Chongyoung Chung
Papers
5
Total Citations
62
H-Index
3
About
Chongyoung Chung is pioneering the next generation of soft wearable robotics and prosthetics through the innovative use of shape memory alloy (SMA)-based artificial muscles. His research focuses on developing lightweight, flexible, and biomimetic assistive devices that replicate natural human motion. Chung’s major contributions include the design of an SMA-based soft wearable robot for assisting elbow flexion and forearm supination/pronation (41 citations), which introduced a novel active cooling system for rapid muscle actuation. He further advanced the field with a lightweight prosthetic wrist featuring an elliptic rolling joint (12 citations) and an origami-inspired wearable robot for shoulder abduction assistance (5 citations), which mimics the scapula’s natural movement through a double-petal mechanism. Beyond actuation, Chung has developed novel sensing technologies for human-robot interaction, including a thin flexible force myography sensor using weaved optical fiber (3 citations) and a versatile optical fiber-based FMG system (2025). His work bridges the gap between soft actuation and intuitive control, with applications in rehabilitation, assistive robotics, and prosthetics. Chung’s research is notable for its elegant integration of materials science, mechanical design, and biomechanics, positioning him as a rising leader in soft robotics.
Research Focus
Key Achievements
Top Papers
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