Papers
2
Total Citations
15
H-Index
2
About
Gunhee Park is a rising force in the field of robotic actuation and human-robot interaction, with a focused expertise in designing novel power transmission systems. His research centers on creating fast, energy-efficient, and passively adaptable mechanisms that enable safer and more capable physical collaboration between humans and machines. Park’s major contributions include the development of a **passively adaptable toroidal continuously variable transmission (CVT)** combined with a twisted string actuator, a design that allows robots to operate near peak efficiency or power during close physical interaction with humans. He has also pioneered **power transmission designs for fast stiffness modulation**, enabling compliant actuators to independently control stiffness and equilibrium position without requiring multiple motors or complex closed-loop controllers—a significant step toward safer, more responsive human power assistance. With his most-cited works accumulating 8 and 7 citations respectively, Park’s innovative approaches are gaining traction in the robotics community. His work promises to advance the next generation of lightweight, energy-efficient, and intrinsically safe robotic systems for applications ranging from prosthetics to collaborative manufacturing.
Research Focus
Key Achievements
Top Papers
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