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About

Jaewoong Jung is a pioneering researcher in soft robotics and flexible sensing technologies, whose work sits at the intersection of advanced materials, human-robot interaction, and intelligent actuation systems. His research focuses on developing innovative soft sensors and actuators that enable robots to perceive and respond to their environments with unprecedented compliance and sensitivity. Jung's most influential contributions include the development of an optically sensorized elastomer air chamber for proprioceptive sensing in soft pneumatic actuators (63 citations), addressing longstanding challenges in controlling highly compliant robotic systems. His work on soft optical waveguides coupled with fiber optics demonstrated robust dynamic pressure and strain sensing capabilities critical for extreme-condition applications (53 citations). More recently, his groundbreaking research on liquid-metal micro-networks introduced strain-induced conductivity mechanisms that significantly advance electronic skin durability and performance (41 citations). Across his body of work, Jung consistently pushes boundaries in multi-modal sensing, developing ultra-thin soft sensors capable of decoupling distinct physical stimuli for refined human-robot interfaces. With over 167 cumulative citations, his research has meaningfully shaped how soft robotic systems achieve greater autonomy, sensitivity, and real-world applicability, making him a notable emerging voice in next-generation robotics and wearable technology.