Search Results
Refine your search
Please type key word in the search-text-field, then click the "search" button.
Search Results
| Name | Position | University, Faculty | Course | Main Theme of Study | Detail / Inquiry |
|---|---|---|---|---|---|
| Yuichiro Tanaka | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | 1. Development of brain-inspired artificial intelligence models 2. Development of fast and low-power hardware for artificial intelligence models 3. Application for home service robots | |
| Tsunegi Sumito | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | With the limitations of semiconductor miniaturization, nanodevices utilizing novel physical properties have attract much attention. We study spiking neural networks (SNNs) that mimic the behavior of synapses and neurons using nanodevices, including spintronics devices, aiming for applications such as robotic recognition processing. | |
| Jin Nakamura | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Design of composite materials (ceramics, metals, and organic molecules) that exhibit various degradation behaviors in response to environments such as in vivo conditions and seawater Development of inorganic ion-releasing materials that enhance bone repair Development of seawater purification materials inspired by the microstructure of seashells | |
| Yuuya Nishida | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | To reliably accomplish the mission, our laboratory develops robot that robustly navigates in actual environment, and its elemental technology. We survey actual environment using developed robot and system to benefit society. | |
| Yusuke FUJII | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Development of High-Speed and High Power Bearngless Motor, Torque Enhancement of Permanet Magnet-Type Vernier Motor with Concentrated Winding, Vibration Reduction of Permant Magnet Motor by Mutiple and Multi-Phase Drive | |
| Muhammad Salman AL FARISI | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | We conduct research on MEMS (Micro-electro mechanical systems) for biomedical and healthcare applications, spanning materials, devices, and integrated sensing systems. Our work includes flexible sensors, unconventional microfabrication processes, and portable biomedical monitoring platforms, aiming to enable sustainable sensing solutions and accessible healthcare diagnostics. | |
| Shinsuke Yasukawa | Associate Professor | Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology | Department of Life Science and Systems Engineering | Our research focuses on robotic technologies for biological observation and manipulation, simulation-based studies of the visual nervous system, bio-inspired sensing and control technologies based on biological sensory information processing, and embedded system implementation of these technologies. We also deploy these technologies in field environments such as farms and underwater sites. | |
| 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. |
|
| 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. |
|
| 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. |
|
| 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 ) |
|
| 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. |