A student who is interested in people, manufacturing, management, nature or the environment and who is concerned with the issues that face humanity
Superseding the boundaries of humanities or science and technology, creating a sustainable and recycling society built on self-motivated discoveries.
The traditional model of single-subject knowledge and techniques alone cannot deal with the challenges facing science and technology today. Conservation of the global environment or functionality support for disabled people requires a multilateral approach. At the Faculty of Symbiotic Systems Science, we carry out interdisciplinary research and teaching through our nine courses that each integrate the humanities with the sciences under an overarching theme of a symbiosis of people, industry, and environment.
This course fosters students so that they can contribute to data analysis and system development in the advanced information society. Students gain knowledge and practical skills through various lectures on computer science, mathematics and mathematical science along with exercises.
This course develops students' approach to systematically organize management problems and present solutions through the use of an engineering approach by considering individual issues as a system.
This course develops students to become engineers who are responsible for the innovation of "things" and "technologies" that may be applicable in various fields based on basic knowledge of physics, mechanical engineering, and electrical engineering.
Students undergo systematic learning about material science and related fields based on chemistry by attending various lectures and performing experiments to contribute to advanced "mono-zukuri" (making things).
Students will learn in depth about energy resources and technologies used to save, generate, and store energy.
This will enable them to contribute to the building of a sustainable society.
Students will learn regarding the basics of biology.
Moreover, they will gain practical skills through various experiments and outdoor activities and gain knowledge of the environment and its natural history and conservation.
Students will learn about geoscience and its applications.
They will learn about the basics before moving on to more complicated natural phenomena as well as technical approaches to various environmental problems.
Students will learn about the interactions between nature, society, and culture, which collectively constitute the environment, to draft and implement plans for building a sustainable society.
This course will help students learn about psychology and physiology from the basics to the level of an expert in professional research to understand the mind and behavior of humans and animals and the mechanisms underlying behavioral processes.