Undergraduate Faculty and Department
Faculty of Engineering
Department of Electrical, Electronic and Computer Engineering
From electrical, electronic, and computer engineering to space and global environment.
Learning that leads to various fields.
Electrical, electronic and computer engineering are indispensable technologies that support our lives. These technologies are applied to all fields, from robots and automobiles to energy systems, satellites, and even agriculture, and engineers in this field are required by business enterprises in various industries. In our department, students will learn the basic knowledge of these technologies from both hardware and software. In addition, the practical curriculum, including extensive chances of experiments and FUT's original projects, will steadily develop the skills required for engineers in society.
Introduction of Course
Electronic Information Course
Students can gain knowledge about both the software and hardware of information technology. This course fosters talent who can respond to needs of the information, communications, and space fields. Students can gain practical skills through various projects.
Electrical System Course
Students can gain knowledge about electrical systems, from the basics to applications, which support the social infrastructure. This course fosters talent who can respond to needs of the electric power and electrical device fields.
Department of Mechanical Engineering
The real joy of ”monozukuri” to create new things for the world.
Mechanical engineering is indispensable for our lives in civilized society. It is not too much to say that technology of mechanical engineering, which supports manufacturing of various products as well as the creation of new machinery products, plays fundamental roles in "monozukuri”. Our department will train students to acquire a broad range of basic knowledge, from development to manufacturing and to take the initiative in tackling the most advanced issues on their own. We cultivate engineers with response capability demanded by the times through extensive experiments and practices, where students can experience the real joy of “monozukuri”.
Introduction of Course
Mechanical Systems Course
Students will learn areas especially at the core of mechanical engineering and master the basics of all fields of industry necessary to design things in the real world, including energy conservation, global environment, health, and IT.
Vehicle Systems Course
Automobile industry continues to innovate daily in the fields such as improvement of safety and concern for the environment. Students will acquire the specialized knowledge and skills to play active roles in these fields and we will train students who can lead the future of automobile manufacturing.
Department of Architecture and Civil Engineering
Building, road, bridge, etc. The field is related to lifelines directly serving for people's lives.
The attraction of this field is that what we engage in will support people's lives and remain for decades to come. The field is worthwhile and fulfilling where we engage in structures which form the foundation of people's lives; architecture such as houses and buildings, roads, bridges, etc. In our department, we train experts who have both architectural and civil engineering perspectives and can play an active role in various fields. We foster excellent human resources capable of responding to a diversified society by capturing things from various viewpoints, such as disaster prevention, cooperation with local communities, and a sense of beauty.
Introduction of Course
Architecture Course
Students acquire specialized knowledge to create comfortable, safe, and beautiful architecture after learning the fundamental knowledge. We train students to become engineers who can play active roles in various fields related to architecture.
Civil Engineering Course
Japan has experienced numerous natural disasters due to natural and geographical conditions. Students will learn mechanisms of occurrence of natural disasters and acquire basic knowledge and technologies to develop disaster resilient and functional social infrastructures.
Department of Applied Nuclear Technology
Responsible for the future of safe and secure energy technology in Japan.
Only three universities in Japan have nuclear power departments in their names. Among them, our department, as a pioneering department specializing in nuclear power and radiation, develops technologies in the fields of nuclear power and radiation, and we train students who are capable of maintaining and developing safe energy technologies. We keep a small class and provide practical education. We also thoroughly support students to acquire qualifications. We aim to train “face-to-face engineers” by cultivating not only skills and knowledge, but also communication skills and moral philosophy.
Introduction of Course
Nuclear Engineering Course
We offer a broad range of learning mainly on nuclear energy. Students will acquire basic knowledge of mathematics, physics, chemistry, radiation, etc., as well as specialized knowledge in nuclear technology. Students will learn the most advanced nuclear technology.
Applied Radiation Course
Students will acquire expertise in applied radiation technologies including basic subjects such as radiation chemistry, biology and physics, and aim to become engineers who can play an active role in a broad range of radiation application fields such as industry, agriculture and medical services.
Faculty of Environmentology
Department of Applied Chemistry and Food Science
Through education and research focusing on chemistry, our department trains students who will contribute to improving the environment and eradicating hunger, in preparation for the next generation of SDGs.
