Building on the six departments and one program in the undergraduate Faculty of Engineering, the graduate school offers five courses: Mechanical Engineering; Electrical, Electronics, and Information Engineering; Applied Chemistry; Industrial Engineering and Management; and Architecture and Building Engineering. There is a large degree of collaboration across these different courses, showcased in activities such as the Kanagawa University Techno Festa. Informed by the latest developments in research, the graduate school's researchers also participate actively in academic conferences in Japan and all over the world. The school achieves many outstanding research results by actively pursuing exchange activities with other universities, research institutions, and corporations.
With the aim of effectively responding to the rapid pace of technological development and specialization, research and education are carried out in the following five fields: Materials Engineering, Process Engineering, Thermofluid Engineering, Mechanical Systems, and Control Systems. The course aims to train engineers equipped to engage in the research and development of highly competitive technology in various fields of industry.
Meticulous education is provided in order to nurture researchers and/or engineers with creative research abilities and highly developed international sensibilities. With the aim of fostering creative R&D capabilities, education and research are carried out in the following four fields: Electrical Power, Energy and Control Systems Engineering; Electronic Materials, Devices and Quantum Device Engineering; Advanced Ultrasonic and Electromagnetic Engineering; and Communication and Information Engineering. Emphasis is also placed on individual research and participation in domestic and international academic conferences.
With the aim of developing professionals capable of engaging in creative R&D in the various domains of applied chemistry, this course conducts R&D in the following six fields: Molecular Property Engineering, Energy Conversion Chemistry, Functional Polymeric Materials, Biomolecular Engineering, Inorganic Materials and Analytical Chemistry, and Resource Materials Chemistry.
This course aims to train specialists capable of solving problems and making proposals from a management perspective and systems approach. Research and education focuses on the following four interdisciplinary research fields that are based on industrial engineering and management: Manufacturing Systems Engineering, Mathematical Data Systems Engineering, Information Systems Engineering, and Management and Administrative Systems Engineering.
The course aims to train specialists who can respond to needs for urban planning that emphasizes area history and are people-friendly, landscape designs that create a balanced and pleasing visual environment, and urban revitalization that highlights architecture. Research and education are carried out in the following six fields: Architecture and Environmental Planning, Architecture and Equipment for the Urban Environment, Architectural Engineering for Urban Disaster Prevention, Architectural and Structural Design Engineering, Architecture and Urban Culture, and Architecture and Urban Design.