About Technical Creation Course
Students will gain wide-ranging specialist knowledge, from electrical/electronic engineering including semi-conductors and electricity, to system information studies such as sensing and image processing. They will also develop the skills required to execute technology development that matches the needs of regional societies.
Academic Mentors
Name and Affiliation | Research Topics |
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ISHII Idaku |
High-speed and Real-time Vision |
TSUJI Toshio |
Biological systems engineering, Human motion analysis, Bioelectric signal processing, Medical electronics |
NISHIZAKI Ichirou |
Social informatics, System engineering, Game theory, Decision making Game theory, multiattribute utility analysis, simulation analysis, artificial agent modeling, network analysis, nonlinear data analysis, and application for electricity market |
YORINO Naoto |
Control system engineering, Electric power and energy system Voltage stability Research mainly concerned with large-scale, complex and nonlinear electric power systems |
TAKAHASHI Katsuhiko |
Industrial Engineering Research on design, planning and control techniques of large-scale, complicated manufacturing systems and supply chains |
YAMAMOTO Toru |
Control Engineering Research and education on system control technology and digital signal processing |
TAKAKI Takeshi |
Robotics Engineering |
ZOGA Yoshifumi |
Electric Power System Engineering |
KURITA Yuichi |
Human Engineering |
MATSUMURA Yukihiko |
Energy Engineering |
MIURA Michiko |
Measurement of mesoscopic carrier transport in ultimately small devices and development of simulation models for their electric response aiming at circuit-performance predictions, and development of organic devices enabling ultimate electrical control. |
HIGASHI Seiichirou |
Research on novel thin-film semiconductor processing techniques such as crystalline growth, low-temperature deposition of insulator films, and junction formation and their application to large-area electronics (solar cells, flat panel displays, etc) and ULSI devices. |
MATTAUSCH Hans Jurgen |
Flexible and intelligent information-processing systems based on memories with fast, low-power data-access and pattern-matching functionality as well as multi-port capability. Architecture and circuit technologies for LSIs, which realize learning and recognition capability. |
YOKOYAMA Shin |
Research on nanoprocess technologies to make higher density of large-scale-integrated-circuits (LSIs), on-chip optical interconnection instead of global metal interconnection to enhance the operation speed, and research on biosensors using the optoelectronic technologies. |
KADOYA Yutaka |
Investigation of ultrafast phenomena in quantum matter, development of semiconductor devices for generation, control, and detection of THz electrical signals, and photon-based quantum state control of light and matter. |
KATO Junichi |
Environmental Biotechnology: Development of new biotechnology for bio-remediation, bioprevention, and biomonitoring. Chemical Biotechnology: Development of bioprocess for production of fine and commodity chemicals using solvent tolerant bacteria |
YAMAMOTO Tamiji |
Environmental Dynamic Analysis |
Special Appointment Members
Name and Affiliation | Research Topics |
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