Papers
44
Total Citations
1,060
H-Index
17
About
Chang-Sei Kim is a pioneering robotics and biomedical engineering researcher whose work sits at the intersection of medical microrobotics, electromagnetic actuation, and minimally invasive therapeutics. His research has fundamentally advanced the development of untethered microrobotic systems capable of navigating the human body for diagnostic and therapeutic purposes, with particular emphasis on capsule endoscopy, targeted drug delivery, and cancer treatment. Kim's most celebrated contribution is his development of multifunctional microrobots for liver cancer chemoembolization, which integrates real-time visualization with MRI guidance — a landmark study accumulating 134 citations since 2022. His prolific work on electromagnetically actuated capsule endoscopes has transformed how researchers approach gastrointestinal diagnostics, enabling active locomotion, biopsy capabilities, and drug release mechanisms within micro-scale devices. His guide-wired helical microrobot for coronary artery revascularization further demonstrates his breadth, addressing cardiovascular disease through autonomous mechanical atherectomy. Beyond soft robotics and medical devices, Kim has contributed to nanobiocomposite artificial muscles and cable-driven parallel robot calibration, reflecting impressive versatility. With over 640 cumulative citations across his top works, Kim stands as a defining voice in the next generation of intelligent, wirelessly controlled medical microrobotic systems.
Research Focus
Key Achievements
Top Papers
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