Jong Dae Kim

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About

Jong Dae Kim is a pioneering researcher in biomedical micro-robotics, with a focused expertise in wireless power transfer and localization for in vivo robotic capsules. His work addresses critical challenges in capsule endoscopy and minimally invasive diagnostics, particularly the efficient delivery of power to devices operating inside the human body. Kim’s most influential contribution, the 2007 paper "Three-dimensional power receiver for in vivo robotic capsules" (50 citations), introduced a novel 3D coil design that enables stable energy harvesting regardless of capsule orientation, a fundamental breakthrough for untethered medical robots. He further refined this technology by determining optimal coil turn counts (2006, 9 citations) and developing methods for precise location estimation relative to external transmission coil arrays (2008, 7 citations). These contributions have laid essential groundwork for practical, autonomous capsule systems capable of prolonged operation and targeted drug delivery. Kim’s work is frequently cited in the fields of wireless power transfer, implantable devices, and robotic surgery, demonstrating lasting impact on both academic research and clinical device development. His systematic approach to solving power and localization bottlenecks continues to inspire new generations of biomedical engineers.