1. A Brief Introduction to Tokyo University of Agriculture and Technology (TUAT) Fuchu Campus (Agricultural Field) View from Main Gate Koganei Campus (Engineering and Interdisciplinary Fields) View from East Gate

2. Location Approx. 30 minutes by train from downtown Tokyo (trains run every 5 min.) Tokyo is one of the best places to experience traditional and contemporary Japanese culture

3. MORESENSE Mission Oriented Research and Education giving Synergy in Endeavors toward a Sustainable Earth Naito Shinjuku Branch Office (Ministry of Home Affairs) Agriculture Training Institute and Silk Disease Experiment Section Tokyo School of Agriculture and Forestry Tokyo Imperial College of Sericulture Tokyo Imperial College of Agriculture and Forestry Tokyo College of Agriculture and Forestry Tokyo Textile College Two Colleges merged to form TUAT Master’s Courses established Doctoral Courses established National University Corporation TUAT 1874 1886 1914 1935 1944 1949 1965 1985 2004 History and Principles

4. Graduate Schools Undergrad. Schools Graduate School of Agriculture (Master’s Course 9 departments) United Graduate School of Agricultural Science (Doctoral Course 5 departments) United Graduate School of Veterinary Science (Doctoral Course) Grad. School of Engineering (Master’s Course & Doctoral Course: 6 departments) Grad. School of Bio-Applications and Systems Engineering (Master’s Course and/or Doctoral Course: 3 departments) Grad. School of Technology Management (Master’s Course: 1 department) Faculty of Agriculture (5 departments) Faculty of Engineering (8 departments) Organization

5. Recent topical research achievements  Research on advanced driver assistance system for traffic safety and security enhancement. Computer simulations and experiments on micro-scale electric vehicle showed capability of direct yaw moment control and drive-by-wire as a driver assistance system.  Development of micro-walking robot utilizing insect muscle tissues. This battery-free bio-mechanical system has possibility of being applied to MEMS devices such as micropump and sensor.  Development of nano lithium titanate / carbon composite capacitor achieving three times as high energy density as current electric double layer capacitor. When commercialized, the new capacitor may be utilized to store renewable energy or as regeneration systems for hybrid cars.  New Long-culm type rice cultivar “Leaf Star” for Whole Crop Silage is now being produced in the central and south area of Japan mainland. Leaf Star is a high yield biomass rice with starch-rich, low lignin and superior lodging resistance. NOVEL-IINOVEL-I Leaf Star

6.  TUAT's image processing method is utilized in Japanese digital mammography CAD system that has high performance in detecting early stage tumors and micro-calcification regions.  In the course of research on atopic dermatitis model NC/Nga mice, a novel real-time scratching behavior quantification system with high-speed vision for small laboratory animals was invented and is being used for the development of new drugs for allergic diseases.  TUAT developed an on-line handwritten Japanese text recognition model which is adopted by major Japanese manufacturers of computers and word processors due to its high recognition accuracy of 96%. The latest version is free from line-direction constraint and writing format constraint such as character writing boxes or ruled lines.  Solubilization and inodorization of animal materials such as fish skin, scales and feathers. While collagen from shark skin has been sold, other items such as protein rich and ultra-low fat shark minced balls are on the market. TUAT Technology Transfer

7. Number of Students and Staff (as of May 2016) Students Total: 5706 Permanent Staff: 655 SchoolsNumber Graduate Students Graduate School of Engineering1015 Graduate School of Agriculture410 Graduate School of Bio- Applications and Systems Engineering 265 United Graduate School of Agricultural Science 201 Subtotal1891 Undergrad. Students Faculty of Agriculture1404 Faculty of Engineering2411 Subtotal3815 CategoryNumber Academic staff433433 Administrative staff159 Technicians5858 Others5 International Students: 328 Ratio: 5.7%

8. International Students: 328 (May 2016) Estimates for 2024: 600 students International Students Region of origin (%) Number of students per country/area

9. International Collaboration

10. UndergraduateMaster Yr. 1Yr. 2Yr. 3Yr. 4Yr. 1Yr. 2Yr. 1Yr. 2Yr. 3 60 ％ 16 ％ Liberal Arts Faculty Common Subjects Major Subjects Re s ear c h Ph.D Regular Programs (Degree Programs) at TUAT

11. “To coexist in harmony with nature, our future begins with Agriculture” Biological Production Applied Biological Science Environmental and Natural Resource Sciences Ecoregion Science Veterinary Medicine Faculty of Agriculture （ Fuchu Campus ）

12. ● “Making foods and food safety a Science in the 21st Century” Horticulture Soil science Animal husbandry Agricultural production technology studies Plant ecology Physiology Plant nutrition Plant biochemistry Plant genetics / gene cell engineering Insect function studies Insect biochemistry Agricultural economics Agricultural management and production histology Agriculture market studies International regional development policy studies Department of Biological Production

13. ● “Expect the unknown possibilities of Life” Department of Applied Biological Science Plant engineering Structural biochemistry Gene engineering Cellular tissue biochemistry Biological control chemistry Ecology information chemical Bio-organic chemistry Food chemistry Nutrition physiological chemistry Applied protein chemistry Plant pathology Applied entomology Applied genetic ecology Developmental biology Cellular and molecular biology Correlation of molecular biology Biochemistry Gene function control science Fermentation science

