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65 labs · 6 student voices
Other departments in Faculty of Engineering ›Faculties at Kyoto University ›
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."
Motofumi Suzuki, Professor
0 student voices
The Micro Fabrication Systems Lab studies how to control tiny shapes on the nanometer scale by using the process in which atoms and molecules accumulate on a surface. Controlling nanoscale shapes yields unique and useful properties that uniform materials do not have. The lab's research is wide-ranging, from searching for new functions to practical application. Also known as the Suzuki-Namura Lab, it also studies the motion of tiny bubbles (microbubbles) generated by light.
Daisuke Kono, Associate Professor
0 student voices
The Precision Measurement and Machining Lab researches ways to advance the machining technology that supports the manufacturing industry. Centered on NC machine tools, it researches and develops methods for automating and making intelligent the various systems built around them. Its important themes include autonomy and intelligence in machining, such as turning the skills and experience of skilled engineers into systems and making die and mold machining intelligent. It also tackles the research and development of high-precision positioning and of machine tools with new mechanisms from various perspectives.
Taiji Adachi, Professor
0 student voices
The Biomechanics Lab brings together researchers from fields such as engineering, medicine, and life sciences to study the mechanisms of life through the role of mechanical forces. The lab aims to elucidate how living systems regulate themselves, including cell differentiation and morphogenesis during development, growth, and tissue remodeling and regeneration. Focusing on adaptation to the mechanical environment and the hierarchy of structure and function, the lab combines experiments with mathematical models and computer simulations. The lab belongs to the Institute for Life and Medical Sciences and is a cooperating laboratory of the Department of Micro Engineering in the Graduate School of Engineering.
Hirofumi Shintaku, Professor
0 student voices
The Nano Bioengineering Lab develops new bioengineering that makes use of physical phenomena at the micro and nano scales, with the aim of understanding biological phenomena that remain unexplained. The lab seeks to understand, across scales from a single cell to a whole organism, how groups of cells give rise to complex biological phenomena. The lab works as an interdisciplinary team of researchers with diverse backgrounds, including engineering, science, and medicine. Established in April 2023 at the Institute for Life and Medical Sciences, the lab is a cooperating laboratory of the Department of Micro Engineering in the Graduate School of Engineering.
Shunichi Azuma, Professor
0 student voices
The Mechanical Systems Control Lab studies systems control theory, a field devoted to designing the behavior of dynamic systems. The lab develops control theory and extends it to cutting-edge scientific fields and industry. In particular, from the perspective of connecting the physical and the informational, the lab takes on the challenge of creating dynamic systems that open up new futures. The lab belongs to the Graduate School of Informatics, Department of Systems Science, and students from the Department of Engineering Physics are also assigned to it.
Manabu Kano, Professor
0 student voices
The Human Systems Lab studies a new design theory for systems that place humans at the center. The lab conducts fundamental research on information analysis, modeling, and control for industrial processes and biological systems. It applies the results in industries such as semiconductors, pharmaceuticals, steel, chemicals, and automobiles, as well as in medicine and healthcare. The lab belongs to the Systems Science Course of the Graduate School of Informatics, and students from the Department of Engineering Physics are also assigned to it.
Toshiyuki Ohtsuka, Professor
0 student voices
The Integrated Dynamical Systems Lab studies the modeling, analysis, design, and control of a wide variety of dynamical systems, from both theoretical and practical perspectives. The lab pursues theories that solve universal and fundamental problems, while also tackling real problems of social importance. Its targets span every area of society, from mechanical systems such as automobiles, robots, and satellites to sewage treatment facilities and electricity use. The lab belongs to the Systems Science Course of the Graduate School of Informatics, and students from the Department of Engineering Physics in the Faculty of Engineering (Mechanical Systems Engineering Course) are also assigned to it.
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