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About

Naomi Kato is a pioneering robotics researcher whose work spans bio-inspired underwater locomotion, soft robotic actuators, and autonomous marine systems for environmental monitoring. With a career spanning over two decades, Kato has made foundational contributions to the design and development of underwater robots that draw inspiration from aquatic animals such as manta rays, sea turtles, and fish. Kato's most celebrated work, a 2007 paper on bending pneumatic rubber actuators for a soft-bodied manta swimming robot (338 citations), introduced an innovative design methodology leveraging nonlinear finite element methods to optimize flexible actuators — a landmark contribution that helped define the field of soft robotics for underwater applications. His earlier exploration of mechanical pectoral fin locomotion (1998) laid important groundwork for biomimetic propulsion systems, while his development of the amphibious robot RT-I demonstrated the feasibility of multi-terrain robotic mobility mimicking tortoise and sea turtle movement. Beyond biomimetics, Kato has applied his expertise to critical real-world challenges, including autonomous underwater and surface vehicles for detecting, tracking, and monitoring oil spills and subsea gas leaks — work with direct implications for marine disaster prevention. His body of research reflects a sustained commitment to advancing intelligent, adaptive robotic systems for complex ocean environments.