Young‐Ho Ko

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About

Young-Ho Ko is a pioneering researcher in the field of biomimetic robotics, with a primary focus on electromagnetic actuation (EMA) systems for wireless mini-robots. His most cited work, a 2012 study on a jellyfish-like swimming mini-robot actuated by an EMA system (51 citations), demonstrates his key contribution: enabling three-dimensional, wireless locomotion in miniature biomimetic swimmers. By leveraging EMA’s advantages—such as remote control and precise maneuverability—Ko has advanced the design of soft, bio-inspired robots that mimic aquatic life. His related 2012 paper on biomimetic swimming mini-robots (5 citations) further explores tadpole and jellyfish prototypes, showcasing his systematic approach to developing versatile, untethered robotic platforms. Ko’s work is notable for its potential applications in environmental monitoring, medical procedures, and underwater exploration, where small-scale, agile robots are critical. Through his innovative use of EMA, Ko has laid a foundation for next-generation mini-robots that combine biological efficiency with electromagnetic precision, earning recognition as a key contributor to the growing field of bio-inspired robotics.