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Materials and Energy Course

Life and Materials Chemistry

Staff	Shuichi Iwata, Professor Katsuhiko Ono, Associate Professor Atsushi Miyagawa, Associate Professor Yasushi Yamamoto, Associate Professor
Keywords	Synthetic Organic Chemistry Supramolecular Chemistry Interfacial Science and Chemistry Bio-Related Chemistry Medical Chemistry
Hint to set learning objectives	The goal of our education and research is to study mainly the field of life science and materials chemistry and master the skill that designs and builds a molecule and aggregation freely. This goal also links to the research that participates in organic devices and medical functional materials.

Soft Materials

Staff	Katsuhiro Inomata, Professor Akinori Takasu, Professor Shin-ichi Matsuoka, Associate Professor
Keywords	Polymeric Materials Functional Plastics Protein, DNA Environmentally Compatible Polymers Environmentally Benign Polymer Synthesis
Hint to set learning objectives	Study on not only soft materials but also materials function and design engineering will lead to the development of highly functional organic materials, such as human friendly livingware, using tailor-made polymers.

Advanced Ceramics

Staff	Ken-ichi Kakimoto, Professor Toshihiro Kasuga, Professor Hirotaka Maeda, Professor Teruaki Fuchigami, Assistant Professor
Keywords	Biomaterial Hybrid material Functional nanomaterial Electronics Biomimetics
Hint to set learning objectives	This course is aimed at achieving an understanding of the Inorganic Materials Chemistry in addition to life science and electrical and electronic engineering. Finally, students will prepare novel environmentally friendly materials with high performances for bio-, energy-, environmental remediation-applications.

Materials Function and Design

Staff	Shochiku Kure, Professor Yasushi Hamanaka, Professor Takehiko Hihara, Professor Hisashi Sato, Professor Yoshimi Watanabe, Professor Hidetoshi Miyazaki, Associate Professor
Keywords	Nanoparticles, Thin films Composite and functionally graded materials Iron and steels, Light metals Photodevices Energy harvesting materials
Hint to set learning objectives	You can develop a novel energy source, such as power generating system using energy harvesting materials, if you learn the field of Materials Function and Design as well as Electrical and Electronic Engineering.

Applied Physics

Staff	Yo Ichikawa, Professor Makoto Iwata, Professor Shuji Ogata, Professor Ryo Kobayashi, Assistant Professor Reina Miyagawa, Assistant Professor
Keywords	Simulations using supercomputers Thin films and nanomaterials Processing technologies at the atomic level Smart materials Femtosecond lasers
Hint to set learning objectives	On the basis of classes mainly in the applied physics course and additionally in the materials function course, we systematically teach physics of materials, methods of simulations, and processing technologies, and foster engineers who can develop new smart materials, sensors, and devices.

Electrical and Electronic Engineering

Staff	Makoto Iwasaki, Professor Takashi Kosaka, Professor Akimasa Hirata, Professor Mutsumi Aoki, Associate Professor Daisuke Anzai, Associate Professor Eiji Okamoto, Associate Professor Kenta Seki, Associate Professor
Keywords	Energy system Mechatronics System control Wireless communication technologies Bioelectromagnetic environment
Hint to set learning objectives	By learning the electrical and electronic engineering, together with information network, material, and design engineering, students will have an ability to develop an advanced Connected-Car contributing to a sustainable society.

Mechanical Engineering

Staff	Yasushi Ido, Professor Fumihiro Itoigawa, Professor Yoshihiro Tanaka, Professor Yuhiro Iwamoto, Associate Professor Tatsuo Ushijima, Associate Professor Syukei Sugita, Associate Professor
Keywords	Flow Science, Energy Use and Control, Vibration Control, Micro-Nano Mechanics, Human Interface
Hint to set learning objectives	Around the main discipline of mechanical engineering, you can research and develop human- and eco-friendly mechanical systems, adding other fields like electrical and electronics engineering, Computational Intelligence, media infomatics.

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Computer and Social Engineering Course

Networks

Staff	Tadashi Wadayama, Professor Takahiro Uchiya, Associate Professor Norishige Fukushima, Associate Professor
Keywords	Web Application Mobile Computing Image Processing Algorithm Distributed System
Hint to set learning objectives	Studying the network program with design engineering, media and intelligence information technology, and electrical and electronic　engineering, researches and services on integrating various fields are expected.

Computational Intelligence

Staff	Nobuhiro Inuzuka, Professor Tadachika Ozono, Professor Shohei Kato, Professor Shun Shiramatsu, Professor Arao Funase, Associate Professor
Keywords	Artificial Intelligence Social Computing Multi-Agent System Intelligent Robotics Brain Science
Hint to set learning objectives	For example, learning Life and Materials Chemistry, Soft Materials, and Applied Physics in addition to the main study theme, Computational Intelligence, enables students to develop systems for computer-aided drug design simulation or bioinformatics-related systems.

Multimedia and Human Computer Interaction

Staff	Keiichi Tokuda, Professor Ryo Taguchi, Associate Professor Yoshihiko Nankaku, Associate Professor Daisuke Yamamoto, Associate Professor Tatsuya Yokota, Associate Professor
Keywords	Speech recognition and speech synthesis Image recognition and image understanding Multimedia system Augmented reality
Hint to set learning objectives	Next-generation human-computer interaction systems can be developed by learning computational intelligence, networks and electrical and electronic engineering in addition to the field of multimedia and human computer interaction.

Architecture and Design

Staff	Takeyoshi Ishimatsu, Professor Hideki Idota, Professor Toshiyuki Kaneda, Professor Keisuke Kitagawa, Professor Atsushi Sato, Professor
Keywords	Architectural Design Architectural Theory and History Architectural Structure and Material Architectural Planning and Urban Planning Environmental Design and Figurative Art
Hint to set learning objectives	Students acquire advanced knowledge and skills related to architecture and design, pursuit kinds of safeties and comforts from various viewpoints of architectural design, architectural theory, architectural structure and material, architectural planning, urban planning, environmental design and so on, and develop researches about space to be better places for human life.

Civil and Environmental Engineering

Staff	Eizo Hideshima,Professor Michiko Masuda,Professor Kazutoshi Nagata,Associate Professor
Keyword	social infrastructure lifeline sustainable society conservation management urban safety design
Hint to set learning objectives	This field requests to study civil and environmental engineering, with technologies including ICT and management skills, to improve and arrange the built and natural environments to support our lives and industries. The students are expected to be proficient civil engineers or capable researchers.

System Management and Engineering

Staff	Naoe Imura, Professor Junichi Yokoyama, Professor Kenji Watanabe, Professor
Keywords	Risk Management Critical Infrastructure Protection Engineer Resource Management Technology & Product Development System Thinking
Hint to set learning objectives	This course provides opportunity to learn network & intelligent information and mechanical engineering addition to our major field, management systems, at the same time. Based on this unique opportunity, newly developed management methodologies or ability for system thinking, the fundamentals for management at any corporations and public agencies, are expected to be implemented as practical technology developments.

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