Chan-Young Park

National Cancer Center, Hallym University

Papers

Total Citations

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About

Chan-Young Park is a pioneering researcher in the field of robotic minimally invasive surgery (MIS) and medical device engineering. His key research areas include telesurgical robotics, compact surgical system design, and wireless power transfer for in vivo medical devices. Park made significant contributions with the development of Lapabot, a compact telesurgical robot system designed to address the limitations of bulky commercial robotic platforms. His 2011 paper on Lapabot, with 15 citations, introduced a more agile and space-efficient alternative for laparoscopic procedures, expanding the potential for telesurgery and enhanced dexterity in operating rooms. Additionally, Park explored innovative solutions for powering in vivo robotic capsules, as demonstrated in his 2005 work on relative location estimation between power transmitters and receivers. This research, though with 3 citations, laid groundwork for inductive coupling techniques essential for untethered medical robots. Park’s work bridges mechanical design and electromagnetic systems, offering practical advancements that could make robotic surgery more accessible and efficient. His contributions are particularly notable for their focus on miniaturization and real-world clinical applicability, marking him as a thoughtful innovator in surgical robotics.