Graduate School of Science and Technology

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Department

Electrical and Information Engineering

Advanced Materials Science and Technology

We foster individuals with extensive, specialized knowledge and ability to apply the knowledge in one of the fields of mathematical science, information science, information and communications, electrical and electronic engineering, mechanical engineering, or medical engineering. We cultivate students to have a breadth of view, a high standard of humanity and ethics, and ability to communicate effectively and to play an active role in the world as professionals engaging in intellectual and creative works with a high standard of expertise. We nurture them to contribute to creating a safer and healthier world and to the development of the industrial world.

Information Engineering

Master’s Program

Master’s Program: Through education and research on information and communications technology, we aim to nurture individuals who can contribute to the society and industrial world and who can play a leading role in the advanced information society. In the field of intelligence and informatics, we focus on the analysis and generation of media information, human-computer interaction, artificial intelligence, spatial information systems, and mathematical approaches. In the field of information and communications, we focus on mobile communications, network engineering, and wave engineering.

Doctoral Program

Doctoral Program: We provide education and conduct research on advanced intelligence and informatics, which are essential for the development of our advanced information society, and on information and communications. In the field of intelligence and informatics, we focus particularly on the analysis and generation of media information, human-computer interaction, artificial intelligence, spatial information systems, and mathematical approaches. In the field of information and communications, we focus particularly on the advanced technology of mobile communication and wave engineering.

Electrical and Electronic Engineering

Master’s Program

Master’s Program: With a goal to deepen the students’ expertise in the field of electrical and electronic engineering, we conduct advanced research on power and energy systems, including power and energy appliances, plasma science and engineering, and superconductive power systems; electronics, including thin film engineering, organic electronics, nanophotonics, quantum electronics, optical measurement, and optical image processing; and information communication systems, including communication systems, signal processing, and visual information engineering. Through these experiences, we nurture engineers and scientists who can play a versatile role in the field of electrical and electronic engineering.

Doctoral Program

Doctoral Program: We conduct advanced research on power and energy systems, including power energy appliances, plasma science and engineering, and superconductive power systems; electronics, including thin film engineering, organic electronics, nanophotonics, quantum electronics, optical measurement, and optical image processing; and information communication systems, including communication systems, signal processing, and visual information engineering. Through these experiences, we nurture engineers and scientists who can play an active role globally in the field of electrical and electronic engineering.

Human Sciences and Assistive Technology

Master’s Program

Master’s Program: To respond to the declining birthrate and growing aging population, we aim to develop individuals in the related fields of healthcare and assistive technology and life support science and engineering, which enhance the living conditions of all people and help senior citizens and physically disabled persons live more independently. We promote education and research on biometry and biological control, biomedical signal processing, biophysiological engineering, human interfaces, and biomechanics, mechatronics, assistive technology, analysis and optimum control of living and social environment, sports science, wellness, ergonomics, universal design, and rehabilitation engineering.

Doctoral Program

Doctoral Program: Our education and research focus on three fields which evolve the contents of the master's program: biomedical engineering, which encompasses visualization of biological information and biomechanics; assistive device engineering, which covers systems for assisting and expanding human functions through the use of mechatronics devices and other technology for measurement and control as well as sophisticated information systems; and life support science as a means to assist senior citizens and physically disabled persons to be more independent in their daily lives and help maintain and improve their health.