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About

Yongha Hwang is a pioneering researcher in soft robotics, specializing in bioinspired design, wireless actuation, and biocompatible manufacturing. His work focuses on developing miniature, modular soft robots that can navigate complex environments without tethers or heavy onboard components. Hwang’s major contributions include the creation of a snakeskin-inspired 3D-printable soft robot that uses multi-modular vacuum-powered actuators to generate anisotropic friction, enabling locomotion on diverse natural surfaces (12 citations). He also advanced biocompatible micro-actuators by using 3D-printed soluble molds to fabricate PDMS-based bellows actuators, making them safe for medical applications (12 citations). Notably, Hwang developed a wireless inchworm-like compact soft robot driven by induction heating of magnetic composites, overcoming challenges in miniaturized wireless control (9 citations). His work on wireless micro soft actuators using 3D helical coils for power transfer further pushes the boundaries of untethered soft robotics (3 citations). With a cumulative impact of over 36 citations across his most cited works, Hwang’s research bridges materials science, bioinspiration, and wireless power transfer, offering scalable solutions for soft robots in medicine, exploration, and environmental monitoring.