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About

Mengge Wu is a pioneering researcher at the forefront of soft robotics, electronic skin, and human-machine interfaces, whose work bridges bioinspired engineering with cutting-edge wearable technologies. Wu's most influential contribution, "Electronic Skin as Wireless Human-Machine Interfaces for Robotic VR" (2022, 284 citations), demonstrated how flexible electronic skin could enable seamless teleoperation of robotics—work that gained particular relevance during the COVID-19 pandemic. Building on this foundation, Wu has made significant strides in developing neuromorphic tactile sensing systems that mimic biological mechanoreceptors, enabling machines to decode complex multimodal tactile information with remarkable efficiency. A recurring theme throughout Wu's research is biomimicry: drawing inspiration from nature—whether mormyrid fish for non-contact 3D spatial sensing, origami principles for programmable soft robot assembly, or bilateral muscle groups for actuator design—to solve complex engineering challenges. Wu's work on dielectric elastomer actuators and ultrathin bioinspired soft robots further reflects a commitment to creating highly controllable, intelligent robotic systems. With over 500 cumulative citations across seven major publications in just four years, Wu has rapidly established an impressive and impactful body of work that is shaping the future of intelligent robotics and wearable sensing.