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431 labs · 110 student voices
Makoto Yoshida, Professor
1 student voices
The Yoshida Lab studies metal materials used in automobiles, aircraft, and power systems. By combining computer simulation with experiments, the lab predicts the defects and distortion that arise during casting and heat treatment. Its results are also applied to parts such as rocket engine components in national space development projects.
Shigeru Wesugi, Professor
1 student voices
Wesugi Lab studies the design of the “between” connecting people, tools, and the world. It focuses on the new bodily movements, sensations, and expanded experiences that arise from using tools. Its research targets familiar tools, such as devices that help improve athletic skills.
Yu Matsuda, Professor
1 student voices
The Matsuda Lab studies measurement techniques that use light-emitting molecules to make pressure, temperature, and flow visible. It develops methods such as pressure-sensitive paint, temperature-sensitive paint, and single-molecule tracking, making it possible to measure phenomena down to the nano and micro scale. The research has a wide range of applications, from pressure measurement in hard disk drives and household appliances to paper-based biochemical analysis.
Masayuki Goto, Professor
1 student voices
Goto Lab studies the application of mathematical information science, AI (artificial intelligence), and data science to problems in industrial and management engineering. The lab works on fundamental technologies such as information theory, machine learning, statistical models, and natural language processing. It also pursues applied research, such as marketing analysis, business analytics, and analysis of purchase history data. In particular, the lab studies management and information in the Internet age broadly, from fundamentals to applications.
Akinori Komatsubara, Professor
1 student voices
The Komatsubara Lab studies how to make sociotechnical systems that involve people safer and more comfortable. It targets settings where people play important roles, such as manufacturing, transportation and logistics, information and communications, healthcare, and services. Specializing in human life engineering, safety ergonomics, and system safety, the lab draws on the human sciences, including psychology, ergonomics, and behavioral science. Its work includes preventing human error, improving product usability, and proposing ways of living suited to an aging society and an information society.
Shingo Takahashi, Professor
1 student voices
The Takahashi Lab uses systems thinking to study ways of solving complex problems in business and society. It examines how essential factors relate to one another and how they influence the system as a whole. The lab covers a wide range of topics, including learning organizations, consumer behavior, and the mechanisms of innovation. By modeling and simulating social systems, it aims to support people who face these problems.
Yasuhiko Takemoto, Professor
1 student voices
The Takemoto Lab studies how to apply statistical science theory to the management of quality and production in manufacturing. Using data, it aims to innovate management techniques for quality management and production management.
Yoshitaka Tanimizu
1 student voices
Tanimizu Lab studies the design and operation of production systems that make use of ICT. The lab develops mathematical models and algorithms for carrying out manufacturing efficiently while adapting to change. Its areas of specialty include production management, production systems theory, and evolutionary computation.
Hirohisa Hirai
1 student voices
The Hirai Lab studies business analysis using companies' accounting information. Using a wide range of methods such as text mining, the lab investigates how corporate valuation and management accounting should be done. The lab works in a field called accounting informatics, which combines accounting and data analysis.
Shinichi Fukushige, Professor
1 student voices
The Fukushige Lab (Life Cycle Engineering Lab) studies the whole flow from when a product is made until it is reused as a resource. Using information technologies such as blockchain, virtual space, and simulation, the lab designs systems for new circular businesses. The lab also tackles a range of social issues, such as passing on infrastructure inspection skills and operating nursing-care robots.
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