Engineering 1st year from Total 13 48 11 17 11 16 1 5 12 2 7 143

School of Bioscience Abroad

School of Science School of Engineering Students Students and Biotechnology Japanese Undergraduates STAFF/STUDENT NUMBERS STAFF/STUDENT Students Research

STAFF/STUDENT NUMBERS TOKYO INSTITUTE OF TECHNOLOGY OF INSTITUTE TOKYO 13 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY ENROLLMENT AND GRADUATION ENROLLMENT GRADUATION Enrollment in Graduate Courses for FY 2005 Number of Doctoral Degrees Conferred (As of March 31, 2005) NOLETADGRADUATION AND ENROLLMENT NOLETADGRADUATION AND ENROLLMENT Master's Course Doctoral Course Courses Theses Technology and Science Decision of School Graduate Management Innovation of School Graduate Engineering and Science of School Graduate Biotechnology and Bioscience of School Graduate Engineering and Science of School Graduate Interdisciplinary Engineering and Science Information of School Graduate Technology and Science Decision of School Graduate Management Innovation of School Graduate Engineering and Science of School Graduate Biotechnology and Bioscience of School Graduate Engineering and Science of School Graduate Interdisciplinary Engineering and Science Information of School Graduate Doctor of Doctor of Doctor of Doctor of Doctor of Doctor of Science Engineering Philosophy Subtotal Science Engineering Philosophy Subtotal Graduate School of 2004 37 109 6 152 2 46 0 48 Science and Total since Engineering the establishment 967 2,533 100 3,600 390 2,349 21 2,760 Graduate School of 2004 18 20 1 39 3 0 0 3 Bioscience and Application 1,205 232 1,081 151 209 67 175 40 124 21 39 23 Total since Biotechnology the establishment 246 259 3 508 35 39 0 74 Interdisciplinary 2004 25 75 4 104 1 17 1 19 Admission 568 98 433 98 95 30* 203 35 219 35 44 7 Graduate School of Science and Total since Engineering the establishment 366 1,334 36 1,736 132 764 11 907 Enrollment 695（35） 143（4） 545（15） 117（7） 127（10） 35 162（50） 37（6） 116（31） 19（8） 28（9） 17 Graduate School of 2004 6 13 10 29 3 4 0 7 Information Science Note: 1. Figures given in parentheses represent the number of the 2004 fall enrollment. Total since 2. Figure marked with * represent the number of students in Professional Master's Course. and Engineering the establishment 39 120 36 195 10 33 2 45 Graduate School of 2004 1 13 14 28 0 1 1 2 Decision Science and Total since Enrollment in International Graduate Course (starting in October) Technology the establishment 5 78 86 169 1 11 13 25 Total 1,623 4,324 261 6,208 568 3,196 47 3,811

1999 2000 2001 2002 2003 2004 1993-2004 Sub Sub Sub Sub Sub Sub M D M D M D M D M D M D M D Total Total Total Total Total Total Total Students after Graduation for the Class of 2005 Graduate School of ■ Master's Degrees Science and Engineering 12 7 19 14 14 28 9 11 20 14 13 27 21 18 39 16 18 34 177 172 349

Graduate School of Number of Further Study Manufacturers Non- Education Government & Others Bioscience 2351567310549033314424688 Graduates Manufacturers Public Agencies and Biotechnology Interdisciplinary Graduate School of Science & Engineering 703 137 367 146 5 19 29 Graduate School of 68146111759147613831145 96276138 Science and Engineering Graduate School of Bioscience & 133 41 69 14 0 2 7 Graduate School of Biotechnology Informaion Science and 224224112224426437331851 Interdisciplinary Graduate School of Engineering Science & Engineering 554 71 300 153 1 7 22 Graduate School of Graduate School of Information Science & Decision Science 325011516415415123251338 123 15 42 56 2 2 6 and Technology Engineering Graduate School of Decision Science & Total 25 22 47 23 33 56 27 25 52 32 26 58 37 27 64 28 29 57 339 325 664 Technology 129 12 34 59 1 4 19 Total 1,642 276 812 428 9 34 83

Enrollment in Undergraduate Courses for FY 2005 ■ Doctoral Degrees Number of Non- Government & Graduates Manufacturers Manufacturers Education Public Agencies Others Science Engineering Bioscience & Biotechnology Total Graduate School of Science & Engineering 141 32 13 9 1 86 Application 1,004 3,860 626 5,490 Graduate School of Bioscience & Biotechnology 33 11 3 5 0 14 Admission 185 733 150 1,068 Interdisciplinary Graduate School of Science & Engineering 93 13 12 4 2 62 Graduate School of Information Science & Enrollment 197 796 160 1,153 Engineering 24 323016 Graduate School of Decision Science & Technology 22 015016 Total 313 59 31 26 3 194

■ Bachelor's Degrees

Number of Non- Government & Graduates Further Study Manufacturers Manufacturers Education Public Agencies Others

School of Science 181 155 4 5 1 1 15 School of Engineering 767 675 21 31 0 4 36 School of Bioscience & Biotechnology 165 153 3 1 0 0 8 Total 1,113 983 28 37 1 5 59

15 16 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY NEW FEATURES OF RESEARCH PROGRAMS

Establishment of the Integrated Research Institute (IRI) The 21st Century COE Programs in Tokyo Institute of Technology http://www.rso.titech.ac.jp/coe21/english-list.htm One of the key factors for conducting highly original research is creating the appropriate infrastructure to support members of the The 21st Century COE Program was implemented by MEXT aiming to establish centers of excellence for research and education E ETRSO EERHPROGRAMS RESEARCH OF FEATURES NEW E ETRSO EERHPROGRAMS RESEARCH OF FEATURES NEW research staff; an outdated and rigid organization can hamper progress. Japan's Ministry of Education, Culture, Sports, Science and with funding. The following 12 programs of Tokyo Tech were selected. Technology (MEXT) has allocated special funding as part of the Encouraging Development of Strategic Research Centers, Special 2002～ 2003～ Framework for Systematization and Coordination Funds for Promoting Science and Technology program to address these issues by supporting pioneering R&D institutions in Application of Large-scale knowledge their attempts to restructure themselves to build effective environments for R&D. Frontier System of Bioengineering Nanometer-Scale Quantum Physics Resources Tokyo Tech's Integrated Research Institute was selected in 2005 to receive financial support for five years as part of this program. Field of Study: Life Science Field of Study: Mathematics, Physics,Earth Science Field of Study: Interdisciplinary, Combined Fields, President Aizawa will steer the new Institute; integrating and unifying strands of knowledge that might traditionally have remained Graduate Courses/ Research Centers: Graduate Graduate Courses/ Research Centers: Graduate New Disciplines School of Bioscience and Biotechnology School of Science and Engineering Graduate Courses/ Research Centers: Graduate separated by departmental lines. This border-crossing freedom is the reason it's called an Integrated Research Institute. It will bind the Departments/ Centers: Biological Information/ Departments/ Centers: Physics（Condensed Matter School of Information Science and Engineering/ university more closely with society, and basic research with solutions research. Biomolecular Engineering/ Bioengineering/ Physics)/ Physics (Particle-, Nuclear-, and Astro- Graduate School of Decision Science and Life Science/ Biological Sciences Physics) Technology/ Research Center (joint-use facilities) The Integrated Research Institute will consist of two organizations; Solutions Research Organization (SRO) and Advanced Research Program Leader (Number of Members): Program Leader (Number of Members): Departments/ Centers: Computer Science/ Human Organization (ARO). The Solutions Research Organization will include the Center for Innovation Systems Research (CISR) and the Prof. HANDA, Hiroshi (18) Prof. ANDO, Tsuneya (20) System Science/ Value and Decision Science/ Global The Amount of Subsidy for FY2005 (yen): 191,400,000 The Amount of Subsidy for FY2005 (yen): 128,000,000 Scientific Information and Computing Center Solutions Research Division (SRD). Program Leader (Number of Members): The Center for Innovation Systems Research will have the task of anticipating the favorable state of society and industry from several Creation of Molecular Diversity and Innovation of Creative Engineering Prof. FURUI, Sadaoki (20) years to decades in the future. Based on forecasts and simulations the Center will identify issues and problems to be addressed and pro- Development of Functionalities through the Development of Advanced The Amount of Subsidy for FY2005 (yen): 200,300,000 Robotics pose roadmaps towards solutions. Field of Study: Chemistry,Material Sciences The Solutions Research Division will have four divisions to cover Industry, Life, Society, and Global Issues and professors selected Graduate Courses/ Research Centers: Field of Study: Mechanical,Civil, Construction,and Interdisciplinary Graduate School of Science and Other Engineering 2004～ from Tokyo Tech's four existing research laboratories will form the engine of the new research body. Engineering/ Graduate School of Science and Graduate Courses/ Research Centers: Graduate The second part of the Institute is the Advanced Research Organization. This Organization will consist of several research centers that Engineering School of Science and Engineering/ Interdisciplinary Science of Institutional Management of Departments/ Centers: Electronic Chemistry/ Graduate School of Science and Engineering/ Technology (SIMOT) serve to extend the achievements made by the university's 21st Century COE (Center of Excellence) Program projects. Environmental Chemistry and Engineering/ Graduate School of Information Science and -Elucidation of Japan's Co-evolutionary Tokyo Tech's goal for the next five years is to restructure the university's research functions and to establish a flexible body, capable Chemistry/ Chemistry and Materials Science/Applied Engineering Dynamism Accruing to Global Assets Chemistry/ Chemical Engineering Departments/ Centers: Mechanical and Aerospace of responding to rapidly changing social needs. This special funding and recognition from MEXT will allow Tokyo Tech to maintain its Program Leader (Number of Members): Engineering/ Mechanical Science and Engineering/ Field of Study: New Scientific Fields technical prowess and contribute not only to the development of science and technology but also to discoveries of the future. Prof. YAMAMOTO, Takakazu (20) Mechanical and Control Engineering/ Mechano-Micro Graduate Courses/ Research Centers: Graduate School of Decision Science and Technology/ The Amount of Subsidy for FY2005 (yen): 141,900,000 Engineering/ Mechanical and Environmental Informatics Graduate School of Innovation Management Program Leader (Number of Members): Departments/ Centers: Industrial Engineering and Nanomaterial Frontier Cultivation for Prof. HIROSE, Shigeo (20) Management/ Management of Technology Industrial Collaboration Program Leader (Number of Members): The Amount of Subsidy for FY2005 (yen): 161,600,000 Prof. WATANABE, Chihiro (20) Field of Study: Chemistry, Material Sciences Graduate Courses/ Research Centers: The Amount of Subsidy for FY2005 (yen): 84,000,000 Administrative Structure of Integrated Research Institute Interdisciplinary Graduate School of Science and Evolution of Urban Earthquake Engineering/ Graduate School of Science and Engineering Creation of Agent-Based Social Systems Sciences Engineering Field of Study: Mechanical, Civil, Construction, and Departments/ Centers: Innovative and Engineered Other Engineering Field of Study: New Scientific Fields Institute Director Materials/ Materials Science and Engineering/ Graduate Courses/ Research Centers: Graduate Courses/ Research Centers: Metallurgy and Ceramics Science/ Organic and Interdisciplinary Graduate School of Science and Interdisciplinary Graduate School of Science and Polymeric Materials Engineering/ Graduate School of Science and Engineering/ Graduate School of Decision Science Program Leader (Number of Members): Management Committee Engineering/ Graduate School of Information Science and Technology Evaluators Panel Prof. HOSONO, Hideo (20) (Half of the members will be external intellectuals.) and Engineering Departments/ Centers: Computational Intelligence The Amount of Subsidy for FY2005 (yen): 143,000,000 Departments/ Centers: Built Environment/ and Systems Science/ Value and Decision Science Environmental Science and Technology/ Civil Program Leader (Number of Members): Photonics Nanodevice Integration Engineering/ Architecture and Building Engineering/ Prof. DEGUCHI, Hiroshi (23) International Development Engineering/ Mechanical Advanced Research Engineering The Amount of Subsidy for FY2005 (yen): 82,000,000 Solutions Research Organization (SRO) Organization (ARO) and Environmental Informatics Field of Study: Information Sciences, Electrical and Program Leader (Number of Members): Prof. OHMACHI, Tatsuo (20) How to build habitable planets? Director, ARO Electronic Engineering Director, SRO Graduate Courses/ Research Centers: Graduate The Amount of Subsidy for FY2005 (yen): 218,400,000 Field of Study: New Scientific Fields (taken by an eminent person from industry) (taken by an on-campus professor) School of Science and Engineering/ Interdisciplinary Graduate Courses/ Research Centers: Graduate Graduate School of Science and Engineering School of Science and Engineering/ Graduate School Departments/ Centers: Electrical and Electronic Innovative Nuclear Energy Systems for of Bioscience and Biotechnology/ Frontier cooperating Engineering/ Physical Electronics/ Communications Sustainable Development of the World Collaborative Research Center and Integrated Systems/ Information Processing/ Departments/ Centers: Earth and Planetary Sciences/ Center for Field of Study: Mechanical, Civil, Construction, and On-campus Electronics and Applied Physics Chemistry/ Chemistry and Materials Science/ Innovation Systems Research Other Engineering Director Office Program Leader (Number of Members): Interactive Research Center of Science/ Biological research centers Graduate Courses/ Research Centers: Graduate (Comprised of the Head of the Center and Prof. ARAI, Shigehisa (20) Sciences/ Bioengineering 12 full professors and associate professors) taking bothresponsibilities for SRO School of Science and Engineering/ Interdisciplinary (20 to 30 full time professors Program Leader (Number of Members): The Amount of Subsidy for FY2005 (yen): 177,100,000 Graduate School of Science and Engineering and associate professors) Prof. TAKAHASHI, Eiichi (17) Public Relations & Others Departments/ Centers: Nuclear Engineering/ Energy Science The Amount of Subsidy for FY2005 (yen): 94,000,000 Four Divisions for Program Leader (Number of Members): No allocation of the adjustment Prof. SEKIMOTO, Hiroshi (21) Solutions Research for promotion budget (including Industry, Life, Society and Global Issues), The Amount of Subsidy for FY2005 (yen): 158,900,000

