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15 labs · 0 student voices
Other departments in Faculty of Science and Technology ›Faculties at Tokyo University of Science ›
Kiyoshi Dowaki, Professor
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The Dowaki Lab studies the development of renewable energy and, in related fields such as agriculture, how to use it optimally, along with equipment development and evaluation of its deployment. Guided by the Sustainable Development Goals (SDGs) advocated by the United Nations, the lab uses life cycle assessment (LCA), an environmental assessment method, as its evaluation criterion. Through experimental verification, prototype building, and assessment of social acceptance, the lab carries out technology assessment, which proposes optimal scenarios up to deployment, in international industry-academia collaboration. The lab was newly established in April 2026 in the Department of Electrical, Electronic and Information Engineering.
Hisakazu Nakamura, Associate Professor
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The Nakamura Lab studies control engineering for electromechanical systems such as robots and motors. Its work centers on developing nonlinear control theory and confirming its effectiveness through experiments on real hardware. The lab also develops theory for handling well the nonlinear devices that are increasingly used to save energy and improve performance. The information on the lab's website dates from around 2017.
Akira Hyogo, Professor
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Hyogo Lab studies analog integrated circuits and electronic circuits. Professor Hyogo has long been engaged in research on analog integrated circuits and also lists analog signal processing as a research keyword. Lecturer Miyauchi lists sensor interfaces, biosignal measurement systems, and energy harvesting as research keywords.
Joji Maeda, Professor
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Maeda Lab studies communication using optical fiber, as well as lasers. Optical fiber plays a vital role in connecting us with the information society, as the backbone of telephone, television, the internet, and more. The lab takes on a wide range of themes, including research to further improve the performance of optical fiber communication and applications of optical fiber to mobile communications such as mobile phones and smartphones.
Takehiro Imura, Professor
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Imura Lab studies wireless power transfer, which sends power without cables or other physical connections. Using magnetic field coupling (electromagnetic induction) and electric field coupling based on resonance phenomena, the lab works on dynamic wireless charging for electric vehicles, wireless power supply to robots, and power supply to medical devices. The lab also studies suppression of leakage magnetic fields, optimization of power transmission coil design, and the integration of dynamic wireless charging with smart grids.
Takahiko Yamamoto, Associate Professor
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The Yamamoto Lab focuses on medical applications of electromagnetic waves and studies the component technologies that support cutting-edge medical devices. For implantable medical devices such as artificial hearts, the lab develops wireless energy transfer and communication that take the electromagnetic environment into account, as well as tissue-simulating phantoms and various types of antennas. Transcutaneous transmission of energy and information to implantable devices is one example of its research themes.
Nobukazu Hoshi, Professor
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The Hoshi Lab builds on power electronics to study power conversion circuits, electric motor control, and hydrogen energy. On the lab's website, the research introduction is divided under the headings Power Conversion Circuits, Hydrogen Energy, Motor Drives, and Electric Vehicles.
Shinichi Kimura, Professor
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The Kimura Lab studies systems technology and autonomous control technology, mainly for space systems and robots. Placing importance on real-world applications, the lab advances its research on both the hardware and software sides. Its work includes modular robots that keep operating even after failures, and the development of ultra-compact cameras for use in space.
Mutsumi Sugiyama, Professor
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The Sugiyama Lab studies the materials used in semiconductor optical devices, working to elucidate their physical properties and to develop devices with new functions. Semiconductor optical devices fall into two basic types: solar cells, which absorb light and convert it into electrical energy, and LEDs, which convert electrical energy into light. The research centers on inexpensive, safe solar cells made with chalcogenide materials such as CIGS-based ones, and on oxide wide-bandgap semiconductors such as NiO and ITO. The lab also actively pursues research that combines semiconductors with other fields, such as building systems for a "new agriculture" for the age of IoT and ICT.
Kenichi Higuchi, Professor
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The Higuchi Lab studies new elemental technologies and system protocols to contribute to the advancement of wireless communication systems. It aims to realize the ultra-high-speed, high-capacity communication, ultra-reliable low-latency communication, and simultaneous connection of massive numbers of terminals required of wireless communications in 5G and beyond. Lab members divide up the study of a wide range of interrelated elemental technologies.
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