Masahiko Gondo

The University of Tokyo, Precision Research (United States)

Papers

Total Citations

H-Index

About

Masahiko Gondo is a pioneer in bio-inspired robotics, specializing in the design and control of underwater robotic systems that mimic natural locomotion. His research focuses on integrating electrostatic actuation with biomimetic design to create agile, high-mobility robotic fish. Gondo’s major contributions include the development of a robotic fish propelled by a flexible caudal fin driven by innovative electrostatic film motors, achieving open-loop swimming with remarkable maneuverability. His seminal work, "Electrostatically Actuated Robotic Fish: Design and Control for High-Mobility Open-Loop Swimming" (2008), has garnered 50 citations, underscoring its influence in the field. He further advanced this technology through detailed modeling and system identification of three-layer electrostatic film motors, as seen in his 2009 paper, which provided critical insights into motor dynamics for underwater applications. Gondo’s achievements include demonstrating the first practical use of electrostatic motors for aquatic propulsion, a notable breakthrough that bridges micro-actuation and marine robotics. His research continues to inspire innovations in soft robotics and autonomous underwater vehicles, offering a foundation for energy-efficient, silent propulsion systems.