*Each division will consist of several research teams. Endowed Chairs by Private Companies Research Coordinators Research Coordinators taking both responsibilities NTT Communications Corporation Endowed Chair in The Tokyo Electric Power Company Inc. Endowed Chair in Administrative Coordinators Administrative Coordinators Information Techno-city Frontier Systems Environmentally Assisted Cracking and Management

Affiliation: Graduate School of Science and Engineering Affiliation: Graduate School of Science and Engineering *There will be 10 to 12 professors and associate professors in each section. Integrated research of mechanical and corrosion sciences is carried out to In order to contribute to spreading IC Smart Card that attracts attention as solve environmentally assisted cracking (EAC) problems of structural materi- an infrastructure of IT society, research or proposal and evaluation of als in power generation facilities, establishing theoretical and technical bases interoperable system for smart cards and on application systems with for the total management system. smart cards and IT security is carried out.

17 18 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY

NEW FEATURES OF RESEARCH PROGRAMS

Innovative Research Initiatives (35 Projects) Tokyo Tech Launched Venture Company (As of May 1, 2005) (As of May 1, 2005) E ETRSO EERHPROGRAMS RESEARCH OF FEATURES NEW E ETRSO EERHPROGRAMS RESEARCH OF FEATURES NEW Field Title Project Leader Company Representative Summary of Business Term Conferred Number on: Study Program of Brain Informatics Precision and Intelligence Laboratory Prof. WATANABE, Sumio Life Science Manufacture, costruction and maintenance of mechanical and computer systems for golf International Bio-Forum Tokyo Tech Graduate School of Bioscience and Biotechnology Prof. HIROSE, Shigehisa Nippon CAD Co., Ltd. YOKOYAMA, Yoshio 3 1977.4.28 http://www.ncad.co.jp/ driving ranges like chain conveyors for ball trolleys and the tee up devices. Development of Ultra-high-performance and Low-power Nano-device Integrated Circuit Frontier Collaborative Research Center Prof. IWAI, Hiroshi Development and sales of original products featuring measurement with an optical OKK Inc. SUZUKI, Takahito 3 1981.4.11 Technologies for Info-communications http://www.okk-inc.co.jp/ technology.

Quantum Information Processing Devices Quantum Nanoelectronics Research Center Prof. ODA, Shunri Brain Functions Development and sales of "Emotion Spectrum Analyser (ESA)," a system to display MUSHA, Toshimitsu 2 1994.2.1 Laboratory, Inc. emotion quantitatively through EEG-analysis Fundamental Technology and System Design http://www.bfl.co.jp/ Graduate School of Science and Engineering Prof. SAKAI, Yoshinori Methodology of Seamless Mobile Internet New Technology Research and development of ECF technology and applications, consultation on new Management Co., Ltd. EDAMURA, Kazuya 2 1995.7.21 Global Scientific Information and Computing technologies research and development. Dependable Advanced Data Management Prof. YOKOTA, Haruo http://newtech.iri-tokyo.gr.jp/ Information Center Sales, manufacturing, and R&D on high performance slurries for silicon water final Tytemn Corporation NOZAKI, Toshio 2 1996.4.3 Technology Autonomous Decentralized Community Computing Graduate School of Information Science and polishing and for CMP in IC processing. Prof. MORI, Kinji http://www.tytemn.co.jp/ Systems Engineering

Graduate School of Information Science and DINO Co., Ltd. TAKAHARA, Yoshiro Development and sales of computer software. 3 1998.8.14 Human reality for broadband / ubiquitous society Prof. SATO, Makoto http://www.dino.co.jp/ Engineering

Next-Generation Multi-Dimensional and Advanced TV Global Scientific Information and Computing Fu's Lab Co., Ltd. Development & planning of 3-D Camera Systems, Image Storage Systems, and Image 2 Prof. MAKOSHI, Nobuyasu MAKIUCHI, Setsuo 1999.7.30 Conference-based Education System Center http://www.whoselab.com/ Processing Software for Improvement and Restoration. 3

Ultra-Parallel Nano-Opto-Electronics Precision and Intelligence Laboratory Prof. KOBAYASHI, Kohroh Basic planning and optimum design for industrial waste disposal process and facilities 1 EcoMEET Solutions Co., Ltd. FUJITA, Oumi 2000.7.25 http://www.ecomeet.co.jp/ based on the system of waste gasification and power generation as the core technologies. 2 Intelligent CAD/CAE for Next Generation Graduate School of Science and Engineering Prof. HAGIWARA, Ichiro

CO2 Mitigation Technologies Combined with Highly Research Center for Carbon Recycling and ChemGenesis Inc. Development, manufacture and sales of chemical libraries and biological tools based on Prof. TAMAURA, Yutaka TAYA, Yukio 1 2001.3.1 Efficient Fossil-fuel Utilization and Sequestration Energy http://www.chemgenesis.com/ combinatorial chemistry.

Numerical Modeling of the Estuarine Currents for Interdisciplinary Graduate School of Science and Environment Prof. ISHIKAWA, Tadaharu BeyondLSI, Inc. IDEI, Gijun R&D, manufacture and sales of fingerprint authentication products. 1 2001.11.30 Environmental Impact Analysis Engineering http://www.beyondlsi.com/ Interdisciplinary Graduate School of Science and Value Added Remote Sensing Prof. KOSUGI, Yukio Development, manufacturing, sales of "Optical Frequency Comb Generator" and related Engineering Optical Comb Institute, Inc. ASAEDA, Tsuyoshi 1 2002.4.1 http://www.optocomb.com/eng/ products. Development of New Industry Based of Ferrites Graduate School of Science and Engineering Prof. ABE, Masanori GenoMembrane, Inc. 1 Study on Nonequilibrium Dynamics in Condensed System YABUUCHI, Hikaru Gene cloning, gene expression and functional analysis of drug transporters. 2002.4.1 Graduate School of Science and Engineering Prof. KOSHIHARA, Shin-ya http://www.genomembrane.com/ 2 by Time-resolved Structural Analysis Aphoenix, Inc. Nano/Micro machines and Nems/Mems Precision and Intelligence Laboratory Prof. YOKOTA, Shinichi KANO, Shingo Drug Discovery & Chemical Genomics 1 2002.4.10 http://www.aphoenix.com Soft Processes : Environmentally Compatible Processings Prof. YOSHIMURA, Materials and Structures Laboratory Manufacture and sales of thermal property measurement systems and thermal analysis for Advanced Materials Masahiro ai-Phase Co., Ltd. 1 Nano-Technology WATANABE, Takashi systems. 2002.4.16 http://www.ai-phase.co.jp/ High quality services of the thermal property measurement and the thermal analysis. 2 & Materials Electronics Soft Materials Graduate School of Science and Engineering Prof. KAKIMOTO, Masa-aki Research Project on Nanofiber Technology Graduate School of Science and Engineering Prof. TANIOKA, Akihiko BeyondMPEG, Inc. WATANABE, Takashi Moving picture codec business including video phone and video security system. 1 2002.7.23

Nanoscale Photofunctional Materials Chemical Resources Laboratory Prof. IKEDA, Tomiki Development, manufacturing and sales of gasification power generation systems using Micro Energy Co. HASHIMOTO, Yoshiro 1 2003.4.9 Development of Novel Quantum Functional Materials and http://www.microenergy.co.jp industrial waste as fuel. Materials and Structures Laboratory Prof. ITOH, Mitsuru their Appication to Oxide Electronics by Nano-designing Connectous Corp. Development of information security instruments, and providing information security Nano Thermodynamics Materials and Structures Laboratory Prof. ATAKE, Tooru FUJITA, Yuji 3 2001.12.20 http://www.connectous.co.jp/ related services. Entropia Laser Initiative Graduate School of Science and Engineering Prof. YABE, Takashi Developing thin film preparation processes for many kinds of displays, and developing, Thin-Film Process Soft, Inc HIRATA, Toyoaki 2 2000.7.7 Advanced Energy System Project Research Laboratory for Nuclear Reactors Prof. KATO, Yasuyoshi http://www.hiraspa.com manufacturing and sales of the "Mirrortron" process machines.

