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| Name | Position | University, Faculty | Course | Main Theme of Study | Detail / Inquiry |
|---|---|---|---|---|---|
| Akihiko Watanabe | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | We are conducting research on ultra-high-performance power devices that utilize the outstanding semiconductor properties of diamond. Diamond power devices can contribute to the efficient use of electrical energy and the realization of next-generation power networks. In addition, they enable the miniaturization and weight reduction of power equipment and can operate in extreme environments such as high demperatures and high-radiation conditions. As a result, they are expected to create new application fields, including space exploration and next-generation mobility systems. | |
| Hideki Ishibashi | Assistant Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | The aim of our research is to develop the learning theory and its algorithms for meta-modeling, which enables to discover meta-knowledge by modeling a set of knowledges or models. We also aim to construct universal framework for actively modeling of meta-knowledge by connecting the Friston's free energy principle. | |
| Yuki Usami | Assistant Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Research and development of nanoscale various basic pysical properties of organic/inorganic materials for extracting flexible bio-inspired function. Creation of unconventional nanodevices by circuitization and deviceization from nanomaterial function. | |
| Ravi Nath Tripathi | Assistant Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Conducting research on power devices and power electronics. In particular, I am focusing on devices using wide-bandgap materials to realise carbon neutrality, and I am working to demonstrate and solve problems related to new concepts for their widespread adoption, such as intelligent control for parallelising devices and high-frequency feedback control for power converters. | |
| Iwao Sasaki | Visiting Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Research on the upgrading of the materials for Mechatoronics equipments. | |
| Masaki Suwa | Visiting Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Research and development on vision sensing technologies such as object detection, 3D surface reconstruction and reflectance property analysis, for applications in factory automation or society's infractructure. |
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| Hiroshi Nakajima | Visiting Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Research and development on algorithms of intelligent systems by studying soft computing, statistical analysis, and social intelligence in human-machine collaboration systems with application studies. |
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| Hideki Honda | Visiting Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | As robots are good examples, mechatronic devices are now used in various fields as well as in the industry. Therefore, in addition to research on the high-speed and high-accuracy performance required by the industry, we also study mechatronics technology that is kind to people and supports them. | |
| Takayuki Mstsuo | Visiting Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Development of mobile robot systems inspired by mechanisms of animals for irregular terrain, underwater and so on. |
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| Masahiro Nakano | Specially Appointed Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Plant Life Cycle Engineering （Research on autonomously controlled robot welding, and Research on thermal elasto-plastic analysis of welds and optimization of welding order ) |
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| Takashi Morie | Distinguished Professor | Kyushu Institute of Technology | Research Center for Neuromorphic AI Hardware | Research and development of brain-like processing models, new functional devices and digital/analog integrated circuits (VLSI) and systems mainly targeted to service robots toward achieving brain-like artificial intelligence. | |
| Takuya Matsumoto | Specially Appointed Professor | Kyushu Institute of Technology | Research Center for Neuromorphic AI Hardware | Surface science and nanoscale physical chemistry of molecular materials and nanomaterials, as well as their applied technologies, with a particular focus on neural-type physical computations | |
| Muzhen Xu | Assistant Professor | Kyushu Institute of Technology | Research Center for Neuromorphic AI Hardware | To develop in-materio computing materials (metal oxide single crystals and semiconducting polymers) and establish microfluidics-based physical reservoir computing systems. Utilizing these platforms, I fabricate low-power, stable physical reservoir devices. The ultimate goal is to apply them to voice recognition and single-microparticle classification for intelligent robots and sensors. | |
| Akinobu Mizutani | Specially Appointed Assistant Professor | Kyushu Institute of Technology | Research Center for Neuromorphic AI Hardware | Experimental research on foundation models for home service robots and the development of energy-efficient intelligent systems using brain-inspired artificial intelligence running on embedded devices. | |
| Jacqueline Lease | Assistant Professor | Kyushu Institute of Technology | Collaborative Research Center for Green Materials on Environmental Technology | Sustainable polymer materials from renewable biomass resources, particularly cellulose, are developed through surface functionalization, mechanochemical processing, and green modification techniques. Research focuses on creating high-performance bio-based materials while promoting biomass valorization and environmentally responsible manufacturing for a circular and low-carbon society. |