AY2025 Faculty of Engineering Fall Open Campus ~Laboratory Open to the Public~ (November 9, 2025 (Sun))

Bioengineering is a field of research that seeks to understand the mechanisms of biological phenomena and apply them to create useful things for our daily lives. Tokyo University of Agriculture and Technology Faculty of Engineering Department of Biotechnology and Life Science is the first Department of Biotechnology and Life Science established in Japan, and has been the first in the country to create a curriculum to train biotechnology experts and send out outstanding talent both domestically and internationally. At Department of Biotechnology and Life Science, various research fields such as chemistry, life sciences, and engineering are constantly converging, and new research fields are constantly being created.

I think there are many high school students who like physics and mathematics and want to become engineers and researchers in the future. From now on, it will be important to research and develop innovative medical technologies that integrate physics, mathematics, and information engineering in addition to conventional biological and life fields. Each of Department of Biomedical Engineering 's laboratories is engaged in original research and development that leads to new measurement and diagnostic technologies related to medicine, without being bound by conventional academic fields.

Chemistry is the field of understanding the structure and function of substances and creating new substances. Department of Applied Chemistry teaches lectures, experiments, and research on the structure and function of chemicals on a wide scale, from atoms to polymers. By studying the basics and applications of chemistry and materials science, students will acquire research and development skills that will enable them to play an active role in various fields of chemistry and materials science, as well as in the boundary and convergence fields between chemistry and the environment, food, medicine, etc.

In order to acquire problem-solving skills to solve global issues such as energy and the environment and create new industries, it is necessary to have a comprehensive understanding of chemistry and physics. Department of Applied Physics and Chemical Engineering is a one-of-a-kind department that covers a wide range of chemistry and physics fields, focusing on the four axes of energy, environment, new materials, and quantum. In the first year, students focus on basic subjects such as mathematics, chemistry, and physics. From the second semester of the second year, students are divided into two courses, chemical engineering and physical engineering, allowing students to deepen their specialization.

This department covers a wide range of mechanical engineering fields, focusing on three axes: smart mobility, digital manufacturing, and robotics/nanomechanics. Students systematically study fundamentals of mechanics, mathematics, programming, materials, design, and processing, and further develop their expertise through two courses: "Aerospace/Mechanical Science" and "Robotics/Intelligent Machine Design." We aim to cultivate engineers and researchers who will contribute to the world, striving to realize a smart society where humans and machines coexist in harmony.

In Department of Electrical Engineering and Computer Science, students will be able to acquire the basics of information engineering and electrical and electronic engineering, such as computer mechanics and programming, and will also learn about the latest data processing technologies and AI technologies. We will conduct education and research necessary for the creation of intelligent information systems with a high affinity for humans and the construction of electronic information systems that will support the next generation of information society, and cultivate highly innovative IT human resources who will contribute to solving various problems faced by modern society.