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About

Jaehyoung Park is a researcher specializing in wireless power transfer (WPT) systems, implantable micro-robotics, and electromagnetic energy harvesting. His work sits at the compelling intersection of biomedical engineering and power electronics, focusing on enabling untethered, miniaturized robotic systems for medical applications. Park's most significant contribution lies in developing high-efficiency wireless power and force transfer systems for micro-robots. His 2017 paper introducing a multiaxis AC/DC magnetic coil system — his most cited work with 25 citations — demonstrated an innovative dual-coil architecture capable of simultaneously delivering electrical power and mechanical propulsion force to millimeter-scale robots. This elegantly addressed one of the central challenges in implantable robotics: powering and controlling a device without physical connections inside the body. Building on this foundation, Park advanced micro-robot miniaturization and propulsion efficiency through refined coil designs and ferromagnetic field concentration techniques, making implantable systems increasingly viable for clinical settings. His earlier work from 2015 on WPT-based implantable micro-robot control helped shift the field beyond conventional DC magnetic approaches. More recently, Park extended his electromagnetic expertise toward magnetic energy harvesting for power-line inspection robots. With a growing body of work accumulating over 60 citations, his research offers meaningful contributions to autonomous biomedical devices and self-sustaining robotic systems.