Material Science and Production Engineering Material Science and Production Engineering
Education of professional researchers and engineers who can deal with internationalization and globalization of information society.
Educational Features
This department offers four Doctor's programs. Solid State Electronics gives special courses on the fundamentals of electronic devices / materials and optical devices / materials. Applied Advanced Materials Engineering gives special courses on applications of magnetic materials and bio-materials to electrical and chemical engineering. Energy System Engineering gives special courses on generation, conversion, storage and transportation of electric and heat energy. System Design and Production Engineering gives special studies on the fundamentals and application of machine design and ultra-precise machining technology.
Curriculum
- Advanced Study on Solid State Electronics
- Advanced Seminar in Solid State Electronics Ⅰ
- Advanced Seminar in Solid State Electronics Ⅱ
- Advanced Seminar in Solid State Electronics Ⅲ
- Advanced Seminar in Solid State Electronics Ⅳ
- Advanced Seminar in Solid State Electronics Ⅴ
- Advanced Study on Advanced Materials Engineering
- Advanced Seminar in Applied Materials Engineering Ⅰ
- Advanced Seminar in Applied Materials Engineering Ⅱ
- Advanced Seminar in Applied Materials Engineering Ⅲ
- Advanced Seminar in Applied Materials Engineering Ⅳ
- Advanced Seminar in Applied Materials Engineering Ⅴ
- Advanced Seminar in Applied Materials Engineering Ⅵ
- Advanced Seminar in Applied Materials Engineering Ⅶ
- Advanced Study on Energy System Engineering
- Advanced Seminar in Energy System Engineering Ⅰ
- Advanced Seminar in Energy System Engineering Ⅱ
- Advanced Seminar in Energy System Engineering Ⅲ
- Advanced Seminar in Energy System Engineering Ⅳ
- Advanced Seminar in Energy System Engineering Ⅴ
- Advanced Seminar in Energy System Engineering Ⅵ
- Advanced Seminar in Energy System Engineering Ⅶ
- Advanced Study on System Design and Production Engineering
- Advanced Seminar in System Design and Production Engineering Ⅰ
- Advanced Seminar in System Design and Production Engineering Ⅱ
- Advanced Seminar in System Design and Production Engineering Ⅲ
- Advanced Seminar in System Design and Production Engineering Ⅳ
- Advanced Seminar in System Design and Production Engineering Ⅴ
- Advanced Seminar in System Design and Production Engineering Ⅵ
- Advanced Seminar in System Design and Production Engineering Ⅶ
The Teaching Staff and Research Topics
SOLID STATE ELECTRONICS
Prof. Dr. R. Katayama | Functional optical devices for high-performance optical systems |
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Prof. Dr. J. Kitagawa | Materials research on magnetic conpounds and superconductors |
Prof. Dr. F. Maeda | Physical properties and functions of low-dimensional nanomaterials |
ADVANCED MATERIALS ENGINEERING
Prof. Dr. T. Kamachi | In silico exploration for catalysis and biochemical reactions |
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Prof. Ph. D. M. Kitayama | Synthesis and physical properties of inorganic functional materials |
Prof. Dr. X.- Z. Wu | Development of novel and simple analytical methods for environmental and biological samples |
Prof. Dr. H. Mita | Organic geochemical study of co-evolution of the Earth and life and its application for environmental engineering |
Prof. Dr. K. Watanabe | Development of a new analysis method for microorganism groups in foods and environments, and development of a method to use them effectively |
Assoc. Prof. Dr. N. Miyamoto | Synthesis and properties of functional hybrid materials with well-defined nanostructures |
ENERGY SYSTEM ENGINEERING
Prof. Dr. M. Inoue | Applied superconductivity for energy & environmental engineering |
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Prof. Dr. R. Egashira | Study on wave propagation in a bubbly flow |
Prof. Dr. K. Eguchi | Development of switching power converters and their application |
Prof. Dr. K. Ohyama | Studies on design and control of alternating-current machine |
Prof. Dr. K. Takahara | Desigh and development of a linear generator / Desigh and control of a portable system of hydrogen generation |
Prof. Dr. B. R. Ni | Critical current charactoristic and flux pinning in superconductors |
Prof. Dr. R. Murayama | Study on nondestructive evaluation method of materials and structures by ultrasonic wave |
Assoc. Prof. Dr. D. Tashima | Development of innovative energy storage device for high energy utilization |
SYSTEM DESIGN AND PRODUCTION ENGINEERING
Prof. Dr. S. Zhu | Development of Evaluation Method for Interfacial Damage in Thermal Barrier Coating |
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Prof. Dr. C. V. Suciu | Interdisciplinary Investigations on the Tribological Design, Dynamic Design, Optimal Design, Compact and Ecological Design of the Macro-, Micro-, and Nano-Machines |
Prof. Dr. T. Senba | Development of Mechanical Microfabrication System |
Prof. Dr. K. Hirota | Development of precision metal forming processes |
Assoc. Prof. Dr. T. Kato | Research on fluid power systems and their applications |