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900 labs · 69 student voices
Koh Hosoda, Professor
0 student voices
The Adaptive Robotics Lab seeks to understand the principles by which intelligent movement arises, by building robots and conducting experiments. The human body is an interface connecting the brain and the outside world, but it does more than simply transmit information. Through the interaction of a soft body with the environment, it creates the very information needed for adaptive movement. Based on this idea, the lab builds robots from soft elements, such as pneumatic artificial muscles and flexible sensors made with ion gels.
Tomoko Hirayama, Professor
0 student voices
The Functional Machine Elements Engineering Lab studies machine elements such as bearings, gears, screws, and seals. Machine elements are standardized components used in virtually every machine around us. From the perspective of tribology, which deals with friction, wear, and lubrication, the lab uncovers the physical phenomena that occur in them. Based on this knowledge, the lab makes machine elements higher-performing and more functional, and also works on developing new mechanical systems.
Shinji Nishiwaki, Professor
0 student voices
The Advanced Design Science and Engineering Lab conducts research to create innovative, highly functional products that have never existed before. Its subject is mechanical design in a broad sense, that is, science and engineering covering everything from conceptual design to production. It focuses in particular on structural optimization, especially shape optimization and topology optimization. The lab also studies the optimization of structures and systems involving multiple coupled physical phenomena, as well as development and production systems.
Atsushi Kinomura, Professor
0 student voices
The Particle Beam Materials Engineering Lab studies the phenomena caused when materials are irradiated with radiation or particle beams. In terms of the interaction between atoms in a solid and particle beams, it is a problem of physics; in terms of developing nuclear reactor materials and aerospace materials, it is a problem of engineering. In particular, the lab aims to carry out fundamental research on defects created inside materials by irradiation, and to develop materials by applying that knowledge. Its home base is the Institute for Integrated Radiation and Nuclear Science in Kumatori, Osaka, where experiments are carried out using facilities such as the Kyoto University Research Reactor (KUR).
Takuo Okuchi, Professor
0 student voices
The Quantum Beam Materials Analysis Lab uses quantum beams to investigate the types of atoms that make up materials and how they are arranged. Seeing how atoms are arranged requires magnifying space by a factor of 100 million, and quantum beams can do this almost exactly regardless of the type of atom. The lab covers problems from the atomic scale in crystals and glasses to the macroscopic scale, such as residual strain in large components. By combining this with techniques for creating extreme environments such as high temperature, ultrahigh pressure, and ultrahigh strain, the lab creates new materials.
Haruhisa Okuda, Program-Specific Professor
0 student voices
The Evolving Mechanical Systems Technology Industry-Academia Joint Lab is a joint research chair established by the Kyoto University Graduate School of Engineering and Mitsubishi Electric. It brings together, in an organized way, Kyoto University's expertise and the wide range of electrical products, systems, and devices that Mitsubishi Electric develops. Drawing on interdisciplinary knowledge, the lab advances research and development of "evolving mechanical systems" that solve diverse social problems. The lab also works to develop people who will drive innovation.
Kazuhiro Izui, Professor
0 student voices
The Structural Materials and Strength Lab conducts research on topology optimization, which uses computation to derive the best possible shape for structures and machines. The lab studies design methods that take advantage of material properties across a range of fields, including mechanics, fluid dynamics, thermodynamics, and electrochemistry. It works on a wide range of subjects, including rubber, metals, carbon fiber reinforced plastics, and all-solid-state batteries. The lab belongs to the Department of Micro Engineering, Graduate School of Engineering, and students from the Department of Physical Science and Engineering are also assigned to it.
Toshiyuki Tsuchiya, Professor
0 student voices
The Nano and Micro Systems Engineering Lab researches the fabrication of very small sensors and actuators (MEMS) through microfabrication centered on silicon. The lab researches and develops devices such as acceleration sensors, angular velocity sensors, and tiny mirrors that steer light. It also works on developing techniques that use MEMS devices to measure physical phenomena at the nanoscale. The lab also studies reliability, so that tiny machines operate stably under vibration, shock, and changes in temperature.
Kaoru Nakajima, Associate Professor
0 student voices
The Nano Material Properties Engineering Lab studies the interaction between fast ions and material surfaces, and develops analysis and processing methods that use it. When matter reaches the size of nanometers, it shows properties different from both the atomic world and the visible world. Using ion beams, the lab investigates the structure of solids and liquids at the nanoscale and develops materials processing methods and surface analysis methods. It is a lab in the Department of Micro Engineering, Graduate School of Engineering.
Yasuhiro Inoue, Professor
0 student voices
The Mathematical Life Sciences Lab studies the mathematical laws hidden in the mechanisms by which the shapes of living things form in the same way every time. Its distinguishing feature is that it goes beyond observing organisms, translating their mechanisms into mathematical equations and computer simulation models. The rules found in living things are also applied to designing robot legs and developing new materials. The research spans from the movement of molecules to cells, tissues, and organ development, and even to cognitive functions such as "understanding."
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