Interdisciplinary Graduate School of Science and Advanced Fuel Cell Technology Prof. YAMAZAKI, Yohtaro Engineering Celagix Research Ltd. IWAMA, Masamichi Development of biomaterials and nano-particles of carbonate apatite for gene delivery. 1 2002.7.15 http://www.celagix.com/ Research and Development of Lead-bismuth Eutectic Energy Research Laboratory for Nuclear Reactors Prof. SEKIMOTO, Hiroshi Conceptual design of machines with novel functions and development of related 2 Coolant Utilization HiBot Corporation TAKITA, Kensuke hardware/software. Design and development of robots for hazardous operations. 2004.4.15 http://www.hibot.co.jp/ Development of machatronics components. 3 Innovative Hydrogen Production Chemical Resources Laboratory Prof. HARA, Michikazu Development, production and sales of simulation software 'DACSAR' analyzing the 1 Innovative Photovoltaic Power Generating System Graduate School of Science and Engineering Prof. KONAGAI, Makoto Tokyo Geotech Co, Ltd. OHNO, Shintaro behavior of subsoil accompanied by construction of civil engineering /architecture 2 2004.5.18 structures, analyzing subsoil in natural disasters. 3 Multidisciplinary Research for Engineering Ceramics Materials and Structures Laboratory Prof. YASUDA, Eiichi Supporting industry promotion policies taken by local governments with planning and 2 through the Control of Discontinuity TRIONSITE TOMITA, Makoto 2004.7.2 http://www.trionsite.com/ implementation. Survey and consulting. Establishment, sales, and operation of websites. 3 Innovation Incubator based on Tribology Graduate School of Science and Engineering Prof. NAKAHARA, Tsunamitsu Manufacturing Provides software consulting and development, specializing in image processing, virtual 1 Research and Development of Plasma Processing under eCompute Corporation IDO, Shinobu 2004.1.15 Technology Graduate School of Science and Engineering Prof. NAGATA, Kazuhiro reality and linux system. 2 Atmospheric Pressure

Tokyo Tech Engineering SUGANUMA, 2 Structural Integrity Monitoring and Smart Materials and Solutions, Inc. Survey, planning, design, safety-check, monitoring, and retrofit of construction products. 2004.7.22 Graduate School of Science and Engineering Prof. KISHIMOTO, Kikuo Hisatada 3 Infrastructure Structures http://www.ttes.co.jp Development of Long Life Sustainable Building Structure Materials and Structures Laboratory Prof. TANAKA, Kyoji mimi.inc NANRI, Yosuke Development and sales of application software for cellular phones. 3 2004.5.18 http://333.co.jp/ Interdisciplinary Graduate School of Science and Frontier Space Utilization for Safe and Advanced Society Prof. ODAWARA, Osamu Engineering TAKAMATSU, Development and sales of hydrogen and liquid fuel production equipment utilizing 1 Solar Hytech, Inc. 2003.11.7 Tadahiko collected solar energy. 2

19 20 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY

NEW FEATURES OF RESEARCH PROGRAMS

Name Affiliation Project Title Period Company Representative Summary of Business Term Conferred Number on: MAKOSHI, Global Scientific Information and Overseas Technical Trainer, Recent Topic on Computer Network and Application Sep. 15-18 Nobuyasu Computing Center (Information Technology in Education) Luvina Software Company NAKAMURA, Yoshito Software development and operation. Consulting on investments in Vietnam. 3 2004.8.6 E ETRSO EERHPROGRAMS RESEARCH OF FEATURES NEW E ETRSO EERHPROGRAMS RESEARCH OF FEATURES NEW http://www.luvina.net Graduate School of Science and Oct. 3-09 HINODE, Hirofumi Engineering Project Consultation Team for Southeast Asia Engineering Education Network YAMAMOTO, Development and sales of next-generation management systems and consulting Techno Management 2 2004.10.1 Solutions Ltd. Tsuyoshi service for a process plant life cycle. Global Scientific Information and Oct. 3-09 NIIYAMA, Hiroo Computing Center Project Consultation Team for Southeast Asia Engineering Education Network YONEKAWA, 2 HUB Networks, Inc. Development of software and hardware control systems. 2004.4.10 http:/www.hub.jp/ Takahiro 3 Graduate School of Science and Oct. 6-09 TAKAHASHI, Kunio Engineering Project Consultation Team for Southeast Asia Engineering Education Network Note: 1. Term number 1 represents business making use of a patent right obtained by Tokyo Tech staff or student(s). Graduate School of Decision Science Regional Educational Development and Improvement Program (REDIP) in 2. Term number 2 represents business making use of research and/or technique developed on campus. MUTA, Hiromitsu Oct. 6-10 3. Term number 3 represents business established by Tokyo Tech student(s) or with the student(s) involved. and Technology Indonesia

Graduate School of Science and Nov. 16-19 ARAKI, Kiyomichi Engineering Project Consultation Team for Southeast Asia Engineering Education Network

Graduate School of Science and Nov. 16-19 KUNIEDA, Hiroaki Engineering Project Consultation Team for Southeast Asia Engineering Education Network JSPS International Scientific Cooperation Programs Awarded to Tokyo Tech Graduate School of Science and Nov. 21-24 FY2004 SASAKI, Eiichi Engineering Sustainable Road Development

Programs Number of Awardees Nov. 30- KAJIUCHI,Toshio Graduate School of Science and Project Consultation Team for Southeast Asia Engineering Education Network Engineering (Thailand, Philippines) Dec. 4 Bilateral Programs (Joint Resarch and/or Joint Scientific Seminars) 8 Inter-Research Centers Cooperative Program 1 Nov. 30- HINODE, Hirofumi Graduate School of Science and Project Consultation Team for Southeast Asia Engineering Education Network Core University Program 2 Engineering (Thailand, Philippines) Dec. 4

JAPAN-FRANCE Integrated Action Program 1 Nov. 30- KAWASAKI, Junjiro Graduate School of Science and Project Consultation Team for Southeast Asia Engineering Education Network RONPAKU (Dissertation Ph.D.) Program 6 Engineering (Thailand, Philippines) Dec. 11 Program for Sending Researchers to Specified Countries 1 Graduate School of Science and Dec. 5-11 Postdoctoral Fellowship for Research Abroad 3 OKUMA, Masaaki Engineering Project Consultation Team for Southeast Asia Engineering Education Network Invitation Fellowship Program for Research in Japan (Short-term)7 Graduate School of Decision Science Preparatory Study Team for Basic Education Improvement Program for Rural Dec. 8-17 Invitation Fellowship Program for Research in Japan (Long-term) 3 MUTA, Hiromitsu and Technology Areas in Morocco Postdoctoral Fellowship Program (Short-term)-Quotas for North American and European Researchers 7 KUBOUCHI, Graduate School of Science and Jan. 4-9 Postdoctoral Fellowship Program for Foreign Researchers (Standard) 26 Masatoshi Engineering Project Consultation Team for Southeast Asia Engineering Education Network The Asian Program-Scientist Exchange Program 3 JSPS Summer Program 3 Graduate School of Science and Jan. 4-9 AIDA, Takashi Engineering Project Consultation Team for Southeast Asia Engineering Education Network JSPS/British Council Program for Inviting British Academics and Other Specialists to Japanese Universities 1

Graduate School of Decision Science Jan. 16-19 MUTA, Hiromitsu and Technology Indonesian Regional Development and Improvement Program Phase 2

Center for Research and Development Sri Lanka's Master Plan for the Development of Science and Mathmatics using Jan. 23-29 AKAHORI, Kanji of Educational Technology Information Technology

Graduate School of Science and Faculty Members Dispatched as Technical Cooperation Experts by KAJIUCHI, Toshio Project Consultation Team for Southeast Asia Engineering Education Network Feb. 24-27 Japan International Cooperation Agency (JICA) Engineering

(FY2004) Global Scientific Information and Feb. 24-27 NIIYAMA, Hiroo Computing Center Project Consultation Team for Southeast Asia Engineering Education Network Name Affiliation Project Title Period Graduate School of Science and KAWASAKI, Junjiro Project Consultation Team for Southeast Asia Engineering Education Network Feb. 24-27 Graduate School of Science and Apr. 21-27 Engineering KAJIUCHI, Toshio Engineering Project Consultation Team for Southeast Asia Engineering Education Network Graduate School of Science and HINODE, Hirofumi Project Consultation Team for Southeast Asia Engineering Education Network Feb. 24-27 Graduate School of Science and Apr. 21-27 Engineering KAWASAKI, Junjiro Engineering Project Consultation Team for Southeast Asia Engineering Education Network Graduate School of Science and KANDA, Manabu Project Consultation Team for Southeast Asia Engineering Education Network Feb. 24-27 Graduate School of Science and Apr. 21-27 Engineering HINODE, Hirofumi Engineering Project Consultation Team for Southeast Asia Engineering Education Network PIPATPONGSA, Global Scientific Information and Project Consultation Team for Southeast Asia Engineering Education Network Feb. 24-27 Global Scientific Information and Apr. 21-27 Thirapong Computing Center NIIYAMA, Hiroo Computing Center Project Consultation Team for Southeast Asia Engineering Education Network KURABAYASHI, Graduate School of Science and Feb. 27- Project Consultation Team for Southeast Asia Engineering Education Network Mar. 02 Center for Research and Development Sri Lanka's Master Plan for the Development of Science and Mathmatics using May 22-29 Daisuke Engineering AKAHORI, Kanji of Educational Technology Information Technology

