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About

Sinyoung Lee is a leading researcher in soft robotics and wearable assistive technologies, with a focus on advancing pneumatic actuation systems and human-robot interaction. Her major contributions include the development of a bioinspired soft re-air valve for highly efficient pneumatic actuation, which addresses critical challenges in efficiency, control, and noise reduction—a work that has garnered 17 citations. She also pioneered the spring-frame collateral compression mechanism for power-efficient soft pneumatic actuators, enhancing their suitability for high-force applications like joint support. Lee’s notable work extends to wearable robots for manual handling tasks, featuring an adjustable twisted string actuator and two-stage transmission to reduce back injury risks, reflecting her commitment to practical, safety-oriented solutions. Her research on the aerodynamic effects of speed and posture in running further underscores her interdisciplinary approach, aiming to optimize wearable devices for human performance enhancement. With a growing citation impact and a focus on real-world applications, Lee’s innovations are pivotal in making soft robotics more efficient, powerful, and accessible for industrial and assistive uses.