Electrical Engineering Electrical Engineering

Educating active engineers in the field of electrical engineering being indispensable today and the future

Educational Features

The department intends to assist students in acquiring advanced and specialized knowledge in the electrical engineering field through the educational activities consisting of the following four divisions: (1)Electrical fundamentals (development of new functional materials¸ plasma applications¸ semiconductor devices¸ etc.) (2)Power and Energy Systems (power systems¸ energy conversion⁄storage devices¸ etc.) (3)Information and Control Systems (robotics¸ neural networks¸ fuzzy systems¸ optimization¸ etc.) (4)Electronics and Industry Applications (electric machinery¸ power electronics¸ transport¸ etc.). Students belong to one of the above divisions and start learning and research activities under the individual guidance of their supervisors just after the entrance.

Curriculum

  • Advanced Fundamentals of Electrical Engineering
  • Advanced Plasma Engineering
  • Advanced Technologies and Physics in Semiconductor Devices
  • Seminar on Fundamentals of Electrical Engineering
  • Advanced Electrical Energy System Engineering I
  • Advanced Electrical Energy System Engineering II
  • Advanced Power and Energy
  • Seminar on Power and Energy Systems
  • Advanced Control Systems
  • Advanced Information and Control Systems
  • Seminar on Information and Control Systems
  • Advanced Design and Control of Rotating Machines
  • Advanced Power Electronics
  • Advanced Electric Power Applications
  • Seminar on Electronics and Industry Applications

The Teaching Staff and Research Topics

ELECTRICAL FUNDAMENTALS

Prof. Dr. J. Kitagawa Materials research on magnetic conpounds and superconductors
Assoc. Prof. Dr. K. Suzuki Electron and spin transport studies in semiconductor heterostructures and topological insulators
Asi. Prof. Dr. S. Kitazaki Developments of plasma devices for medical and agricultural field
Asi. Prof. Dr. M. Nakanishi Studies on molecular dinamics by using broadband dielectric spectroscopy

POWER AND ENERGY SYSTEMS

Prof. Dr. T. Kajiwara Studies on ball lightnings
Prof. Dr. M. Inoue Applied superconductivity for energy & environmental engineering
Assoc. Prof. Dr. D. Tashima Manufacturing nano carbon materials and its application for electric double layer capacitor

INFORMATION AND CONTROL SYSTEMS

Prof. Dr. K. Takahara Developments and control of a small fuel-cell vehicle equipped with a hydrogen genevator
Assoc. Prof. Dr. T. Tsujino Developments and its applications of control system design

ELECTRONICS AND INDUSTRY APPLICATIONS

Prof. Dr. K. Ohyama Electric machines and power converters applied to wind power generation system and electric vehicle
Prof. Dr. K. Matsuo Research on new measuring methods of plasma using laser and digital processing¸ application study of light by the condensing and diffusion technology
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  3. Electrical Engineering