This division encompasses the entire spectrum of engineering, and emphasizes the cultivation of innovative doctoral graduates who are able to respond flexibly to changes in research fields engendered by advances in science and technology as well as to the needs and wants of companies involved in a broad spectrum of related fields.
In this course, we cultivate highly progressive researchers and advanced, specialized engineers who have solid problem-solving skills for dealing with complex issues in a broad range of sustainable environmental engineering fields, with the aim of building a sustainable society in harmony with the surrounding environment that incorporates changes in the natural and social environments.
In this course, we cultivate highly progressive researchers and advanced, specialized engineers ready to conduct research and development in aerospace planes and next-generation robots incorporating sophisticated system technologies, and who have solid problem-solving skills with respect to complex issues in the fields of advanced mechanical engineering, advanced material engineering and physical engineering, which support this research and technology.
In this course, we cultivate highly progressive researchers and advanced, specialized engineers who have solid problem-solving skills with respect to complex issues in the fields of information engineering and electrical/electronic engineering relating to intelligence and informatics systems, electrical and communication systems, and electron devices and instrumentation, and who can create social and engineering functions with high value.