【Research Area 】　Area of Electrical and Electronic Systems (Number of Faculty: 18)

Name	English Name	Position	Research Field	Department in the Master's Course
阿部 茂	Abe, Shigeru	Professor	Energy and Control Systems	Electrical and Electronic Systems Engineering
Specialty: My main interest is in systems engineering (control, optimization, learning) and I investigate the control of permanent-magnet electrical motors and spatial data management structures aiming for applications in elevators, building security, automobiles, etc.
羽石 操	Haneishi, Misao	Professor	Communication and Circuitry Systems	Electrical and Electronic Systems Engineering
Specialty: Electromagnetic wave engineering, especially design and analysis of planar antennas working in the microwave and millimeter wave range. Various aspects of planar antennas, which are among the key devices needed for the construction of communication networks.
長谷川 孝明	Hasegawa, Takaaki	Professor	Communication and Circuitry Systems	Electrical and Electronic Systems Engineering
Specialty: ITS (Intelligent Transport Systems) based on IT (Information Technology). Research on systems innovation informatics for real life application to information technology enhanced transportation systems for commodities and people.
土方 泰斗	Hijikata, Yasuto	Associate professor	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: Research on the development and application of ultra low-loss, high-power devices using wide gap semiconductors. In particular, research on the evaluation of the electro-physical properties of semiconductor surfaces and the oxide layer/semiconductor boundary and on microstructure control.
平山 秀樹	Hirayama, Hideki	Visiting Associate Professor (RIKEN)	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: Research on the development of novel optical materials, in particular, deep ultraviolet light emitting semiconductors and three dimensional photonic crystals, etc, and their application in light emitting elements.
伊藤 和人	Ito, Kazuhito	Associate Professor	Communications and Circuitry Systems	Electrical and Electronic Systems Engineering
Specialty: My work is on various design problems in large scale integrated (LSI) circuits. Research includes scheduling in parallel processing and development of high-level synthesis methods, automation of design processes for the circuitry of parallel digital signal processing and specialized image processing hardware, and system LSI design methodology.
金子 裕良	Kaneko, Yasuyoshi	Lecturer	Energy and Control Systems	Electrical and Electronic Systems Engineering
Specialty: Modern control theory. Application of neural networks and fuzzy control to industrial robots, design and process management efficiency improvement and optimization through multidimensional management organization and GA, electric and electronic devices, research on knowledge information processing in mechatronics.
木村 雄一	Kimura, Yuichi	Associate Professor	Communication and Circuitry Systems	Electrical and Electronic Systems Engineering
Specialty: Electromagnetic wave engineering, especially research and development of planar antennas for microwave and millimeter wave applications. Design based on electromagnetic analysis and enhancement of the performance for slotted waveguide arrays, microstrip antennas and the arrays are focused upon.
小林 信一	Kobayashi, Shinichi	Professor	Energy and Control Systems	Electrical and Electronic Systems Engineering
Specialty: High voltage insulation is indispensable for the reliable and efficient transmission and use of electric energy. I am developing materials for electrodes using recently improved ultra high vacuum uniform surface treatment and analysis technology, which exploits the high insulating capacity of the vacuum to the fullest.
馬 哲旺	Ma, Zhewang	Associate Professor	Communication and Circuitry Systems	Electrical and Electronic Systems Engineering
Specialty: Research and Development of small high performance circuit elements for communications technology. In particular, design and development of microwave and millimeter wave filters, research on the evaluation methodology for electronic properties of basic device materials, measurement of microwave characteristics of high temperature superconductors and the implementation of new filter circuits.
前山 光明	Maeyama, Mitsuaki	Associate Professor	Energy and Control Systems	Electrical and Electronic Systems Engineering
Specialty: Development of electric pulse power generators for laser and electron beam production, and research on measurement and control of magnetically confined nuclear fusion plasma, novel plasma sources and their application.
緑川 克美	Midorikawa, Katsumi	Visiting Professor (RIKEN)	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: Laser engineering. In particular, research on the development of ultrashort pulse high intensity lasers and their application.
明連 広昭	Myoren, Hiroaki	Associate Professor	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: Research on superconductor electronics that uses superconducting devices which are ultrafast, and combine low energy consumption with ultra-high sensitivity. I am conducting research on the manufacture of Josephson junctions and terahertz range electromagnetic wave and photon detectors that use them, as well as digital logic circuits that work at sub-terahertz clock speed.
高田 進	Takada, Sususmu	Professor	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: The goal of my research is the investigation and development of ultra fast digital systems. I proceed by designing and building prototypes of digital circuits that exploit the peculiar electronic phenomena unique to superconductors, and testing them for their high-speed properties. I am also conducting research related to the application of the Josephson junction, which is a superconductor electron tunneling effect, to building sensors.
高橋 幸郎	Takahashi, Kohro	Professor	Communication and Circuitry Systems	Electrical and Electronic Systems Engineering
Specialty: Research and development of various kinds of micro-sensors and three dimensional microstructures, based on micro-engineering technology, also their application to biological measurement and control electronics devices.
高久 銀夫	Takaku, Kaneo	Lecturer	Energy and Control Systems	Electrical and Electronic Systems Engineering
Specialty: Computer aided analyses, measurement techniques and improvement of Performance characteristics of AC motor drive systems.
内田 秀和	Uchida, Hidekazu	Associate Professor	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: Research on sensing devices and systems for biological measurements and ecological applications. My research concerns the fabrication of fluorescent microarrays and measurement techniques, biological image sensors, chemical sensing systems for indoor use, etc.
矢口 裕之	Yaguchi, Hiroyuki	Associate Professor	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: I am doing research on semiconducting materials that show promise of being applicable in the field of optoelectronics, from the viewpoints of semiconductor crystal growing techniques, evaluation of properties, and the manufacturing process of semiconductor elements.
谷治 環	Yaji, Tamaki	Professor	Electronic Materials and Devices	Electrical and Electronical Systems Engineering
Specialty: Research on photometric device technology and the photoelectric and functional optical materials used, and development of optical devices. In particular I am interested in research on the design and manufacture of ultraviolet photo sensors using wide band gap semiconductors, development of nonlinear optical materials and their application to optical devices, and the development of an image spectroscopic measurement system using Fourier spectroscopy.
吉田 貞史	Yoshida, Sadafumi	Professor	Electronic Materials and Devices	Electrical and Electronic Systems Engineering
Specialty: Research on photonic and electronic devices for optoelectronics and their application. I am in particular working on the development of devices that operate in the shortwave and longwave band and in the high-power, high-frequency area. The research concerns the growing, evaluation and device process of light-element wide-gap semiconductors, which these devices are based on.