14. ● “Making science out of our surrounding environment, from the earth to the micro-world” Inorganic geochemistry Environmental microbiology Environmental toxicology Environmental resources soil science Social geochemistry Biological physical chemistry Molecular dynamics studies Plant resources formation science Plant material physics Plant resources processing science Living environment material science Resource complex function studies Plant fiber chemical Recycled material science Biodegradation control science Molecular physical chemistry Department of Environmental and Natural Resource Sciences Atmospheric environmental studies Soil environment conservation science Water environment conservation science

15. ● “Our Glo-cal concept: think global, act local” Landscape ecology Land use studies Water resource planning studies Wildlife studies Vegetation management science Soil ecology management science Health amenities science Forest soil science Forest ecology Forest biological conservation science Forest hydrology Mountain conservation science Forest environment engineering Forest-human sciences Forest planning science Forest use system science Forest resources management science Production environmental systems science Production environmental control studies Arable land cultivation system science Energy use science Irrigation systems engineering Geotechnical engineering Structural engineering facility Fight technology Rural regional planning studies Structural material science Environmental philosophy communication philosophy Environmental ethics and compared value formation theory Comparative psychology Environmental and social history Cultural history Science and technology theory Environment regional sociology Environment public law studies International relations International comparative economic development theory, Environmental information science Environmental education Department of Ecoregion Science

16. ● “Practice the latest Life-Science and follow the health progress of animals and human beings” Animal behavior Veterinary pharmacology Veterinary pathology Veterinary microbiology Veterinary hygiene Veterinary public health Veterinary epidemiology Veterinary toxicology Veterinary internal medicine Veterinary molecular pathogenesis Therapeutics Veterinary surgery Veterinary diagnostic radiology Veterinary theriogenology Veterinary clinical oncology Comparison zoology Cooperative Department of Veterinary Medicine Veterinary anatomy Veterinary physiology

17. “Always stay with cutting edge science and technology, as we strive to develop graduates to become future leader” Biotechnology and Life Science Applied Chemistry Organic and Polymer Materials Chemistry Chemical Engineering Mechanical Systems Engineering Applied Physics Electrical and Electronic Engineering Computer and Information Science Faculty of Engineering （ Koganei Campus ）

18. Cell function engineering Life molecular information science Bio-molecular structure studies Cell molecular engineering Plant information engineering Nano- biotechnology Bio-business Life molecular engineering Bio-electronics Molecular life chemistry Marine biotechnology Life organic chemistry Biomolecular proteome Department of Biotechnology and Life Science ● “To break new grounds and lead the world in Life Science researches”

19. Molecular conversion chemistry Molecular design chemistry Synthetic organic chemistry Molecular catalyst chemistry Opto-electronic materials chemistry Electron energy chemistry Inorganic solid- state chemistry Inorganic synthetic chemistry Ceramics chemistry Department of Applied Chemistry ● “You can explore the world of atoms and molecules in the most advanced facilities”

20. “To develop and produce high quality and high performance materials that would contribute to the sustainable growth of our society” Polymer material synthesis Functional materials process Organic hybrid materials Organic electronics Intelligent material Substance biological measurement Functional materials mathematical Biomaterials Functional materials business Department of Organic and Polymer Materials Chemistry ●

21. Process Systems Engineering Separation engineering Reaction engineering Crystal engineering Environmental bio-engineering Chemical energy engineering Fine engineering Material function applied engineering Project management Chemical information Communication Studies Department of Chemical Engineering ● “Chemical Engineering to be a contributing factor for a Sustainable society of the 21st Century”

22. “An era of hyper-machine that is more than just to coexist harmoniously with the environment” Energy system analysis Fluid dynamics Mechanical material science Material mechanics Elastic-plastic analysis Mechanical element analysis Mechanical system design Thermal fluid system design Simulation engineering Precision measurement engineering Control systems Mechanical and electrical engineering Production system engineering Mechanical analytic geometry Mechanical analysis algebra Mechanical and information engineering Department of Mechanical Systems Engineering ●

23. ● “Creation of innovative technology based on Physics ” Quantum function engineering Atomic processes engineering Quantum beam engineering Quantum optics Quantum electronics Higher-order function engineering Intelligence engineering physics Wave properties engineering Complex fluid engineering Superconducting engineering Department of Applied Physics

24. ● “Move the world with the most innovative electronic technology research” Basic electrical system engineering Power electronics Electrical energy conversion engineering Electronic device engineering Electronic function integrated engineering Optoelectronics Communication systems engineering Intelligent systems engineering Information transmission engineering Circuit system engineering Image information engineering Department of Electrical and Electronic Engineering

25. ● “Technologies that can achieve ubiquitous information society where computers coexist harmoniously with humans ” Computer network Operating system Integrated circuits Artificial intelligence Language system theory Algorithm theory Computer graphics Human interface Pattern recognition Department of Computer and Information Sciences

