Papers
6
Total Citations
58
H-Index
5
About
Dr. Junghoon Park is a pioneering researcher in wearable robotics and soft actuation systems, with a focus on developing portable, high-performance technologies for human augmentation and rehabilitation. His most influential work, "Design of a Portable Pneumatic Power Source With High Output Pressure for Wearable Robotic Applications" (28 citations), addresses a critical bottleneck in soft robotics by replacing bulky tethered compressors with a compact, high-pressure energy source, enabling truly untethered wearable systems. He further advanced human-robot interaction through a custom optoelectronic force sensor-based ground reaction force measurement system (10 citations), offering superior absolute force accuracy over conventional FSR sensors for gait analysis. Park’s contributions extend to soft passive fitness devices for upper limb resistance exercise (7 citations) and variable stiffness actuators using a variable radius gear transmission (5 citations), enhancing safety and adaptability in human-robot collaboration. His work on particle flow-based inflatable robot bodies (5 citations) introduces novel shape rigidity modulation, while his review on flexible surgical robots (3 citations) highlights challenges in meso-scale design for minimally invasive surgery. With a portfolio spanning portable power sources, sensor systems, and compliant actuation, Dr. Park is driving the next generation of wearable and surgical robotics toward greater autonomy, safety, and real-world applicability.
Research Focus
Key Achievements
Top Papers
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- 6Challenges of Flexible Surgical Robots: Review3 citations · 2018