Mar. 05-17 May 30- HOUJOH, Haruo Precision and Intelligence Laboratory Project Consultation Team for Southeast Asia Engineering Education Network FUJII, Nobuo Graduate School of Science and Final Evaluation Study Team for the Project of Strengthening of Polytechnic Engineering Education in Electric-related Technology in Indonesia Jun. 05

Graduate School of Science and Ex-ante Evaluation Study Team for the Project of Research and Education Mar. 13-23 Jun. 14- FUJII, Nobuo OHBA, Takeshi Volcanic Fluid Research Center Reinforcement of Observation System on Active Volcanic Activity Engineering Development on ICT in ITS (Geochemistry of Volcanic Fluids) Aug. 11 Graduate School of Science and Project Consultation Team for Southeast Asia Engineering Education Network MARUYAMA, Toshio Mar. 15-19 Graduate School of Decision Science Aug. 10-22 Engineering (Thailand, Philippines, Malaysia) MUTA, Hiromitsu and Technology The National Implementation Program for District Education Plan in Malawi

YAMASHITA, Graduate School of Science and Sort-Team Expert of Advanced Electronics Technology, The Project for Mar. 16-26 Aug. 25- AKAHORI, Kanji Center for Research and Development Sri Lanka's Master Plan for the Development of Science and Mathmatics using Yukihiko Engineering Strenghening of Polytechnic Education in Robot vision in Indonesia of Educational Technology Information Technology Sep. 01

Graduate School of Science and Project Consultation Team for Southeast Asia Engineering Education Network Mar. 20-23 YAMAKITA, Masaki Engineering (Vietnam)

21 22 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY NEW FEATURES OF EDUCATION PROGRAMS

Distinctive University Support Program: Good Practice (GP) Number of Students Participating in the "Joint Education Course" of the Four-University Alliance Tokyo Institute of Technology, Tokyo Medical and Dental University, Tokyo University of Foreign Studies, and Hitotsubashi University form a E ETRSO DCTO PROGRAMS EDUCATION OF FEATURES NEW E ETRSO DCTO PROGRAMS EDUCATION OF FEATURES NEW Evolving Creativity Education Engineering Education by Coalition four-university alliance offering the Joint Education Course, in which students can expand their horizon of knowledge. Tokyo Tech nurtures each student's creativity and also The eight Japanese universities have launched an engi- incorporates international activities and social services into neering education program designed to promote Japan's The number shows the Tokyo Tech students participating in the Course. (As of May 2005) the training. Based on a consistent educational philosophy engineering education. The program's Standard 2003 2004 2005 Total and curriculum, we are actively promoting "evolving creativity Reinforcement Committee, chaired by a representative from Application Approval Application Approval Application Approval Application Approval

education" in all parts of the university. Tokyo Tech, is currently working on the issue of enhancing universities three With Comprehensive Life the production of world-class Ph.D.s in engineering. Science Course※1 881610 29 23 53 41 participating Overseas Cooperation System of Creativity Education Course※1 2244661212 Graduation with Responding to Keeping abreast of Research on Living Research and Spaces Course※1 4333541210 thesis writing a high level of creativity diversified society changes in society Subtotal 14 13 23 17 40 33 77 63 Dual Conclusion: Second-year specialized courses The Coalition's approach Some obligations on Scientific Technology Organization member universities ihtouieste participating universities two With and Intellectual 10 9 15 14 8 83331 Property Course※2 Osaka Kyushu Kyoto Technology and Third-year University Management Course※2 11 4 14 7 15 5 40 16 Third-year liberal-arts courses Third-year University University specialized courses creativity courses Bunri Sougou Course※2 992726 16 15 52 50 Respecting each university Hokkaido Nagoya Medical Engineering ※3 841411 30 26 52 41 University The spirit of coalition University Course Second-year Competition Second-year liberal-arts courses International Technical creativity courses and cooperation ※4 10 10 15 15 14 14 39 39 Tohoku Tokyo Institute Writing Course University The University of Technology The Economics of First-year liberal-arts courses of Tokyo Medical and Health ※5 First-year Care Course specialized courses Freshman seminars Support by deans Subtotal 48 36 85 73 83 68 216 177

Total 62 49 108 90 123 101 293 240

Note: The course marked with ※1 is a program with Tokyo Tech, Hitotsubashi University, and Tokyo Medical and Dental University participating. 2004 Creativity Education and the Accredited Subjects The course marked with ※2 is a program with Tokyo Tech and Hitotsubashi University participating. The course marked with ※3 is a program with Tokyo Tech and Tokyo Medical and Dental University participating. The course marked with ※4 is a program with Tokyo Tech and Tokyo University for Foreign Studies participating. The Educational Planning Office has initiated a new project of accrediting subjects that will encourage and develop students' cre- The course marked with ※5 is a program between Tokyo Medical and Dental University and Hitotsubashi University. Tokyo Tech is NOT participating. ativity. The project is being applied to both undergraduate and graduate courses. Having been highly evaluated with its excellent education in fostering creativity, Tokyo Tech aims to further promote its unique creativity education program. In addition, the Office will select the best creativity-developing subjects among the accredited subjects.

The accredited subjects are listed below, with the subjects selected on top of them being marked with ●.

Advanced Humanities and Social Sciences Ⅰ Earth and Space Science, Laboratory and Architectural Design and Drawing Ⅰ COE Chemistry Program: Special Colloquium 3 Field Studies Architectural Design and Drawing Ⅱ COE Chemistry Program: Special Colloquium 4 Colloquium in Particle-, Nuclear- and Astro- ● Introduction to Creative Design Problem Findings in Social Engineering Problem Structuring and Social Survey physics Exercise on International Development 2 ● Advanced Space Systems Engineering Colloquium on Physics Ⅱ Models, Forecasting, Policy and Planning Exercises on International Development Project Formation, and Their Evaluation in Social ● Field Excursion Advanced Experiments of Bioscience and Engineering Computational Planetary Science Biotechnology Ⅰ Joint Graduate Course Program between Tokyo Tech and Tsinghua University Planning Workshop in Social Engineering Advanced Laboratory in Earth and Planetary Advanced Experiments of Bioscience and Tokyo Institute of Technology and Tsinghua University in Beijing, China, have launched a joint program that provides students Science Seminar Sciences ● Mechanical Engineering literacy Biotechnology Ⅱ with the opportunity to study on both campuses and obtain a dual master's degree. (Academic year 2005) Chemistry Laboratory Ⅱ Colloquium on Physics Ⅰ Foundation of Environmental Science and Advanced Chemistry Laboratory Ⅰ Technology ● Research Project Master's course Advanced Chemistry Laboratory Ⅱ ● Creative Project for Mechanical and Intelligent ● Built Environmental Laboratory Ⅰ Advanced Chemistry Laboratory Ⅲ Systems Special Experiments of Information Processing I Tokyo Tech Tsinghua University Exercise in Advanced Chemistry Ⅲ ● Machine Creation System Modeling Admission Enrollment Admission Enrollment ● Creativity Laboratory in Metallurgy ● Creative Design of Control Systems ● Mechano-Informatics Project ● Ceramics Laboratory Ⅰ Laboratory Works in Civil Engineering I Discussion in Program in Value and Decision Nanotechnology course 5155 Applied Chemistry Laboratory Laboratory Works in Civil Engineering II Science Ⅰ Chemical Process Design Practice Discussion in Program in Value and Decision Bioscience and ● Architectural Design and Drawing Ⅲ Bioengineering course 5256 ● Mechanical Engineering Design Projects ● Architectural Design and Drawing Ⅳ Science Ⅱ Experiments on Fundamentals of Information Graduation Thesis（Physics） Discussion in Program in Value and Decision Total 10 3 10 11 Systems ● Sociology Science Ⅲ OR and Modeling Processes ● Column Land Discussion in Program in Value and Decision ● Computer Science Summer Project ● Column Land2 Science Ⅳ ● Planning and Design of Public Facilities A Summer School in China Business Information Systems Project Ⅱ Practical Business Establishment ● Planning and Design of Public Facilities B COE Chemistry Program: Special Colloquium 1 Landscape Design COE Chemistry Program: Special Colloquium 2 Business Information Systems Project Ⅰ

23 24 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY INTERNATIONAL COLLABORATION

Academic Cooperation Agreements (University-wide Agreements) (As of May 1, 2005) NENTOA COLLABORATION INTERNATIONAL NENTOA COLLABORATION INTERNATIONAL Region Country University/Institute Concluded Area of Exchange Region Country University/Institute Concluded Area of Exchange

Harbin Institute of Technology 1980.10 F.S.I. University of Melbourne 1994. 8 F.S.I. Oceania Australia Tsinghua University 1985. 4 F.S.I. University of Technology, Sydney 2005. 1 F.S.I. Shanghai Jiao Tong University 1991. 8 F.S.I. Africa Tanzania Tanzania Fisheries Research Institute 2005. 2 F.S.I.

Peking University 1991. 8 F.S.I. University of Ghent 1992. 9 F.S.I. China Belgium Xi'an Jiaotong University 1991. 8 F.S.I. Universite Libre de Bruxelles (ULB) 1994. 5 F.S.I. Zhejiang University 1993. 9 F.S.I. Denmark Technical University of Denmark 1992. 9 F.S.I. Beijing Institute of Technology 1993.12 F.S.I. Helsinki University of Technology 1995.10 F.S.I. Finland University of Science and Technology of China 1997. 9 F.S.I. Lappeenranta University of Technology 1998. 4 F.S.I. India Indian Institute of Technology Delhi 1994. 7 F.S.I. Ecole Nationale des Ponts et Chaussees 1992. 9 F.S.I. Bandung Institute of Technology 1988. 6 F.S.I. Ecole Nationale Superieure d'Arts et Metiers 2002. 4 F.S.I. France Indonesia University of Indonesia 1992.12 F.S.I. University of Rennes 1 2002. 5 F.S.I. Gadjah Mada University 2000. 2 F.S.I. Strasbourg Universities 2004. 4 F.S.I.