26. Total Score =“TOEFL /TOEIC score”+ “TUAT Exam (Japanese Language)” + “Interview” + “EJU” Admissions: Entrance Examination for Privately-funded International Students (Undergraduates) Department (Undergraduate Programs) Exam language EJU (Examination for Japanese University Admission for International Students) Japanese Language MathematicsScience Agriculture Biological Production JapaneseCompulsoryCourse 2 Chemistry and Biology Applied Biological Science Veterinary Medicine Environmental and Natural Resource Sciences Ecoregion Science Select 2 subjects from Physics, Chemistry and Biology Eng i neering Biotechnology and Life Science Japanese or English CompulsoryCourse 2 Select 2 subjects from Physics, Chemistry and Biology Applied Chemistry Organic and Polymer Materials Chemistry Chemistry and Biology Chemical Engineering Mechanical Systems Engineering Applied Physics Physics and select 1 subject from Chemistry and Biology Electrical and Electronic Engineering Computer and Information Sciences

27. Graduate School of Engineering Graduate School of Agriculture Graduate School of Bio- Applications and Systems Engineering United Graduate School of Agriculture United Graduate School of Veterinary Science Leading Graduate School for Green and Clean Food Production Master Program Biotechnology and Life Science Applied Chemistry Mechanical Systems Engineering Applied Physics Electric and Electronic Engineering and Computer and Information Engineering Industrial Technology and Innovation Ph.D. Program Biotechnology and Life Science Applied Chemistry Mechanical Systems Engineering Electronic and Information Engineering Master Program Science of Biological Production Studies in Sustainable and Symbiotic Society Applied Biological Chemistry Bioregulation and Biointeraction Natural Resources and Eco- materials Environmental Science in Biosphere Environmental Conservation Environmental and Agricultural Engineering International Environmental and Agricultural Science Bio-Applications and Systems Engineering Bio-Applications and Systems Engineering Advanced Health Science Biological Production Science Applied Life Science Symbiotic Science of Environment and Natural Resources Agricultural and Environmental Engineering Science on Agricultural Economy and Symbiotic Society Ph.D. Program Veterinary Science Master Program Ph.D. Program Food and Energy Systems Science Ph.D. Program Graduate Programs at TUAT

28. Admissions (example: Graduate School of Engineering (M.Sc.)) Admission Examinations: twice a year General Application (for October or next year‘s April Enrollment) Application Deadline: mid-July Examination: late-August (written test and interview) Eligibility: Holder of Bachelor Degree* or Prospective Students* *Recommended to discuss with TUAT Professor in advance Special Application for International Students (April Enrollment) Application Deadline: early January Examination: mid-January (written test and interview) Eligibility: Research Students of TUAT (at least since October of the previous year)

29. Support for International Students i-Center (International Center) International Affairs Office Japanese Language and Intercultural Programs On-campus accommodation

30. Scholarships for Regular Programs Japanese Government (Monbukagakusho MEXT) Scholarship Type: Research Students (Graduate School Students & Research Students) Age: under 35 Requirements: University or college graduates (or prospect) Monthly Stipend: JPY144,000 (Master Program, FY 2015) Japanese Language Training: 6 months (optional) Duration: Up to 2 years Other Scholarships for TUAT International Students: Application from Inside Japan only (Japanese only) Source: http://www.jasso.go.jp/ http://w.jasso.go.jp/

31. 30 A reciprocal one semester exchange program among the AIMS network of universities in Malaysia, Indonesia, Thailand, Brunei Darussalam and Japan, with plans to expand to the Philippines and Vietnam in coming years. An ASEAN Initiative to foster next generation talents to lead environmentally friendly food production, technological innovation and regional planning, this program utilizes the strengths of 3 Japanese universities (TUAT, Ibaraki University and Tokyo Metropolitan University) to create educational programs that contribute to solving global challenges. Courses offered at TUAT: (1) Advanced Environmental Agriculture and Food Technology Course (2) Environment-Friendly Technological Innovation Course http://www.tuat.ac.jp/~intl/aims/ Short Term Program 1 ASEAN International Mobility for Students (AIMS) Program

32. (1)1-year program from October to next year September. (2)Courses offered in English. (3) STEP@TUAT: Junior or Senior Undergraduate SPRING@TUAT: Master Program Graduate Students (4)Credits are awarded in the courses (STEP@TUAT). (5)Research at TUAT (SPRING@TUAT) (6)The number of students enrolled is approx. 20/year (7)Applicants limited to students of sister universities. Max. 3 students per year per sister university. (8)Accommodation in on-campus International House (9)Tuition is waived (10)Optional scholarship available from Japan Student Services Organization (JASSO): Stipend 80,000JPY/month Short Term Program 2 (STEP/SPRING@TUAT Program) http://www.tuat.ac.jp/~step/

33. Students’ Activity ： Academic

34. Students’ Activity: Clubs

35. Main Building at Fuchu Campus Science Museum Horsemanship Club University Research Administration Center International Center Cherry Blossom at Koganei Campus University Farm New Building #1 at Koganei Campus Machining Workshop visithttp://www.tuat.ac.jphttp://www.tuat.ac.jp See you at TUAT!