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Tokyo Tech - MIT Student Exchange Program the First Year Activity Report

MIT建物

Tokyo Institute of Technology (Tokyo Tech) 's School of Engineering, School of Materials and Chemical Technology, and School of Environment and Society launched a unique academic student exchange agreement with a tuition waiver and credit transfer systems with Massachusetts Institute of Technology (MIT), Department of Nuclear Science and Engineering (NSE) in 2019, and completed the very first curriculum in January, 2020.

Program Overview

Participating students are in the final year of the bachelor course. MIT students stay in the 3rd and 4th quarters at Tokyo Tech, and Tokyo Tech students do an Autumn Semester at MIT. Although it is mandatory to take one required subject, it is possible to take whatever courses they like, and join a laboratory doing research under the supervision of the faculty. Besides, students can participate in cultural events and networking activities.

Background of the Program

This program was based on the departmental agreement concluded in February 2017 between MIT Center for Advanced Nuclear Energy Systems (CANES) and Laboratory for Advanced Nuclear Energy (LANE), Institute of Innovative Research, Tokyo Tech.

They have been focusing on nuclear energy systems in general and cultivating exchanges among researchers and students. Eventually, a student exchange-specific program was launched in 2019 and the first batch of students completed the 5-month curriculum in January 2020.

実務担当者

Meeting among the program coordinators at NSE, MIT on Dec. 15, 2019
Ms. Pilcavage (far left) MISTI Managing Director, Associate Prof. Short (third from right) NSE

代表者会談

Holding a top-level talk at MIT on Feb.12, 2020
Prof. Waitz (third from right) Vice Chancellor, MIT
Prof. Mizumoto (third from left) Executive Vice President for Education, Tokyo Tech

Testimonials from participating students

Outbound studentMr. Yaoki Sato
Affiliation at Tokyo Tech
(At a time of participation)
Bachelor 4th Grade
Dept. of Transdisciplinary Science and Engineering
School of Environment and Society
Supervisors at MIT(Academic Advisor) Prof. Michael Short
(Research Supervisor) Prof. Benoit Forget
Courses
  1. Introduction to nuclear engineering and radiation interaction
  2. Radiation Interactions, Control, and Measurement
  3. Introduction to photography and related media
Research TopicsUncertainty propagation of nuclear data for windowed multipole method

Testimonials:

Lectures at MIT are tough indeed. It is mandatory to attend five hours of classes and do seven hours of assignments a week per subject. Additionally, I had a pile of reading up to do beforehand. To my astonishment, MIT students usually take five or six subjects. I was overwhelmed to take three subjects and conduct research work, but the gained knowledge will be worth it for sure. Gaining knowledge and persevering in whatever I did gave me confidence.

The most important thing while you are participating in the study abroad program is to cherish your curiosity. At MIT, you will enjoy many learning opportunities, not only in your specialized field but in cultural activities. Furthermore, MIT has an air to cheer up students, and there are many chances for learning everywhere in town. In order to make use of these opportunities, curiosity is indispensable. Going outside and acting according to your curiosity rather than being sequestered in your room will lead to fruitful days. Fortunately, Boston is ideal for cultural activities. There are art museums and science museums near the campus and spots to learn American history in the heart of the town. Learn as much as possible and follow your interests, and your study abroad will be worthwhile.

壮行会

Sato (second from right) Send-off greetings to Prof. Mizumoto, Executive Vice President for Education (second from left)

オリエン

Sato (far left in front row) during the New Semester Orientation

Inbound studentMs. Eva Morgan Lisowski
Affiliation at MITBachelor 4th Grade, Dept. of Nuclear Science and Engineering (NSE)
Affiliation at Tokyo Tech
(At a time of participation)
Dept. of Transdisciplinary Science and Engineering
School of Environment and Society
Supervisors at Tokyo Tech (Academic Advisor) Prof. Toru Obara
(Research Supervisor) Prof. Hiroshi Sagara
Courses
  • Intermediate Japanese 1,2
  • Topic Oriented Japanese 11: Daily life in Japanese society 1
  • Topic Oriented Japanese 22: Intermediate listening comprehension and conversation 2
  • Topic Oriented Japanese 27, 28: Kanji intermediate 1,2
  • Nuclear Fuel Cycle Engineering
  • Experiments for Nuclear Fuel Debris and Back-end Fuel Cycle B
  • Innovative Nuclear Systems and Design Project
  • Nuclear Non-proliferation and Security
Research TopicsNuclear Security and Non-Proliferation

Testimonials:

  1. How do you like your lab activitie
    Because I was in Sagara Lab, my research activities mainly focused on Nuclear Non-proliferation. Specifically, I learned a lot about material attractiveness, or how to evaluate nuclear materials based on how attractive they are for nuclear weapons production and theft by non-state actors, such as terrorists. I really enjoyed attending lab seminar every week and learning about my lab colleagues' research progress and the latest news in Japanese nuclear non-proliferation research.
  2. How were your learning outcomes? (Research/ Course work
    I enjoyed many opportunities in class to learn about the Japanese perspective on nuclear energy, and I had many opportunities to improve my Japanese speaking ability. I would say that my learning outcomes were very successful!
  3. How do you like your experiences in Japan?
    I had many interesting opportunities to try different aspects of Japanese culture, such as Kyudo, autumn walks in Kamakura City, Ikebana-making (traditional flower arrangement), Osechi-ryouri (New Year dishes), tea ceremony club, karate club, and others. I was able to make many friends and learn about Japanese culture while practicing speaking Japanese.
  4. Do you expect any influences on your future career goals and choices through the program?
    In the future, I would like to be involved in US-Japan relations in the government or nuclear energy research.
  5. Why did you choose Japan to study abroad?
    Right now, Japan has a very interesting perspective on nuclear energy. Since the Fukushima disaster in 2011, nuclear energy power plants have been closing. However, due to energy security needs and clean energy goals, I believe nuclear energy is important to Japan. I wanted to learn more about this challenge and see how the United States and Japan can collaborate on nuclear energy research in the future.
  6. Why did you choose Tokyo Tech to study abroad?
    Tokyo Tech was the only Japan, nuclear engineering exchange program offered at MIT in the fall semester, so I did not have any other choices.
Eva1

Eva (second from left) with her lab members and research supervisor Prof. Sagara (second from right)

Eva2

Ikebana Event held by Meguro International Friendship Association (MIFA)

This program established a two-year probationary period from 2019 to 2020, and is scheduled as a formal and sustainable exchange program for a long time to come.

Inquiry
International Exchange Team, Engineering Schools
MIT Program Office
Ex: 3969
Email: mitp.admin@jim.titech.ac.jp
Office: Room No. 227, 2F Main Building

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