Information and Systems Engineering Information and Systems Engineering
Building on a basic knowledge of information technology, robotic mechanism, and biological systems, engineers are trained to flexibly meet the social demands placed on information systems.
Educational Features
There are three research fields in Information and Systems Engineering Master’s Program that are designed to develop a deep knowledge and technological skills in information technology, robotic mechanisms, and biological systems. Technology and knowledge regarding pioneering technology that serve as the foundation of next-generation information systems are taught in the "Applied Information System Engineering " field. In the "Instrumentation and Control Systems Engineering " field, students will learn about the instrumentation technology, mechanical design technology, and control technology that is required for designing, developing, and controlling robots. The "Biological Information Processing Systems Engineering " field is designed to relay knowledge and technological expertise on an academic level regarding applicable next-generation medical services such as medical monitors, medical engineering, and biomedical engineering.
Curriculum
- Advanced Instrumentation and Control Systems Ⅰ
- Advanced Instrumentation and Control Systems Ⅱ
- Seminar in Instrumentation and Control Systems
- Advanced Mechanical Systems Engineering
- Advanced Artificial Intelligence
- Advanced Nonlinear Dynamical Systems
- Advanced Quantum Mechanics and Information
- Advanced Image Information Processing
- Seminar in Mathematical Information Systems Engineering
- Seminar in Biological Information Systems Engineering
- Advanced Engineering of Biological Information Systems
- Advanced Engineering of Biological Measurements
- Advanced Biomedical Systems Engineering
- Seminar in Information and Systems Engneering Ⅰ
- Seminar in Information and Systems Engneering Ⅱ
The Teaching Staff and Research Topics
INSTRUMENTATION AND CONTROL SYSTEMS ENGINEERING
Prof. Dr. Y. Kimuro | Informationally structured environments for robots |
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Prof. Dr. K. Toshimitsu | Development and application of computational and mechanical engineering in medical palpation,astronautic propulsion and turbomachine |
Prof. Dr. T. Morizono | Mechanical design and control of wearable and musculoskeletal robots |
Prof. Dr. K. Yoshida | Optomechatoronics including free space optics (FSO) Systems |
APPLIED INFORMATION SYSTEMS
Prof. Dr. A. Yamaguchi | Informatics of nonlinear dynamical system and its application to brain-like information processing |
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Assoc. Prof. Dr. M. Sakuta | Cross-platform game programming using AI technologies |
Assoc. Prof. Dr. I. Maruyama | Theory and application of quantum mechanics in computational condensed matter physics |
Lec. Prof. Dr. T. Yamamoto | Development of method for image processing and pattern recognition |
Asi. Prof. Dr. T. Kikuta | Congruences for modular forms with several variables in number theory,mathematics |
BIOLOGICAL INFORMATION PROCESSING SYSTEMS ENGINEERING
Prof. Dr. T. Tokuyasu | Development of medical welfare system based on biological information |
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Assoc. Prof. Dr. T. Shimoto | Development of supporting technology for medicine in next generation |
Asi. Prof. Dr. K. Tamura | Investigations of sensory system and cognitive processing by measurements of biological signals |
Asi. Prof. Dr. Jihyoung Lee | Development of the wearable health care system in the daily life |