Toshihiko Maki

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About

Toshihiko Maki is a pioneering researcher in marine robotics and underwater geodetic observation systems. His work centers on developing autonomous robots and power supply technologies for deep-sea exploration, with a particular focus on seafloor geodetic observing robot systems. Maki’s most-cited paper, "Noncontact power supply for seafloor geodetic observing robot system" (2007, 20 citations), introduced a novel method for wirelessly charging underwater robots, enabling sustained, long-term seafloor monitoring without physical connectors—a critical advancement for earthquake and tsunami early warning systems. This contribution addresses the challenge of powering stationary and mobile platforms in harsh deep-sea environments, enhancing the reliability of geodetic data collection. Beyond this foundational work, Maki has advanced autonomous underwater vehicle (AUV) navigation and seafloor mapping, with his research cited across marine engineering and geophysics. His innovations have practical implications for disaster risk reduction and ocean resource management, making him a key figure in the intersection of robotics and Earth science. For students and researchers, Maki’s work exemplifies how engineering solutions can directly support geophysical understanding and societal safety.