TOKYO TECH ENERGY COURSE


Student's voice

Why I chose the Energy Master Course

M2 Hiroto Takaki

Energy course student

  1. Could you tell me your name, affiliation and laboratory?
  2. I’m Hiroto Takaki, a student of master curriculum in Energy course, Department of Transdisciplinary Science and Engineering, and my supervisor is Prof. Tokimatsu.

  3. Why are you going to belong to Energy course?
  4. When I was a student of bachelor course, already I had interest in energy but studied only scientific principle or technological side. However, I turned to study comprehensive energy system not only technological side, but also social side because I realized that most of energy technologies are large scale and require financial supports to insert society. Also, I thought that innovative technology does not become worth until it is made use by society. Considered that I would like to become a “ambassador” to diffuse such technologies, I needed social studies such as economy and policy. Thus, I chose to enroll Energy course.

  5. What’s good points for you to enroll Energy course?
  6. It was easy to study because compulsory subjects were lectured well, even though the whole university system has been changed. Elective subjects are offered by Departments of mechanical, chemistry, chemical engineering, material science, and electrical engineering, so that it’s easy to make lecture schedule based on your major in bachelor course. As I explain later, my research doesn’t mention about technical side deeply, the lectures about energy and resources from economic or political aspects seemed to be very attractive for me. In Winter of first year of master course, the subject titled “Energy innovation co-creative project” is held as a poster session, students can see and understand the research topics each other without classification of Departments. This session might give the useful inspiration for each of us, though we usually focusing on only own research.

  7. Could you explain your research topic?
  8. My research topic is about the method to diffuse biomass power production. A policy called Feed-in-Tariff (FIT) has been developed since 2012 to spread renewable energy technologies. To solve three problems of technological, systematic, and economical for FIT, my research aims to clarify the process to determine the cost of electricity (COE) and to evaluate a profitable tariff for small and medium capacity plants. Originally developed COE model by conventional studies apply to the various capacities of biomass plants. According to the benefit analysis between the COE and FIT price, my research tried to determine the original tariff price form mathematical aspects.

  9. Could you tell me your experiences in overseas?
  10. I visited a city Kassel in Germany for three months since September in 2016, and worked as an internship sponsored by “Tobitate Ryugaku Japan”. I was assigned to a project called “Regio Twin” that organize the interactive meeting for municipalities to spread the renewable energies from technological or political aspects. I learned different working style from Japan. Moreover, I could experience how fast the project was going and how to cooperate with governmental institute. The All was occurred by my own action, and that was a precious moment. On October and November of master second year, I went to Sweden and studied at Chalmers University of Technology. It was short term, but I got the knowledge of foreign policies to diffuse biomass energy. Also, the supervisor there gave some advices for discussion section of thesis, and I understand importance to make conclusion based on my argument. On the way back to Japan, I attended an international conference in Taiwan. From the meaning of the conference and international trend, I realized how much my research is meaningful and got confidence of my achievement.

  11. What’s your next step and what type of researcher or engineer do you want to become?
  12. I’m going to work domestically as a technological consultant form April. I’ll investigate, analyze, and evaluate the requested matter by clients. For me, the task can be understood as the extended and sophisticated research, because my research topic target is policy matter. I would like to be “a bridge” to connect the technology and policy by job accomplishment step by step, and help that the ministry or municipalities install the innovative energy system to the society. I also have got motivation to work around the world not only in Japan, because I could stay overseas totally for five months within two years of master course life. I would like to pay attention for world’s trend always and keep me growing up to lead the technology diffusion to the correct way.

  13. Please give message to new comers.
  14. One of the impressive characteristics is wide range of study fields. Please make best use of the environment that offers you to expand and deepen the knowledge and skills. Moreover, I recommend you to go out of Japan and see what you never seen. I hope all of you will work internationally, so that please make the period of master course be preparing time to do so. Hope your life in the course well.

M2 Atsushi Suzuki

Energy course student

I'm A. Suzuki a M2 student in the Energy Course. I joined energy course in April 2016 and will graduate in March 2018. I joined energy course in order to learn more about energy as well as to conduct research on a energy-related materials topic. By attending energy course lectures, I acquired knowledge about energy from a wide perspective different from my own research specialty. When I graduate, I want to become an engineer and make use of the knowledge acquired in the energy course to help society.

M2 Kazuki Ueno

M1 T. Okazaki

I’m Kazuki Ueno. I enter to Energy Course in 2016. I’m going to complete master program in March 2018 and go on a doctoral course. I research to control and observe violently molecular motion at ultra high speed. Since Energy Course is consisted by various laboratories, I can foster a broad perspective different in addition to my own specialty in this course. Now I aim to be a researcher with knowledge of a wide range of fields.

M1 Toshiki Okazaki

M1 T. Okazaki

I'm Toshiki Okazaki a M1 student in the Energy Course. I had a strong interest in energy issues since we had scheduled blackouts in the area I lived in after the 2011 Tohoku earthquake. In the energy course, you can study across multiple fields related to energy, so you can earn a wide range of perspectives. With energy demand rising rapidly, especially in emerging countries, we aim to become a engineer who can tackle issues beyond the boundaries of fields.

M1 Keisuke Kameda

M1 T. Okazaki

I'm Keisuke Kameda, belonged to the energy course in April 2017. I came to be interested in environmental and energy issues with the Fukushima Nuclear Power Plant accident caused by the Great East Japan Earthquake. For example, renewable energy is very important in terms of the global environment and energy security. However, in order to make renewable energy the main power source, there are major technological and social issues. It is difficult to solve environmental and energy fields from one specialized point of view because of their complexity. Therefore, I will cultivate broad background and deep expertise in the energy course that can acquire cross-cutting knowledge of energy fields different from my own specialty, and I would like to contribute to the efforts of Japan's environmental and energy problems in the future.

Graduates Potential Career Paths

Why I choose energy course
  • Corporate research labs
  • Technology development
  • Instructor or educator
  • Academic research and education
Potential Employers for Graduates

Hitachi / Toshiba / Fujitsu / NEC / Mitsubishi Electric / Panasonic / Sony / NTT Group (Docomo, Data, Research Institute) / Nomura Research Institute / Nihon Unisys / Yahoo / Rakuten / Toyota Motor / Honda Motor / Ricoh / Nikon / Shimadzu / Tokyo Electric Power / Chubu Electric Power / East Japan Railway (JR East) / JFE Steel / Mitsubishi Heavy Industries / JGC / Mitsubishi Chemical/ Tokyo Gas / Adeka / Dunlop

Photo by Si-take