Many challenges exist on the earth, such as environmental issues, disparities between developed and developing countries, poverty and hunger, etc., and the sustainable development of the earth requires solutions to these issues. In 2015, the United Nations formally adopted the SDGs (Sustainable Development Goals), challenges that must be addressed by the whole world to create a brighter future. The SDGs are composed of 17 goals, including environmental, energy, and food issues, many of which “chemistry” can contribute to.
Introduction of Course
Environmental Chemistry Course
Students will learn various chemical fields such as organic chemistry and analytical chemistry from the basics, and acquire applied skills related to research and development, including the development of renewable energy and functional materials. Through participation in cutting-edge research, we will train students who can contribute to the SDGs.
Biochemistry and Food Science Course
Students will learn various life science fields such as biochemistry and biotechnology from the basics, and acquire applied skills related to research and development of component and metabolic utilization of microorganisms, animals and plants, etc. Through participation in cutting-edge research, we will train students who can contribute to the SDGs.
Department of Design
Incorporate design into daily life. Enrich your life with the power of design.
The importance of design is increasing in our daily lives today. The traditional manufacturing methods of mass production and mass consumption are being reevaluated and the creation of new value through design is being demanded. Our department offers a wide variety of practical courses starting from the first year, ensuring the practical education that allows students to use their own hands thoroughly. Furthermore, students can select from six different study models according to the future career path, aiming to nurture designers who can create the new lifestyle culture and enrich people's lives.
Introduction of Course
Urban and Architectural Design Course
Students will learn how to plan and design our living environment comprehensively, from large scale things such as cities, transportation and architecture, to familiar items such as interiors, furniture and tableware.
Media Design Course
Training designers and creators of graphics, web, movie, etc. We live in an era when information from a variety of media is everywhere. We train students to be active on the front lines of media production.
Faculty of Management and Information Sciences
Department of Management and Information Sciences
Acquiring knowledge and skills necessary for the business world. Learning through integration of liberal arts and sciences.
In our department, students will acquire the specialized knowledge and skills which are required to solve problems in the business world and in the real world across the boundaries between sciences and liberal arts. Students can learn information technology essential for application production, image recognition and machine learning, and business management knowledge indispensable for corporate management such as marketing and finance, and furthermore statistics necessary for data analysis and economics necessary for policy making, etc., in accordance with the students' own interests and concerns. Our department trains students who will solve various problems in businesses and communities by learning through integration of liberal arts and sciences.
Introduction of Course
Data Science Course
This course offers unique learning fields such as artificial intelligence for image recognition and understanding human language, IoT systems for solving social problems and revitalizing local industries, programming education to utilize ICT, development of application software to improve the convenience of daily life, as well as ethical education surrounding artificial intelligence, data use and information technology. We train students who will lead the times in data science.
Management Systems Course
Business decision and policy formulation based on data are strongly required in the business world and administrative site. This course offers subjects such as marketing, finance, logistics, economics and policy science, as well as a number of other subjects related to data analysis including statistics, operations research and multivariate analysis. We train students who will support local communities with accurate analysis and abundant creativity.
Faculty of Sports and Health Sciences
Department of Sports and Health Sciences
Our department corresponds to teacher training of health and physical education. We train students who will play an active role in the sports and health industry and community sports instruction.
In our department, in addition to the basic subjects of physiology, kinesiology, nutrition science, biomechanics and instructional theory, students will learn measurement, data processing, analysis & evaluation, etc., using engineering methods in the training based style and acquire basic skills. Furthermore, students will learn sports event management, operation of facilities, sports business, management theory, etc., while incorporating practical training mainly by students and activities outside of school, and we aim to become human resources who can respond to a wide range of sports industry markets. In addition, students will learn about children's growth and development, physical fitness for elderly people, coaching, and subject education, aiming to become leaders according to each life stage, such as coaches who aim to improve athletic performance, exercise instructors who carefully consider the situations from childhood to old age, and health and physical education teachers active in junior high schools and high schools.
Introduction of Course
Sports Industry Course
Positioning sports as an industry, this course teaches students the knowledge and techniques needed to play an active role in the sports business including the health and sports industry. Students will foster their scientific ideas, engineering ideas and managerial ideas and acquire sports business minds.
Sports Leader Course
In addition to the theory of sports and health science, this course cultivates students' ability of practical instruction. We cultivate sports instructors who can give fitness instruction in ways that best match the needs of the subjects, from raising the competitiveness of athletes, to maintaining and improving the health of elderly people.