Functional Control Systems

Objectives in Education and Research

Japan in the 20th century placed an emphasis on efficiency and convenience, and strived towards manufacturing things, seeking to increase profitability. As a result, this approach put Japan in a situation where it faced contradictions such as the destruction of environment. Currently, Japan possesses technologies, which lead the world in such fields as automobiles, robotics, electronics and telecommunications, whilst resolving such contradictions. These technologies are becoming increasingly more complex. In order to contribute to the world as a leader of science and technology in the global society going forward, Japan will be required to exercise high-level design capabilities and technology management skills, which will enable Japan to grasp the overall picture of increasingly complex technologies and promote harmony within the overall system, in addition to the ability to deeply analyze and comprehend objects. 
For example, at the nuclear accident, which occurred immediately after the Great East Japan Earthquake, the importance of systemized technology regarding the use of technology in a society including its implementation and operation was reaffirmed. This suggests that it is time for us to reconsider practical education. At the same time, this also means that nurturing researchers and engineers who will acquire the global values and capabilities required to work internationally.

Based on such a background, the Functional Control Systems Course aims to provide education and to conduct research to nurture outstanding researchers and engineers who have global values and the ability to fully grasp the truth of science and make use of it in practical education. This course consists of a number of different education and research fields, such as communication function control, functional device control, system control, and biosystems and biomolecule control, and operates interdisciplinary education and research. Taking this approach ensures that the course is not specialized in education and research being exclusively relevant to the areas of its academic staff’s expertise. The course also aims to nurture researchers and engineers with basic skills for technology management and proficiency in English for engineers as well as shared values and ethics, while the course as a whole is aware of the relevance based on the diversity in the course and actively promotes collaboration with each other.

Fields

Field Teacher
Communication Function Control Engineering Eiji Watanabe
Tsuneo Horiguchi
Yoshihiro Niitsu
Akira Aiba
Masanobu Takahashi
Atsushi Saitoh
Takumi Miyoshi
Kenji Yoshida
Yutaka Nakai
Eiji Kamioka
Kazuhide Hirose
Yuchi Kanzawa
Naohiko Tanaka
Shuji Kubota
Shinichi Tanaka
Kenji Muto
Aya Kubota
Hiroaki Morino
Koichi Gyoda
Yoshiaki Yasumura
Kenichi Yamazaki
Masahiro Inoue
Haruhide Matsuda
Kazunori Mano
Hisashi Yokota
Ryota Horie
Yutaka Hirakawa
Gen Kimura
Retdian Nicodimus
Sumiko Miyata
Function Device Engineerin Kazushige Horio
Katsuhisa Nagayama
Tetsuya Homma
Hitoshi Muguruma
Yoshikazu Koike
Hideki Yokoi
Masaki Yamaguchi
Kentaro Kyuno
Tadahiko Masaki
Kazuyoshi Ueno
Koshiro Aoki
Hiroyasu Ishikawa
Kazutoshi Masunari
Masahiro Sasaki
Masayuki Shimojo
Shigeru Furuya
Atsushi Yumoto
Takahiro Ishizaki
Shingo Maeda
Noriko Hashida
Ryoji Yoshitake
Wonseok Yang
Shin Sakuragi
Shigeki Matsuo
Tadashi Maeda
Ai Serizawa
System Control Engineering Takashi Komeda
Tsuyoshi Nishimura
Michiko Ohkura
Yukio Kawakami
Kimiyoshi Usami
Harukazu Igarashi
Xinkai Chen
Shinichirou Yamamoto
Yoshitaka Adachi
Tooru Sugimoto
Hiroshi Takami
Saeko Matsuura
Hiroshi Hasegawa
Tadahiro Hasegawa
Akira Shimada
Nobuyo Kasuga
Masahiro Anzai
Masato Saeki
Kouichi Tozawa
Kazuhisa Ito
Kan Akatsu
Yutaka Uchimura
Masaomi Kimura
Takashi Yoshimi
Hiroaki Fukuda
Yoshinobu Andou
Naoki Hosoya
Nobuto Matsuhira
Masayoshi Muto
Yusuke Koyama
Masaki Kameko
Guisheng Zhai
Tatsuo Suzuki
Shingo Takeuchi
Atsuko Yamazaki
Tetsuya Ishiwata
Shunichi Yonemura
Midori Sugaya
Toshio Ito
Katsuhisa Ozaki
Sumito Nagasawa
Takekazu Sawa
Hiroshi Yamazawa
Satoko Abiko
Tsuyoshi Nakajima
Natsuko Noda
Toshiya Hirose
Kayoko Murakami
Rumi Yatagawa
Kojiro Iizuka
Akiko Fukuda
Life Function Control Engineerin Yasuo Yoshimi
Keita Hamasaki
Masahiro Shibata
Akihiko Hanafusa
Sota Yamamoto
Kenichi Iwata
Naomi Osakabe
Koji Fukui
Hiroyuki Fuse
Yoshitomo Suhara
Tadashi Shinkai
Nobuo Watanabe
Shinichiro Kanoh
Kenjiro Yoshimura
Nobuyuki Futai
Ryota Akagi

Diploma Policy

The degree of Doctor of Engineering or Doctor of Philosophy will be conferred by fulfilling the following criteria.

