Kidong Park
Papers
4
Total Citations
62
H-Index
3
About
Kidong Park is a pioneering researcher at the intersection of biorobotics, biomechanics, and cellular engineering, with a focused expertise in developing living cell-powered robotic systems. His most influential work centers on the design and characterization of muscle-based actuators that harness the contractile power of living muscle cells — both skeletal and cardiac — to drive next-generation biorobots. Park's landmark 2016 paper on self-stabilizing swimming biorobots, which has accumulated 54 citations, demonstrated that biologically powered machines could achieve stable, reliable locomotion, addressing one of the field's most persistent engineering challenges. His subsequent two-part series on cardiac muscle cell-based actuators further expanded this research frontier, exploring how cardiac tissue can serve as a sustainable and controllable power source for hybrid biological-synthetic machines. By integrating living cellular components with synthetic mechanical scaffolds, Park's work offers compelling advantages over traditional robotics, including biocompatibility, adaptability, and energy efficiency. His contributions have meaningfully shaped the emerging discipline of biological machines, providing a foundational framework that continues to inspire researchers seeking to blur the boundaries between living systems and engineered devices.
Research Focus
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