Korea Advanced Institute of Science and Technology (KAIST) 1986. 5 F.S.I. Technische Universitat Munchen 1982. 7 S. Korea Institute of Science and Technology (KIST) 1991.12 F.I. Universitad Stuttgart 1992. 4 F.S.I. Germany Korea Maritime University 1992. 7 F.S.I. Johannes Gutenberg University 2001. 8 F.S.I. Korea University 1992. 9 F.S.I. University of Hannover 2004. 2 F.S.I. Europe Korea Kyungpook National University 1993. 7 F.S.I. University of Bologna (Universita Degli Studi di Bologna) 1997. 3 F.S.I. Chonbuk National University 1995. 4 F.S.I. Italy University of Rome "La Sapienza" 1998. 9 F.S.I. Asia Hanyang University 1996. 4 F.S.I. Politecnico Di Milano 2002. 5 F.S.I. Yonsei University 2002. 4 F.S.I. Norway Norwegian University of Science & Technology (NTNU) 1993. 2 F.S.I. Pohang University of Science and Technology 2003. 3 F.S.I. Moscow Engineering Physics Institute 1993. 6 F.S.I. Russia Mongolia Mongolian University of Science and Technology 2003. 6 F.S.I. Novosibirsk State University 1999.11 F.S.I. De La Salle University 1992. 5 F.S.I. Royal Institute of Technology 1991. 9 F.S.I. Philippines Sweden University of the Philippines 1992. 8 F.S.I. Chalmers University of Technology 1992.10 F.S.I. Singapore National University of Singapore 1991. 2 F.S.I. Switzerland Eidgenossische Technische Hochschule Zurich 1978. 9 F.S.I. Chulalongkorn University 1985.10 F.S.I. University of Manchester Institute of Science and Technology 1979. 5 F.S.I. King Mongkut's Institute of Technology Ladkrabang 1992.11 F.S.I. University of Strathclyde 1993. 2 F.S.I. U.K. Thammasat University 1996. 3 F.S.I. University of Surrey 1993. 9 F.S.I. Thailand Kasetsart University 1996.12 F.S.I. Cambridge University, Churchill College 2001. 3 F.I. National Science and Technology Development Agency (NSTDA) 2001. 9 F.S.I. University of Washington 1974. 5 F.S.I. King Mongkut's Institute of Technology North Bangkok 2005. 1 F.S.I. University of California 1988. 4 F.S. National Cheng Kung University 1997.11 F.S.I. Oregon State University 1992. 7 F.S.I. National Tsing-hua University 1998.11 F.S.I. University of Wisconsin-Madison 1992. 8 F.S.I. Taiwan North America U.S.A. National Taiwan University 1999. 1 F.S.I. University of Maryland Baltimore County, College Park 1992.11 F.S.I. National Chiao Tung University 2004.11 F.S.I. Georgia Institute of Technology 2001. 1 F.S.I. Hanoi University of Technology 1995. 8 F.S.I. The Pennsylvania State University 2002. 5 F.S.I. Vietnam Hanoi University of Science 1995. 8 F.S.I. The University of Wisconsin-Milwaukee 2004. 4 F.S.I. Israel Technion-Israel Institute of Technology 1991.12 F.S.I. Universidade de Sao Paulo 1991. 5 F.S.I. South America Brazil Iran Sharif University of Technology 2000.11 F.S.I. Instituto Tecnologico de Aeronautica 1992.10 F.S.I. Middle East Middle East Technical University 1992.12 F.S.I. Turkey Note: F stands for faculty, staff and/or researchers, S for students, and I for academic information. Bogazici University 1998. 3 F.S.I.

25 26 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY

INTERNATIONAL COLLABORATION

Academic Cooperation Agreements (School-to-School Agreements) UNESCO International Research Course for the Environment (As of May 1, 2005)

Region Country University/Institute Concluded Counterpart Area of Exchange NENTOA COLLABORATION INTERNATIONAL NENTOA COLLABORATION INTERNATIONAL For 38 years, Tokyo Institute of Technology had held an International Post- University of Science and Technology, Beijing 1980. 8 School of Eng. / Interdisciplinary Graduate School of Sci. and Eng.F.I. Graduate University Course providing research opportunities to young scientists

Beijing Institute of Technology (Dept. of Control Engineering) 1986. 9 School of Eng. (Control and Systems Eng.) F.S.I. from developing countries, from UNESCO member countries throughout the world. Having hosted over 500 researchers from 59 countries since 1965, the Course has Tsinghua University (Assocoation for Dynamics) 1989. 9 School of Eng. (Mechanical Eng.) F.S.I. contributed greatly to the advancement of science and technology in not only the China Zhejiang University (Dept. of Civil Eng., College of Architecture and 1993.11Building Eng.)School of Eng. (Civil and Environmental Eng.) F.S.I. researchers home countries but also around the world. At present, most of the ex- Graduate School of Sci. and Eng. (Industrial Eng. and participants hold important positions at universities or research institutions of their Tsinghua University (Center of Science, Technology and Society) 2001. 9 Management) F.S.I. home or foreign countries. Dalian University of Technology (Foreign Language School) 2003.12 International Student Center F.I. In 2002, the Course was closed in order to be reorganized into a more appropri- India Sarder Patel University (Department of Materials Science) 2003. 2 Materials and Structures Lab. F.I. ate program to meet the changing times. Tokyo Tech opened a new UNESCO

Indonesian National Atomic Energy Agency 1997. 6 Research Lab. for Nuclear Reactors F.I. Course focusing on the environment in October 2004. This UNESCO International Indonesia Research Course specializes in the field of "water resource management and envi- Asia Sepuluh Nopember Institute of Technology 2004 .5 Graduate School of Sci. and Eng. F.S.I. ronment," with the participants mainly from the Asia-Pacific region. We continue to Korea Advanced Institute of Science and Technology (KAIST), (Center for Advanced Reactor Research) 1993. 8 Research Lab. for Nuclear Reactors F.I. reinforce research partnerships, cooperate in human resources development, and build networks with those countries. Korea Advanced Institute of Science and Technology (KAIST), (Center for Interface Science and Engineering of Materials) 1996. 5 School of Eng. (Inorganic Materials) F.I.

Seoul National University (Center for Molecular Catalysis) 1996. 5 Materials and Structures Lab. F.I. Korea Chosun University (Factory Automation Reseach Center for Parts of1998.11 Vehicle) School of Eng. (Mechanical Eng.) F.S.I.

Seoul National University (School of Mechanical and Aerospace Engineering)1999. 4 School of Eng. (Mechanical Eng.) F.S.I. Overseas Offices Graduate School of Sci. and Eng. (International Yonsei University (Department of Chemical Engineering, College of 1999.Engineering) 9 Development Eng.) F.S.I. In 2002, we opened Tokyo Tech Office (Thailand) with the purpose of dissemi- Philippines University of the Philippines (Dept. of Civil Eng., TTC, NHRC, SURP)1993. 4 School of Eng. (Civil and Environmental Eng.) F.S.I. nating graduate-level courses, promoting international research cooperation, and Royal Melbourne Institute of Technology (School of Architecture networking with Thai students who have studied at Tokyo Tech. We are also Oceania Australia and Design, Faculty of the Constructured Environment) 1999. 8 School of Eng. (Architecture and Building Eng.) F.S.I. preparing to open an office on the De La Salle University campus in the France Ecole d'Architecture de Paris la Villette 2000. 7 School of Eng. S. Philippines in 2005 reflecting our longstanding friendship with this country. Paul-Drude-Institut fur Festkorperelektronik 1994. 9 Quantum Nanoelectronics Research Center F.I.

Forschungszentrum Karlsruhe GmbH 1998. 2 Research Lab. for Nuclear Reactors F.I. Germany Forschungszentrum Karlsruhe GmbH 2000. 7 Precision and Intelligence Lab. F.I.

Ludwig-Maximilian-Universitat Munchen (Humanwissenschaftliches 2001.Zentrum) 5 Interdisciplinary Graduate School of Sci. and Eng. F.S.I.

Italy Politecnico Di Torino 1999. 7 Interdisciplinary Graduate School of Sci. and Eng. F.S.I.

University of Twente (Dept. of Chemical Technology) 1996. 6 Interdisciplinary Graduate School of Sci. and Eng. S. Establishment of International Headquarters

Delft University of Technology 1998. 9 School of Eng S. Netherlands Europe Delft University of Technology (Faculty of Architecture) 2000. 8 School of Eng. S. Tokyo Tech has been selected as one of the universities to be funded for the purpose of establishing an international headquar- ters on campus, through a new initiative MEXT has launched, with a focus on strengthening university-wide international activities at Delft University of Technology (Dept. of Bio Mechanical Graduate School of Sci. and Eng. Mechanical Sci. and Eng., Engineering, Delft Center for Systems and Control) 2004. 9 Mechanical and Control Eng., Mechanical and Aerospace Eng. S. each of the universities. The aim of this initiative is to facilitate the university to develop strategies for overseas relations by organiz-

Russian Scientific Center Kurchatov Institute 1992. 8 Research Lab. for Nuclear Reactors F.I. ing an institutional system. Having already established the International Office on campus in April 2002, Tokyo Tech will enhance and reorganize it into an Russia Institute of Physics and Power Engineering 1997.12 Research Lab. for Nuclear Reactors F.S.I. office with two divisions; one is to formulate and plan international activities, while the other is to provide assistance for the specific Obninsk Institute of Nuclear Power Engineering 1998. 1 Research Lab. for Nuclear Reactors F.S.I. activities. We will draw up the international strategies to expand on the activities with a position that has 'evolved' from the focus on Sweden Linkoping University 1997. 9 Graduate School of Information Sci. and Eng. S. international exchange into one of global collaboration.

University of Geneva (Dept. Organic Chemistry & Laboratory of School of Eng. (Chemical Eng. Applied Chemistry course) / The funding will be provided for five years, and in that period, we will reinforce the partnership with neighboring countries and Switzerland 2001.10 F.S.I. Crystallography) Graduate School of Sci. and Eng. (Applied Chemistry) cooperate in producing world-class scientists and engineers, in conjunction with building up networks amongst the countries. Thus U.K. Imperial College London (Faculty of Engineering) 2005. 4 School of Eng. S. enabling Tokyo Tech to contribute further to the global community.

Canada Environment Canada (Numerical Prediction Research Division) 2002.12 Global Scientific Information and Computing Center F.I.

University of Washington (Dept. of Architecture, School of Architecture & Urban Planning) 1978. 1 School of Eng. (Architecture & Building Eng.) F.I.