Standard period of completing the Doctor’s Program is set to be three years. However, in the case where the candidates’ research achievement is exceptionally good, they will be allowed to complete the program on condition that they have been registered with the program for over one year.

Candidates will complete the program by completing at least one subject from within the area of advanced subjects, receiving guidance in a special study, publishing academic papers and presenting a paper at an academic conference, and passing the assessment of a doctoral thesis, and they will then be conferred the degree. However, candidates who work as well as study may be exempt from taking the advanced subjects upon their main supervisor’s approval.

Candidates will be allowed to register themselves beyond the standard period of completion in cases of temporary absence from the university, returning to the university, dropping out, and re-admission. This will increase the possibility of their conferment.

Degree Assessment Criteria

1. Degree Assessment Criteria for Candidates in the Doctor’s Program
(1) Registered period
Candidates must have been registered with the Doctor’s Program at this Graduate School and have received prescribed research guidance. However, for the candidates whose research achievement is exceptionally good, the period registered with the program can be reduced to just over one year.

(2) Research Achievement
(i) In principle, Candidates must have submitted and published two articles as the first author in academic journals involving an assessment by the Academic Society Home Village during the period in which they are registered with the program. However, one of these two journal articles can be replaced with two proceedings (as a first author) for an international conference involving an assessment. 
(ii) Candidates whose article has been accepted by an academic journal to be published or at an international conference to be presented must attach documents to prove these acceptances.

2. Degree Assessment Criteria for the Candidate of Doctoral Degree by Thesis Only
(i) Candidates must have more than five years of research and development experience following their graduation from university, and must have submitted and published at least five articles as the first author in academic journals involving an assessment by the Academic Society Home Village. However, when those who left the university upon completion of the program period applies for the conferment of the doctoral degree without re-entering the program, the assessment criteria for candidates in the Doctor’s Program will be applied to assess their research achievement only if the assessment is completed within two years following the date, which they left the university. 
(ii) Candidates whose article has been accepted by an academic journal to be published must attach documents to prove the acceptance.

Curriculum Policy

Functional Control Systems Course aims to provide education and to conduct research to nurture outstanding researchers and engineers who have global values as well as the ability to fully grasp the truth of science and make use of it in practical education. In particular, taking advantage of the characteristics of this course, which covers a number of different research fields, such as communication function control, functional device control, system control, and biosystems and biomolecule control, the entire course offers a curriculum with relevance between different fields in mind based on the diversity within the course, without its education and research being limited to the areas of the expertise of its academic staff. In light of the recent globalization of education and research, the course also aims to nurture researchers and engineers who are capable of working actively in the international stages by promoting the enhancement of their proficiency in English for engineers and presentation skills in English for their educational and research outcomes.

Admission Policy

Globalization of science and technology in recent years has made it extremely important to aim for the “Construction of a Creative Nation based on New Science and Technology.” To realize this, nurturing researchers and engineers who have acquired the global values and capabilities necessary to work internationally is required.
The Functional Control Systems Course aims to provide education and to conduct research in order to nurture outstanding researchers and engineers who have global values and the ability to fully grasp the truth of science. The course also aims to nurture researchers and engineers with basic skills for technology management and proficiency in English for engineers as well as shared values and ethics, whilst researchers from different research fields maintain relationships with each other to form the entire course.

This course accepts prospective students with the following characteristics in the areas related to communication function control, functional device control, system control, and biosystems and biomolecule control:

Prospective students will:
- Acquire specialized knowledge and logical thinking incorporating other research fields, based on the educational goal of this course, and will aim for the continuous improvement of their applied skills. 
- Be willing to discover various issues in the fields described above, and to challenge these various issues in order to resolve them.
- Have the intention to acquire a high ethical standard, proficiency in English for engineers and presentation skills, as well as being willing to understand diversity on values and cultures, and to contribute to society from an international perspective. 
- Make efforts to conduct high-level research and technology development in cooperation with other engineers and researchers both from within Japan and abroad.
- Overseas students
- Be engineers and researchers who possess rich experiences from private companies and other relevant places and who aspire towards self-improvement.