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13 labs · 3 student voices
Other departments in Faculty of Science and Technology ›Faculties at Tokyo University of Science ›

Shinji Ogihara, Professor
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The Ogihara Lab (Composite Materials Engineering Lab) studies fiber-reinforced composites, which are used in fields such as aerospace where light weight and high stiffness and strength are required. The lab studies methods for evaluating mechanical properties and the modeling of those properties, aiming to provide guidelines for developing new materials with higher performance. Its research themes include evaluating the mechanical properties of composite materials for aerospace structures, micromechanics of composite materials, and forming and processing. The lab also conducts joint research with research institutions and companies inside and outside the university.

Hikaru Aono, Associate Professor
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The Aono Lab studies the system design of small flying vehicles and the mechanisms of flight in living creatures. The lab deals with the aerodynamics, actuation mechanisms, structures, and control of small flying vehicles, and also works on the design and performance evaluation of vehicles for extreme environments such as high altitude and the Martian atmosphere. Associate Professor Hikaru Aono's research career began with insect flight and flapping wings and extends to the conceptual design of planetary flight explorers for Mars and other planets. Associate Professor Aono joined Tokyo University of Science from Shinshu University in April 2026.

Akiyuki Takahashi, Professor
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The Takahashi Lab uses computer simulation to study problems of material strength caused by dislocations and other defects inside materials. Based on the concept of multiscale modeling, the lab builds mathematical models of dislocation dynamics. These simulations can reveal how the microscopic properties of dislocations and their interactions with other defects affect the mechanical properties of a material as a whole. By solving materials problems across wide spatial and temporal scales, the lab aims at high-accuracy materials design based on controlling the motion of microscopic defects.
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