Massachusetts Institute of Technology (Dept. of Mechanical Engineering)1991. 6 School of Eng. (Control and Systems Eng.) F.S.I.

North Massachusetts Institute of Technology 1996. 5 School of Eng. (Mechano-Aerospace Eng.) F.S.I. America U.S.A. Stanford University (Department of Engineering) 1999.10 School of Eng. (Mechanical Eng.) F.S.I.

University of Carifornia, San Diego (San Diego Supercomputer Center)2003. 1 Global Scientific Information and Computing Center F.I.

George Mason University (Center for Social Complexity) 2005. 2 Interdisciplinary Graduate School of Sci. and Eng. F.S.I.

University of Minnesota (Institute of Technology) 2005. 4 School of Eng. S.

Note: F stands for faculty, staff and/or researchers, S for students, and I for academic information.

27 28 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY FINANCIAL DATA

Budget FY2005 Grants for Research and Education (Unit: million yen) IACA DATA FINANCIAL IACA DATA FINANCIAL Revenue Expenditure Donation for Research Sponsored Research Collaborative Research Grants-in-Aid for Scientific Research Number of Research Fund Number of Research Fund Number of Research Fund Number of Research Fund Sum Total Projects (in thousand yen) Projects (in thousand yen) Projects (in thousand yen) Projects (in thousand yen) Grants, Funds and Donations Grants, Funds and Donations Grants-in-aid for scientific research 4,200 Research on Grants-in-aid 4,200 1993 1,244 1,553,966 90 292,233 21 132,952 622 2,278,270 4,257,421 Sponsored Research 3,068 Sponsored Research 3,068 Collaborative Research 1,131 Collaborative Research 1,131 1994 1,151 1,505,344 96 294,805 31 113,566 719 2,539,907 4,453,622 Donation for Research 976 Donation for Research 976 Other competitive funding 2,300 Other competitive funding 2,300 1995 1,165 1,514,461 110 934,342 32 81,506 860 3,429,317 5,959,626 Budget for Facilities 3,195 Expense for Facilities 3,195 1996 1,219 1,497,442 128 1,482,465 43 130,032 878 3,686,766 6,796,705 Others 2 Others 2 1997 1,153 1,373,547 179 1,980,309 61 313,719 883 3,922,595 7,590,170 1998 1,028 1,182,646 218 2,318,725 57 245,140 944 3,646,626 7,393,137 32.9％ 32.9％ 1999 1,058 1,073,273 216 2,715,194 81 369,526 943 3,892,840 8,050,833 Specific Fund Specific Funds ％ 2000 952 1,142,806 214 2,632,039 114 485,958 911 3,787,345 8,048,148 14,872 14,872 37.8 Personnel 2001 916 1,002,015 175 1,416,838（97,849） 149 551,852 901 4,219,317（275,220） 7,190,022 Total Total 17,039 2002 953 1,055,472 202 1,287,123（61,264） 207 889,290 903 4,111,805（355,830） 7,343,690 45,117 52.0％ Emergency 45,117 General Funds Fund 223 2003 929 1,040,681 238 2,519,600（95,250） 264 863,578 885 4,387,534（448,530） 8,811,393 Auxiliaries from MEXT 734 23,474 .5％ 2004 937 1,027,383 244 2,990,887（215,869） 344 1,182,882（174,146） 925 4,311,301（422,517） 9,512,453 0 President's Retirement Allowance 1.7％ Tuition, 3.8％ Discretionary 1,365 Fees and Others General Administration Budget 639 Note: Figures given in parentheses represent overhead costs included in the Research Fund. 6,037 1,723 3.6％ 3.0％ Instruction and 1.4％ 13.4％ Research 1,617 7.1％ 9.9％ (General) Instruction and Grants-in-Aid for Scientific Research Grants for Research and Education Budget for Focused Research Policies 3,175 (Departmental) FY2004 General Funds from MEXT 22,621 4,464 in thousand yen Balance Brought Over from FY2004 853 Area of Research Number of Research Fund 4,500,000 Projects (in thousand yen) 4,311,301 Grant-in-Aid for Specially Promoted 4,111,805 Research (2) 1 39,000 （9,000） 4,000,000 Grant-in-Aid for Scientific Research 8 91,700 on Priority Areas (1) 3,686,766 3,646,626 3,787,345 Grant-in-Aid for Scientific Research 3,500,000 on Priority Areas (2) 76 803,752 Grants-in-Aid for Scientific Research Grant-in-Aid for Exploratory Scientific Final Accounts FY2004 Research 92 155,747 2,990,887 3,000,000 (Unit: million yen) Grant-in-Aid for Young Scientists (A) 21 166,645 （38,457） 2,632,039 Revenue Expenditure 2,539,907 2,500,000 Grant-in-Aid for Young Scientists (B) 171 249,351 2,318,725 Grants, Funds and Donations Sponsored Research Grants, Funds and Donations Grant-in-Aid for Scientific Research Grants-in-aid for scientific research 3,889 14 354,900 （81,900） Grants-in-aid for scientific research 3,889 (S) Research Alliance with Industry 3,890 2,000,000 Collaborative or Sponsored Research 3,730 Donation for Research 1,027 Donation for Research 1,139 Grant-in-Aid for Scientific Research Other competitive funding 1,980 (A)(1) 9 94,250 （21,750） Other competitive funding 1,980 1,505,344 Budget for Facilities 2,061 Expense for Facilities 2,061 1,500,000 1,497,442 Grant-in-Aid for Scientific Research 1,482,465 Others 347 (A)(2) 46 613,600（141,600） 1,182,646 1,142,806 1,287,123 1,182,882 Grant-in-Aid for Scientific Research (B)(1) 7 31,800 1,000,000 Donation for Research 1,055,742 1,027,383 889,290 Grant-in-Aid for Scientific Research (B)(2) 170 790,358 ％ 500,000 Collaborative Research 30.6％ 30.0 Grant-in-Aid for Scientific Research 9 24,300 294,805 245,140 485,958 Specific Funds Specific Fund (C)(1) 130,032 13,194 12,799 113,566 43.0％ Grant-in-Aid for Scientific Research 127 165,700 Personnel (C)(2) 1994 1996 1998 2000 2002 2004 Total Total 18,374 43,190 42,671 Grant-in-Aid for Creative Scientific Auxiliaries .7％ Research (1) 1 117,000 （27,000） 884 55 General Funds General Administration Grant-in-Aid for Creative Scientific 2.0％ from MEXT 2,715 Research (2) 5 445,510（102,810） 24,048 6.4％ Retirement Allowance 11.7％ 1,717 Grants-in-Aid for JSPS Fellows 168 167,688 Tuition, Fees and Others 16.6％ 5,064 Instruction and Research4 .0％ Sum total 925 4,311,301（422,517） 7,066 Note: 1. Figures given in parentheses represent overhead costs included in the Research Fund. 2. JSPS stands for the Japan Society for Promotion of Science.

29 30 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY CAMPUS MAP

Ookayama Campus APSMAP CAMPUS APSMAP CAMPUS Ishikawadai Area Ishikawadai Bldg. 1 9,700㎡ Ishikawadai Bldg. 6 6,830㎡ Ishikawadai Bldg. 2 2,934㎡ Ishikawadai Lab. Bldg. 1 341㎡ Ishikawadai Bldg. 3 6,520㎡ Venture Business Laboratory Bldg. 2,998㎡

Ishikawadai Bldg. 4 2,109㎡ Global Scientific Information and Computing 1,155㎡ Center (Collaboration) Ishikawadai Bldg. 5 2,653㎡ International House 4,453㎡

Ishikawadai Area Ookayama South Area South Bldg. 1 12,578㎡ South Bldg. 9 3,753㎡ South Bldg. 2 2,574㎡ South Lecture Bldg. 187㎡ South Bldg. 3 9,544㎡ South Lab. Bldg. 2 615㎡ South Bldg. 5 7,443㎡ South Lab. Bldg. 4 1,191㎡ South Bldg. 6 3,605㎡ Research Laboratory of Ultra-High Speed 935㎡Electronics South Bldg. 7 6,890㎡ Research Center for Low Temperature Physics474㎡ South Bldg. 8 9,379㎡ Laboratory of Low Temperature Physics 204㎡ Ookayama West Area Ookayama South Area West Bldg. 1 1,318㎡ West Bldg. 9 21,108㎡ Ookayama West Area West Bldg. 2 1,795㎡ Experiment Waste Liquid Disposal Facility 374㎡ West Bldg. 3 5,237㎡ The 70th Anniversary Auditorium 1,301㎡ West Bldg. 4 3,262㎡ Gymnasium 4,811㎡ West Bldg. 5 1,287㎡ Student Hall (Cafeteria) 2,981㎡ West Bldg. 6 854㎡ Extracurricular Bldg. 1 798㎡ West Bldg. 7 964㎡ Extracurricular Bldg. 2 214㎡ West Bldg. 8 (W) 9,830㎡ Extracurricular Bldg. 3 298㎡ West Bldg. 8 (E) 8,000㎡ Extracurricular Bldg. 4 1,147㎡ Ookayama East Area Ookayama East Area Main Bldg. 26,724㎡ The Centennial Hall 2,687㎡ Administration Bureau Bldg. (1･2) 2,998㎡ Museum of Evolving Earth 259㎡ Administration Bureau Bldg. 3 599㎡ Office of Industry Liaison 457㎡

Global Scientific Information and Computing 3,507㎡ Center (Computing)East Bldg. 1 2,870㎡ Institute Library 7,490㎡ Ookayama North Area Midorigaoka緑が丘地区 Area North Bldg. 1 3,275㎡ North Lab. Bldg. 5 200㎡ North Bldg. 2 3,330㎡ North Lab. Bldg. 6 998㎡ Main Gate North Lab. Bldg. 1 1,033㎡ Van de Graaff Lab. 364㎡ North Lab. Bldg. 2A･2B 1,816㎡ Radioisotope Lab. 504㎡ North Lab. Bldg. 3A 695㎡ Health Service Center 452㎡ Ookayama North Area North Lab. Bldg. 3B 101㎡ The 80th Anniversary Hall 704㎡ North Lab. Bldg. 4 732㎡ Network Communication Training Room 487㎡

Midorigaoka Area Midorigaoka Bldg. 1 6,595㎡ Midorigaoka Bldg. 4 1,256㎡ Midorigaoka Bldg. 2 1,509㎡ Midorigaoka Lecture Bldg. 193㎡ Midorigaoka Bldg. 3 2,521㎡ Research Center for Urban Infrastructure 1,155㎡

31 32 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY

CAMPUS MAP

Suzukakedai Campus Tamachi Campus Tamachi Sta. APSMAP CAMPUS APSMAP CAMPUS Extracurricular Bldg.

