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Automobile industry is very expected in emergent republic in the future.
For ECUs, which control automobile electrically, we are always working to meet the system demands that become more complexity such as new power controls for hybrid cars.
ECU industry is active. Automotive electronics market is foreseen develop rapidly on worldwide.

Our advantage is technology development capabilities for manufacturing. We used it and launched the overseas business operations collaboration with group companies focusing development control of automobile.
Our targeted market is China.
There is a world 'Decide on their own values of technology provided by their own' that is forgotten in Japan recently.
Let's join new business and full enjoy with as engineer!!


Developing ECUs for automobile especially for engine controls with our partners.
We are proceeding ECU development project focusing on overseas especially China with our group companies.

*In particular
Research and development of engine ECU is very extensive formulate specifications and engineer it and examine features of engine and control. We handle upper leave development process how to implement the function and how to deal with the architecture and flow, and establish them with customer on zero-base, because the are the new frontier for us based on past experience.

Electronic control unit is
A microcomputer electrically controls such as ignition and fuel injection timing when operate an engine such as an automobile.
It contributes improvement of engine performance, fuel efficiency, driving feelings and to clean exhaust gases.
In late years, the role of ECU is further growing.The height of performance of ECU is sometimes emphasized on the time when new car is announces, and further development will be expected in the future.

 Technical advisor
  [Profile]
    1967 Joined TOYOTA MOTOR Industry CORPORATION.
    1968 Changed its name to TOYOTA MOTOR CORPORATION.
    1982 Took office as the third vehicle experiment director (maneuverability and stability).
    1992 Took office as director of EV development department.
    1996 Promoted to director.
    1996 Took office as vice president of Panasonic EV energy Ltd.
    2000 Took office as president the company.
    2006 Retired from the president and took office as adviser of this company.
    2008 Retired from an adviser.
    2009 Took office as technical advisor of Neutral Co., Ltd.

  [Awards]
    1997 Awarded The Japan Society of Mechanical Engineers(developed Electric vehicle RAV4EV).
    1997 Awarded SOCIETY OF AUTOMOTIVE ENGINEERS OF JAPAN(developed Prius).
    2006 Awarded Gothenburg City International Environmental Award(developed Prius).

 Technical advisor
 President of the NK Consulting Group
 Guest professor in the Graduate School of Engineering at Mie University

  [Profile]
   1972 Joined DENSO CORPORATION.
         Engaged in a number of researches, developments, designs, and evaluations
         related to air conditioner, including the world's first motorcoach full-auto air conditioner.
   1992 Started environmental equipment project and joined start-up business.
   1994 Took office Technical Director, Environmental Equipment Division.
   1997 Took office Division Manager, Environmental Equipment Division.
   2000 Engaged in technical training of DENSO group.
       Independence of DENSO E & TS TRAINING CENTER CORPORATION.
         Engaged in human resource development as senior managing director
         of technical training headquarters.
   2005 Established the NK Consulting Group.
          Engaged in development consulting and technical training.

  [Qualifications and Awards]
    ・Professional Engineer
    ・Guest professor at Mie University
    ・Society of Mechanical Engineers award
    ・Excellence Energy Saving award

  [Articles and books]
    "Product development guidebook"

    "Development of motorcoach full-auto air conditioner"
    "Successive training evaluation of engineers"
    "Recommendation of attractive doctoral program"
    "Manufacturing and human resource development"
    "Successive training of engineers" etc.


 Technological Headquarters Director
  [Profile]
    Engine research and development, Engine control technology, and System development

   1982 - 1988 Nissan Motor Co. Ltd.
    Engine exhaust gas research and development
    (Engine structure design, Vibration, Noise, Fuel analysis relation)
    Electronically controlled design part
     - Electronically controlled carburetor development,
      The first knock controlled system development in Japan , Analytical device development
     - Circuit design, Sensor design development
      (The first engine controlled micro computer development in Japan)
     - Electronic circuit design, Engine ECU development (development of race engine ECU)

   1988 - 1989 Nissan Motor Co. Ltd. and Transferee Corporation of IBM Japan
     - Car design support system development

   1989 - 2000
     - BMW engine part design
     - Ferrari V8, V12 engine part design, Ferrari engine ECU design
     - Design and manufacture of simulation equipment of engine ECU
     - Design and development of Le Mans endurance race specification for McLaren F1 installing
     - Design of V12 exclusive use engine control system

   2000 - at present
     - Development of V8 engine for Japan GT race
     - Design and development of engine control system for race
     - Engine ECU design advisor

 The external joint research organization
 Professor, Ph.D. in Engineering
 Department of Information Engineering,
 Graduate School of Information Science, Nagoya University.

  [Profile]

 Graduated from Department of Electrical Engineering II in Faculty of Engineering, Kyoto University in 1970. At the University, he went on to the Graduate School, and worked at Department of Information Science from 1974. He was the professor of Department of Engineering, Nagoya University from 1989 through the assistant and the assistant professor. He is now the professor of Department of Information Engineering, Graduate School of Information Science, Nagoya University, and in the charge of Software Science and Technology Group. In Nagoya University, he successively held a councilor, the Dean of the Graduate School, and the Director of the Information Technology Center. Now he is the Vice CIO of Nagoya University ICTS.
 His research interest is software engineering including requirements analysis, specification techniques, reuse techniques, and software development environments. He insists that the tool for expressing ideas by tools - meta tool - is required. So he was developing a fine-grained software repository, Sapid. Using these experience, he has made a study of developing techniques of reliable web applications in the eSociety Project(the MINISTRY OF EDUCATION, CULTURE, SPORTS, SCIENCE AND TECHNOLOGY-JAPAN leading project). He is now applying the techniques of model check to web applications, and verifying scheduling algorithms of real time systems. He insists that variability of a software is important, and study of the development techniques of "flexible software" is now going on.
  In activities of Societies, he has been a director in Information Processing Society of Japan, Chair of the Board of Directors in JapanSociety for Software Science and Technology, and a Fellow in The Institute of Electronics, Information and Communication Engineers. In addition, he is an inspector of many state measures of science advancement, and related to the state measure of human advancement in a field of IT.

   *Nagoya University
    Nagoya imperial university was established in 1939. It was renamed Nagoya University. It has currently four Nobel
    Prize winners.

   *Department of Information Engineering, Graduate School of Information Science, Nagoya University consists of
    following three courses.
    - Integrated Circuits and Systems Group:
      embedded system developed technology, real time OS, automotive control system, real time scheduling theory,
      software/hardware co-design
    - Software Science and Technology Group:
      software engineering, programming environment, Webware, requirement engineering
    - Information Network Systems Group:
      information security, network security, high functional network, next generation network

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