Papers
3
Total Citations
236
H-Index
3
About
Wonkyeong Son is a pioneering researcher in bioinspired soft electronics, with a focus on tactile and airflow sensing technologies for humanoid robotics and medical applications. Her major contributions include the development of self-powered, pressure- and vibration-sensitive tactile sensors that mimic human mechanoreceptors, enabling robots to achieve a "neural finger skin" with selective sensitivity—a breakthrough for realistic haptic feedback. This work, published in 2019, has garnered 186 citations, underscoring its impact on soft robotics and prosthetics. Son also engineered bioinspired "hairy skin electronics" that detect the direction, incident angle, and intensity of airflow, demonstrated through a sailing robot that adjusts locomotion in response to wind—a novel approach to noncontact environmental sensing (47 citations). Her recent work on highly stretchable conductors with elastomeric passivation sheaths (2024) promises durability in harsh conditions, expanding applications in wearable and field-deployable electronics. By integrating biomimicry with advanced materials, Son’s research advances the frontier of sensory electronics, offering transformative tools for humanoid robots, medical devices, and autonomous systems.
Research Focus
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