-Area

Okabe Gate

Main Gate

Gymnasium Tokyo Tech Campus Innovation Center Nagatsuda Gate Bldg. 1 -Area

Tunnel Bldg. 3 For Shibuya -Area Bldg. 4

Bldg. 2

Route 246 -Area For Shibuya Sta. Road -Area

Suzukakedai Sta. Tokyo Tech Facilities

Suzukake Gate

Location/Area Facilities Address and Phone Number -Area Ookayama Campus For Chuo-Rinkan Sta. For Atsugi Graduate School of Science and Engineering, Graduate School of Information Science and Engineering, Graduate School of Decision 2-12-1 Ookayama, Meguro-ku, Tokyo 152-8550 Ookayama Science and Technology, Graduate School of Innovation Management, TEL +81-3-3726-1111 (Number Guidance) Research Laboratory for Nuclear Reactors, School of Science, School of Engineering, Administration Bureau

Suzukakedai Campus Graduate School of Bioscience and Biotechnology, Interdisciplinary 4259 Nagatsuta-cho, Midori-ku, Yokohama, Graduate School of Science and Engineering, Chemical Resources Kanagawa Prefecture 226-8503 Suzukakedai Laboratory, Precision and Intelligence Laboratory, Materials and TEL +81-45-922-1111 (Number Guidance) Structures Laboratory, School of Bioscience and Biotechnology, Administration Office B1 Bldg. 7,533㎡ R1 Bldg. 8,180㎡ G1 Bldg. 9,571㎡ Graduate School of Bioscience and Biotechnology Tamachi Campus 3-3-6 Shibaura, Minato-ku, Tokyo 108-0023 B2 Bldg. 8,380㎡ R1-Annex A 1,395㎡ G2 Bldg. 7,665㎡ Interdisciplinary Graduate School Tamachi Tokyo Tech High School of Science and Technology TEL +81-3-3453-2251 of Science and Engineering 21-13 Matsukazedai, Aoba-ku, Yokohama, Kanagawa Prefecture 227-0067 B1･B2-Annex 2,753㎡ A R1-Annex B 216㎡ G3 Bldg. 11,590㎡ Shofu Dormitories for Japanese (Shofu Gakusha) Suzukake Hall TEL +81-45-981-7115 (Shofu Gakusha), Matsukazedai and International Students B1･B2-Annex 1,530㎡ B R2 High Bldg. 8,582㎡ G4 Bldg. 1,865㎡ +81-45-983-9521 (Shofu Dormitory) Chemical Resources Laboratory B1･B2-Annex C 980㎡ R2-Annex A 452㎡ G4-Annex A 494㎡ 17-2 Umegaoka, Aoba-ku, Yokohama, Kanagawa Prefecture 227-0052 Precision and Intelligence Laboratory Umegaoka Dormitory for International Students R2-Annex B 1,001㎡ G5 Bldg. 6,720㎡ Umegaoka TEL +81-45-971-6473 Imaging Science R2-Annex C 659㎡ and Engineering Laboratory 1053-834 Aza-yunomaruyama, Oaza-Kanbara,Tsumakoimura, S1 Bldg. 5,811㎡ R3 Main Bldg. 4,865㎡ Materials and Structures Laboratory Kazawa Kazawa Seminar House Agatsuma-gun, Gunma Prefecture 377-1524 S2 Bldg. 7,687㎡ H1 Bldg. TEL +81-279-98-0552 R3-Annex A 200㎡ 3,191㎡ Administration Office 257 Onuki-kakuichi, Oarai-machi, Higashiibaraki-gun, Ibaraki Prefecture 311-1311 S3 Bldg. 4,344㎡ H2 Bldg. Oarai Seminar House R3-Annex B 225㎡ Oarai TEL +81-292-67-5007 S4 Bldg. 613㎡ Research Administration Office R3-Annex C 801㎡ S5 Bldg. 14771-1 Oaza-taira, Omachi-shi, Nagano Prefecture 398-0001 440㎡ Kisakiko Seminar House R3-Annex D 1,500㎡ J1 Bldg. 6,277㎡ Omachi TEL +81-261-23-1184 S6 Bldg. 593㎡ Frontier Collaborative Research Center J2 Bldg. 15,750㎡ S7 Bldg. 1,672㎡ Institute Library Toda Toda Boat House 1-55 Toda-koen, Toda-shi, Saitama Prefecture 335-0024

Enzan Yanagisawa-toge Mountain Hut 2319-1 Aza-namezawa, Oaza-oyashiki, Enzan-shi, Yamanashi Prefecture 402-0211

641-36 Aza-takijirihara, Oaza-kusatsu, Kusatsu-cho, Agatsuma-gun, Kusatsu Kusatsu-Shirane Volcano Observatory Gunma Prefecture 377-1711 TEL +81-279-88-7715 33 34 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY HISTORY

Development of the Institute 1975 April 2000 April The Interdisciplinary Graduate School of Science and Engineering was The Kusatsu-Shirane Volcano Observatory was reorganized into the established on the Nagatsuta campus (now called the Suzukakedai Volcanic Fluid Research Center. campus). HISTORY HISTORY School Graduate School 2001 April Master's Course Doctoral Course Number Ordinary Land Building of Books Expenditure Number of (m2) (m2) 1976 May The Computer Center and the International Cooperation Center for Admission Number of Number of (Volumes) (thousand yen) Graduates Admission Degrees Admission Degrees The Computer Center was established. Science and Technology were reorganized into the Global Scientific Conferred Conferred Information and Computing Center. The Research Center for Very Low 1929 150 3,834 21,525 922 1979 April Temperature System was reorganized into the Research Center for 1940 252 178 262,902 54,542 41,848 2,128 The International Cooperation Center for Science and Technology was Low Temperature Physics. 1945 400 358 312,211 58,499 92,925 188,297 established. *460 2001 November 1950 392 312,211 58,499 92,925 188,297 1982 April The Research Strategy Office was established. 300 The Center for Research Cooperation and Information Exchange was 1955 355 335 135 68 37 309,514 71,114 111,173 449,037 established. 2002 April 1960 505 387 145 44 73 12 309,484 78,581 145,107 787,191 The Research Center for Carbon Recycling and Utilization was reorga- 1965 705 590 213 205 87 37 308,737 111,166 200,208 2,479,788 1983 April nized into the Research Center for Carbon Recycling and Energy. 1970 895 776 294 348 149 72 484,515 146,473 284,677 4,460,070 The Research Center for Educational Facilities was established. 1975 774 790 617 509 205 68 510,683 185,309 360,499 11,378,068 2002 October 1988 April The Evaluation Office and the International Planning Office were estab- 1980 774 775 643 613 248 91 529,515 245,791 444,765 14,288,084 The Education Center for Foreign Students was established. Also the lished. The General Safety Management Center and the Center for 1985 836 776 665 694 250 86 531,848 261,968 538,884 17,451,680 Kusatsu-Shirane Volcano Observatory was established. Public Relations and Coordination were established. 1990 1,182 1,107 720 840 250 139 533,242 277,672 647,330 23,215,776 1995 1,317 1,282 908 1,154 331 253 535,239 319,404 750,172 34,181,384 1989 May 2003 April 2000 1,068 1,237 1,290 1,488 534 349 534,728 362,769 840,766 37,216,446 The Gene Research Center was established in Ookayama (later it The Research and Development Center for Educational Facilities was moved to the Suzukakedai campus). reorganized into the Research Center for Educational Facilities. The 2001 1,068 1,188 1,290 1,497 534 346 534,728 368,935 858,316 34,951,647 Gene Research Center, the Research Center for Experimental Biology, 2002 1,068 1,243 1,290 1,538 534 291 534,728 396,634 871,089 39,480,972 1990 June and the Radioisotope Research Center were integrated into the Center 2003 1,068 1,156 1,291 1,559 535 357 534,728 419,728 886,484 43,653,615 The School of Bioscience and Biotechnology was established on the for Biological Resources and Informatics. 2004 1,068 1,113 1,292 1,642 536 352 566,366 428,653 879,397 42,670,685 Nagatsuta campus. 2005 1,068 － 1,322 － 543 － 566,366 428,492 891,753 － 2003 May 1991 April The Educational Planning Office was established. The Experimental Center for Very Low Temperature and Energy Note: The figure marked with * represents the number of students admitted under the old education system. Technique established in 1981 was reorganized into the Research 2003 September Center for Very Low Temperature System. The Center for Urban Earthquake Engineering* was established. The Office of Industry Liaison was established. 1992 April The Graduate School of Bioscience and Biotechnology was established 2004 April History on the Nagatsuta campus. The Research Center of Carbon Recycling Tokyo Institute of Technology was reestablished as an independent and Utilization was established. administrative institution with the name "National University Corporation Tokyo Institute of Technology." 1881 May the Research Laboratory of Precision Machinery, the Research 1993 April The Research Center for Quantum Effect Electronics was reorganized Tokyo Institute of Technology was founded by the Japanese Laboratory of Ceramic Industry, the Research Laboratory of The Research Center for Educational Facilities was reorganized into the into the Quantum Nanoelectronics Research Center. The Planning Government, Department of Education, as the Tokyo Vocational Electronics, and the Research Laboratory of Fuel Science, which were Research and Development Center for Educational Facilities. Office and the Financial Management Office were established. School. established in 1934, 1939, 1939, 1943, 1944, and 1944, respectively, were integrated and reorganized into four research laboratories: the 1994 June 2005 April 1890 March Research Laboratory of Building Materials, the Research Laboratory of The Graduate School of Information Science and Engineering was The Graduate School of Innovation Management was established. The Tokyo Vocational School was renamed Tokyo Technical School. Resources Utilization, the Precision and Intelligence Laboratory and the established. The Education Center for Foreign Students was reorga- Technical High School attached to the School of Engineering was reor- Research Laboratory of Ceramic Industry. nized into the International Student Center. The Research Center for ganized into the Tokyo Tech High School of Science and Technology. 1901 May Quantum Effect Electronics was established. The Research Center for The Center for Research in Advanced Financial Technology was reorga- Tokyo Technical School was renamed Tokyo Higher Technical School. 1955 July Experimental Biology was established. nized. The Large-scale Knowledge Resource Center*, the Research The School of Engineering was renamed the School of Science and Center for Nanometer-Scale Quantum Physics*, the Bio-Frontier 1929 April Engineering. 1996 April Research Center*, the Center on Agent Based Social Systems The status of Tokyo Technical School was elevated to a degree-confer- The Graduate School of Decision Science and Technology was estab- Sciences*, the Center for Molecular Science and Technology*, the ring university as Tokyo Kogyo Daigaku (Tokyo Institute of Technology). 1956 April lished. Research Center for the Evolving Earth and Planets*, the Research The Graduate School of Engineering was renamed the Graduate Center for the Science of Institutional Management of Technology* 1949 May School of Science and Engineering. 1996 May were established. Also established was the Art and Crafts Education The enactment of the National School Establishment Law promoted The Foreign Language Research and Teaching Center was established. and Research Support Center. the reorganization of Tokyo Institute of Technology so as to comply 1958 March The Research Laboratory of Engineering Materials was reorganized Department of Information Processing and Department of Advanced with the nation's education system reform, extending its three-year The Research Laboratory of Building Materials and the Research into the Materials and Structures Laboratory. Applied Electronics, both in the Interdisciplinary Graduate School of courses into four years and establishing the School of Engineering Laboratory of Ceramic Industry were integrated and reorganized into Science and Engineering, were integrated and reorganized into the within the university. the Research Laboratory of Engineering Materials. 1997 April Department of Electronics and Applied Physics and the new The Radioisotope Research Center was established. Department of Information Processing. 1951 April 1964 April The former Denpa Kogei High School and Kogei High School of Chiba The Research Laboratory for Nuclear Reactors was established. 1998 April University were integrated into the Technical High School, an affiliated The Center for Research Cooperation and Information Exchange was high school to the Institute. 1967 June reorganized into the Frontier Collaborative Research Center. The School of Science and Engineering was divided into the School of 1953 April Science and the School of Engineering. Tokyo Tech's affiliated high 1999 April The Graduate School of Engineering was established. school, the Technical High School, became attached to the School of The Center for Research in Advanced Financial Technology was estab- Engineering. lished. 1954 April Tokyo Tech's six Research Laboratories: the Research Laboratory of 1971 April Note: Centers marked with * represent new research bases formed as part of the 21st Century COE Programs. Building Materials, the Research Laboratory of Resources Utilization, The Health Service Center was established.

