天美影视

It is boundless dreams and passion that open up new possibilities. We provide an inspiring learning environment with a view to the world and the future.

The Faculty of College of Science and Engineering has achieved numerous research results that have had a major impact on society, including the discovery of new high-temperature superconductors, and based on these high-level research achievements that have attracted attention from around the world, we aim to further invigorate interdisciplinary research. With a unique organization of seven departments, we have realized a future-oriented curriculum and education and research system that covers not only basic sciences such as mathematics, physics, and chemistry, but also interdisciplinary fields.
The research fields of this faculty are directly linked to issues in a wide range of cutting-edge fields, such as nanotechnology, material creation, and genetic engineering, and hot research is continuing in the laboratories to explore new possibilities. In addition, because the research subjects are diverse interdisciplinary fields, students can acquire the research qualities necessary for cutting-edge technology development through flexible thinking that is not bound by existing academic fields.
We are currently tackling application-oriented research based on solid theory and fundamentals. While you can take a look at the various courses offered by each department and the Graduate Graduate School of Science and Engineering, these can also be viewed through the following 10 themes.
It is expected that these fields will give rise to research that will become the seeds of new academic disciplines and technologies of the future.

• 01. Material
• 02. Nanomolecular Systems
• 03. Environment and energy conservation
• 04. Life Sciences
• 05. Design and Safety
• 06. Management
• 07. Aerospace
• 08. Communications and Information Systems
• 09. Medical
• 10. Theory and Fundamentals

"Advanced Practical Program in Science and Engineering" for in-depth learning from an early stage*

Students can participate in laboratory classes that usually begin in the fourth year in their second or third year, providing an opportunity for advanced learning from an early stage.
*Excluding Department of Chemistry and Biological Science

Characteristics of the education system, introductory education

The Faculty of College of Science and Engineering is focusing on improving its educational system to effectively bring out the foundations of the faculty and the characteristics of each department. This is supported by an open atmosphere, educational system, and a homely education and research environment where all students, from faculty members and supporting staff, from first-year students to graduate students, can speak on the same level. Our faculty is always working to create a better curriculum, aiming to create a learning environment where everyone has bright eyes and fresh ideas, and where many students can be inspired.
Remedial education is provided immediately before enrollment in mathematics, which is the foundation of all specialized fields. In addition, in order to allow students to acquire a broad perspective on science and engineering through practical experience, all students can learn experiments and practical training in the basic fields of science, engineering, and information processing in their first year. Another feature of the school is that it places emphasis on education through "experience" in the basic fields.

Practical and unique English education

The Faculty of College of Science and Engineering has reformed its English education curriculum with the aim of International Communication for Scientists and Engineers. If students can read English papers, present their research in English, and hold discussions in English, their learning and research fields will be broadened and they will be able to reach a higher level. To achieve this, the compulsory subject "English Core" combines two of each of the skills of "listening," "speaking," "reading," and "writing," allowing students to step up from general English ability "English for General Purpose" in the first year to academic English "English for Academic Purpose" in the second year, and English for Specific Purpose in science and engineering in the second year. Classes are held in active learning CALL classrooms (Computer Assisted Language Learning) with approximately 30 students, and communication skills are thoroughly improved through student-centered class activities. Outside of class, students can study English anytime and anywhere with e-learning. In addition, students can now participate in short-term overseas language training from their first year. The English education curriculum of the Faculty of College of Science and Engineering provides English education for engineers and scientists who can be active globally.
In addition, with the goal of "learning, researching, and presenting results in English," we offer a practical curriculum and an "International Science and Engineering Program" that provides comprehensive support for studying abroad.

Information Education

Computers are an essential tool for learning and research activities. In our department, we have prepared a curriculum that allows students to learn not only computer skills but also programming skills necessary for research and experiments step by step, from the most basic to a practical level, in a way that allows them to acquire these skills without difficulty.

Affiliated institutions that support and expand learning

The university has established three affiliated research centers to strengthen and streamline research activities, as well as a liaison center to promote joint research and commissioned research with local communities and companies.