You will gain a deeper understanding of mathematical concepts and the natural phenomena around you, and learn about the mathematical structures and characteristics behind the leading-edge science you engage with. You will gain deep learning in mathematics and infomation science. This will enable you to find solutions to the various issues facing society with a comprehensive and logical approach.

We educate students to solve problems in diversified fields of science by approaching them flexibly, comprehensively, and logically from more specialized scientific perspectives in the natural sciences (physical science, chemistry, biology, and earth science).

The aim of the course is to educate an infrastructure engineer with skills in the total design of construction and space, based on the knowledge of construction engineering and natural environmental conservation to make a sustainable society.

Based on a firm knowledge of mathematics and physics, students study the basics and practical techniques of mechanical engineering. Students are expected to contribute to manufacturing and innovation in various engineering fields, including both interdisciplinary and emerging fields.

We seek to produce highly knowledgeable professionals who can contribute to creating key materials for the society, and those who can deal with various problems in the society from a chemistry perspective.

This course fosters human resources who can contribute to the development of electronic devices supporting the next-generation IoT society, the generation and effective use of electric energy, the development of communication measurement and control systems, and the electronics circuit technology.

In our course, we train students to have advanced knowledge and skills to create new ICT systems related to AI, data science, IoT, etc., in addition to basic technologies for design, development, and maintenance of information and intelligent systems.

We train human resources with general-purpose abilities in various fields through the design, development, maintenance, and management of many systems using light, as well as the development of optical functional materials and the construction of different systems that integrate optical technology.