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About

Seung Hwan Ko is a pioneering researcher at the intersection of soft robotics, flexible electronics, and advanced materials science. His work has fundamentally advanced the development of smart, multifunctional systems that bridge the gap between rigid conventional electronics and the dynamic, compliant demands of real-world applications. Ko's most celebrated contributions include breakthroughs in wearable sensing technology, most notably a highly sensitive flexible thermistor-based artificial skin achieving record-breaking temperature sensing accuracy, which has garnered over 440 citations. His research into biomimetic soft actuators — systems that mimic biological camouflage, color-changing, and morphing behaviors — has produced landmark results in soft robotics, including a chameleon-inspired robot with artificial crypsis and a transparent walking soft robot. These works collectively reflect his signature approach: integrating sensing, actuation, and intelligence into seamless, skin-like architectures. Ko has also pioneered the use of liquid metals in stretchable electronics and 3D-printed composites, advancing next-generation soft materials with exceptional electrical and thermal properties. His deep-learning-integrated skin sensor, decoding complex human body motions, exemplifies his forward-looking fusion of artificial intelligence with wearable hardware. With thousands of cumulative citations across a decade of innovative output, Ko stands as a defining figure in the soft electronics revolution.