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Faculty of Systems Engineering
The Faculty of Systems Engineering uses combinations of two majors to produce graduates with competency in a variety of fields. The combination of a student’s primary major and a second major personally selected by the student is known as a course. Thus, the course is automatically determined by the combination of majors. One may think of the student’s affiliation as being the primary major, while the course refers to the combination of studies.
Major
The mechatronics major provides a curriculum in the fields of mechanics, electronics, and control engineering. Students study the professional technologies needed for the efficient design and safe operation of mechatronics devices - such as robots and automobiles. Offering high performance and intelligent features, mechatronics technologies create a user friendly environment. | |
Electronic Measurement | With the aim of training students capable of creating sensing and signal processing systems useful in present-day human lifestyles and industries, the Electronic Measurement major performs education and research relating to electrical and electronic engineering, applied optics, and measurement devices and systems. |
Applied Physics | The Applied Physics major offers a fundamental background to the fields of materials science, solid state physics, and electronic engineering. It is intended to provide the knowledge and skills necessary to explore the nanoscale world of materials, and to meet the needs for the development of novel materials and devices. |
Chemistry | The Chemistry major provides opportunities to learn the fundamental laws of chemistry and a basic understanding of materials, and allows students to develop the specialized ability to comprehend chemical phenomena, interactions at an atomic level, and the design of new functional materials. |
Intelligent Informatics | This major involves education and research regarding intelligent information systems. The subjects include artificial intelligence, robotics, computer vision, computer graphics and augmented reality. |
Network Informatics | This major involves education and research on building intelligent information networks. The subjects include mobile networks, Web-based systems, software engineering and big data analysis. |
Environmental Science | The Environmental Science major aspires to train students to protect the environment, to improve it, and to pass it on to future generations. Students in this major acquire the knowledge and skills needed to contribute to achieving a sustainable society, including preventing environmental destruction, protecting lives and livelihoods from natural disasters, mitigating and adapting to global warming, and creating beautiful landscape. |
Environmental Design | The Environmental Design major aims to train students to be capable of substantively improving man’s relationship with nature. This major encompasses all aspects of the environment, from the natural world to living spaces. Students learn techniques for harmonious coexistence with nature including regeneration of the natural environment, disaster prevention, greenification, and natural energy sources as well as planning technologies such as landscape preservation, urban planning, and architectural design. |
Media Design | The Media Design major aspires to train students knowledgeable in both media design and information. Students learn aspects of information technology such as sound and visual design, ergonomic interface design, and the methods of design production and planning that serve as their foundation. |
Socio-Informatics | In the Socio-Informatics major, students acquire the skills needed to plan and design information systems to ensure bountiful lives and societies. Students learn societal frameworks undergirded by information technology, software development, and the high-level communication skills needed to explore possibilities for new information systems. |
Course
Robotics | The Robotics Course curriculum combines subjects offered by the Mechatronics and Electronic Measurement Majors. The Course aims to educate students in developing their skills for creating mechatronics and electronic products such as robots and sensing systems. Studies in this course provide hybrid skills required in all fields of industry relying on cutting-edge hardware technologies. |
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Nanotechnology | The Nanotechnology course integrates the Applied Physics and Chemistry majors to offer training in both the basic principles of materials and cutting-edge technologies. The course produces engineers and researchers capable of contributing to the development of functional nanomaterials and high-performance devices. |
Computer Science | This course consists of two majors: Intelligent Informatics and Network Informatics. It provides a curriculum for developing basic skills in the field of computer science, including computer architecture, programming, computer networks, computer graphics, and artificial intelligence. |
Environmental Systems | The Environmental Systems course consists of the Environmental Design major and the Environmental Science major. The course provides students with the knowledge and skills from the interdisciplinary perspective toward sustainable societies. The graduated students are expected to play an active part world-widely. |
Design Systems | By fusing the Socio-Informatics and Media Design majors, the Design Systems course strives to equip engineers and designers with the skills needed to lead new industries, training engineering minds with sensitivity in a human-centered perspective. |
Environmental Chemistry | The purpose of the Environmental Chemistry course is to provide a comprehensive and systematic understanding of environmental problems. Students taking this course will be capable of making contributions in a wide range of fields related to the environmental friendly use of chemicals in society. |
Electrical and Electronic Engineering | The Electrical and Electronic Engineering Course curriculum is offered by the Applied Physics and Electronic Measurement Majors. The course covers materials science, device engineering, instrumentation engineering and information technology, and aims to develop individuals with a wide range of basic knowledge and application skills in these fields. |
Intelligent Systems | This course consists of two majors: Mechatronics and Intelligent Informatics. It provides a curriculum in the fields of information technology and mechanical engineering for realizing intelligent systems and robotics based on artificial intelligence technologies. |
Network and Socio-Informatics | The two majors, Network Informatics and Socio-Informatics, constitute this course to develop the capability of design, construction and operation of information network systems and their software and user interfaces for smoothing communications in the society. |
Graduate Schools
Graduate Schools Master’s Program and Doctoral Program | |
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Communication Science |
-Communication Science for Comfortable and Secure Next-generation Society- |
Advanced Informatics and Mechatronics |
-Creating an intelligent machine and information system- |
Intelligence Science |
-Information technologies based on intelligent informatics and computer networks- |
Design Science |
-Apply science for forming things that should be- |
System Intelligence |
-System augmentation through learning, recognition, retrieval, and transformation- |
Physical Science and Engineering |
-Creation of new technologies based on physics- |
Nanomaterials |
-Aiming at creation and application of functional nanomaterials for the future- |
Nanotechnology |
-Investigate materials in nano-scale, and create novel technologies- |
Intelligent Modeling |
-Modeling all phenomena including people and nature- |
Application Guidelines for International Students(Doctor Program)
More Information (Faculty of Systems Engineering)
Faculty of Systems Engineering Official Site(Sorry Japanese Only)
Introduction of Faculty of Systems Engineering by international student