35 36 TOKYO INSTITUTE OF TECHNOLOGY TOKYO INSTITUTE OF TECHNOLOGY MEMBERS OF THE BOARD, COMMITTEES, AND COUNCIL

■ The Board MIDORIKAWA, Saburoh Professor, Interdisciplinary Graduate School of Science and Engineering

EBR FTEBAD OMTES N COUNCIL AND COMMITTEES, BOARD, THE OF MEMBERS AIZAWA, Masuo President SHIMOKOHBE, Akira Executive Vice President for Research MISHIMA, Yoshinao Professor, Interdisciplinary Graduate School of MIKI, Chitoshi Executive Vice President for Education Science and Engineering SASSA, Masataka Professor, Graduate School of Information Tokyo Metro HONKURA, Yoshimori Executive Vice President for Planning map Toei Mita Line Namboku Line SEKIGUCHI, Mitsuharu Executive Vice President for Finance Science and Engineering New Tokyo FURUI, Sadaoki Professor, Graduate School of Information International Airport TOMIURA, Azusa Auditor (Narita) NISHIMURA, Yoshio Auditor Science and Engineering JR Nambu Line HIDANO, Noboru Professor, Graduate School of Decision Science Tokyu and Technology Komagome ■ Management Committee Suzukakedai Den'entoshi Sugamo WATANABE, Chihiro Professor, Graduate School of Decision Science Line Keisei Line IGA, Ken-ichi Executive Director, Japan Society for the Futako-tamagawa and Technology Nagatsuta Mizonokuchi JR Promotion of Science Suzukakedai MORI, Kinji Professor, Graduate School of Innovation Yamanote Ueno KUDO, Tomonori Chairman of the Board, Japan Mutual Aid Campus Management Line Association of Public School Teachers AKAHORI, Kanji Professor, Center for Research and Development Tokyu Oimachi KUWABARA, Hiroshi Chairman of the Board, Hitachi Maxell Ltd. Line Jiyugaoka Suitengumae of Educational Technology TAKI, Hisao President, NKB Inc Tokyu Toyoko Shibuya Tokyo Metro Line NAKAJIMA, Kunio Professor, National Graduate Institute for Policy ■ President Nomination Committee Hanzomon Line Studies Den-en-chofu Ookayama KUWABARA, Hiroshi Chairman of the Board, Hitachi Maxell Ltd. JR Yokohama FUJISHIMA, Akira Chairman of the Board, Kanagawa Academy of Line TAKI, Hisaoi President, NKB Inc. Tokyu Meguro Meguro JR Narita Line/ Science and Technology Ookayama Sobu Line FUJISHIMA, Akira Chairman of the Board, Kanagawa Academy of Line Tokyo FURUKAWA, Masahiko Special Consultant, Mitsubishi Chemical Corp. Musashi-kosugi Campus Science and Technology Tamagawa President, Tokyo Tech Alumni Association FURUKAWA, Masahiko Special Consultant, Mitsubishi Chemical Corp. (Kuramae Kougyoukai) Hamamatsucho President, Tokyo Tech Alumni Association MATSUMOTO, Kazuko Professor, Waseda University Shin-yokohoma (Kuramae Kougyoukai) JR Tokaido Shinkansen Line Shinagawa Member at Council for Science and Technology Tamachi MATSUMOTO, Kazuko Professor, Waseda University Policy, Government of Japan Kikuna Tokyu Member at Council for Science and Technology Tamachi AIZAWA, Masuo President Tamagawa Line Campus Policy, Government of Japan SHIMOKOHBE, Akira Executive Vice President for Research Sakuragicho Higashi JR Keihin-Tohoku ISHIHARA, Hiroshi Dean, Interdisciplinary Graduate School of Kanagawa Kamata Line MIKI, Chitoshi Executive Vice President for Education Oimachi Science and Engineering HONKURA, Yoshimori Executive Vice President for Planning Kawasaki UEHA, Sadayuki Director, Precision and Intelligence Laboratory Yokohama SEKIGUCHI, Mitsuharu Executive Vice President for Finance Keihin-Kyuko Line OGAWA, Masao Director, Research Laboratory for Nuclear Reactors OHMACHI, Tatsuo Professor, Interdisciplinary Graduate School of Keikyu SHIGA, Tokuzo Professor, Graduate School of Science Science and Engineering Kamata TSURU, Tooru Professor, Graduate School of Engineering Tokyo Monorail TANAKA, Zen-ichiro Professor, Graduate School of Decision Science SHIMOKOHBE, Akira Executive Vice President for Research and Technology Tokyo International Airport IKEDA, Daisuke Director-General (Haneda) ■ Deans & Directors ■ Educational and Research Council NAKAZAWA, Kiyoshi Dean, Graduate School of Science and Engineering NAKAZAWA, Kiyoshi Dean, Graduate School of Science AIZAWA, Masuo President FUJII, Nobuo Dean, Graduate School of Engineering SHIMOKOHBE, Akira Executive Vice President for Research Ookayama Campus●Ookayama Station of Tokyu Oimachi Line/Tokyu Meguro Line HIROSE, Shigehisa Dean, Graduate School of Bioscience and MIKI, Chitoshi Executive Vice President for Education Biotechnology Suzukakedai Campus●Suzukakedai Station of Tokyu Den-en-toshi Line HONKURA, Yoshimori Executive Vice President for Planning ISHIWARA, Hiroshi Dean, Interdisciplinary Graduate School of Tamachi Campus●Tamachi Station of JR Yamanote Line/Keihin-Tohoku Line SEKIGUCHI, Mitsuharu Executive Vice President for Finance Science and Engineering NAKAZAWA, Kiyoshi Dean, Graduate School of Science TAKAHASHI, Yukio Dean, Graduate School of Information Science FUJII, Nobuo Dean, Graduate School of Engineering and Engineering HIROSE, Shigehisa Dean, Graduate School of Bioscience and MUTA, Hiromitsu Dean, Graduate School of Decision Science and Biotechnology Technology ISHIWARA, Hiroshi Dean, Interdisciplinary Graduate School of ENKAWA, Takao Dean, Graduate School of Innovation Management Science and Engineering NAKAZAWA, Kiyoshi Dean, School of Science TAKAHASHI, Yukio Dean, Graduate School of Information Science FUJII, Nobuo Dean, School of Engineering and Engineering HIROSE, Shigehisa Dean, School of Bioscience and Biotechnology MUTA, Hiromitsu Dean, Graduate School of Decision Science and YOSHIDA, Masasuke Director, Chemical Resources Laboratory Technology UEHA, Sadayuki Director, Precision and Intelligence Laboratory ENKAWA, Takao Dean, Graduate School of Innovation Management KONDO, Ken-ichi Director, Materials and Structures Laboratory NAKAZAWA, Kiyoshi Dean, School of Science OGAWA, Masao Director, Research Laboratory for Nuclear Reactors FUJII, Nobuo Dean, School of Engineering FUJIWARA, Eiji Director, Institute Library HIROSE, Shigehisa Dean, School of Bioscience and Biotechnology YOSHIDA, Masasuke Director, Chemical Resources Laboratory ■ Administration Bureau UEHA, Sadayuki Director, Precision and Intelligence Laboratory KONDO, Ken-ichi Director, Materials and Structures Laboratory IKEDA, Daisuke Director-General OGAWA, Masao Director, Research Laboratory for Nuclear Reactors HASHIMOTO,Miyoshi Director, General Affairs Department SHIGA, Tokuzo Professor, Graduate School of Science KAMIKOKURYO, Shinichi Director, Finance Department KAIZU, Youkoh Professor, Graduate School of Science INOUE, Shinichi Director, Student Service Department TSURU, Tooru Professor, Graduate School of Engineering UEDA, Kiichirou Director, Facilities Department KISHIMOTO, Kikuo Professor, Graduate School of Engineering OGUMA, Katsumi Director, Research Cooperation Department SEKINE, Mitsuo Professor, Graduate School of Bioscience and ASAZUMA, Miyoji Director, Academic Information Department Biotechnology MORIYA, Keiji Director, Suzukakedai Administration Office INOUE, Yoshio Professor, Graduate School of Bioscience and Biotechnology

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