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About

Wenzhong Yan is an innovative researcher at the forefront of soft robotics, origami-inspired engineering, and printable autonomous systems. His work bridges the gap between intelligent materials and functional robotic systems, with a particular focus on enabling complete sense-decide-act autonomy without relying on conventional electronics. Yan's most influential contribution, "Origami-based integration of robots that sense, decide, and respond" (2023, 81 citations), demonstrated how origami architectures can achieve fully autonomous environmental interaction — a landmark step in intelligent materials research. Complementing this, his work on bistable soft deployable structures and kirigami-inspired fabrication (25 citations) has advanced accessible, scalable design methodologies for soft mechanisms spanning robotics, wearables, and energy harvesting. His StarBlocks modular system (29 citations) introduced tensegrity-inspired self-assembling blocks capable of forming load-bearing deformable lattices, while his explorations of mechanical logic and origami logic gates lay critical groundwork for truly printable, electronics-free robots. More recently, his self-sustained jumping soft robot (2025) and contracting-cord metamaterials highlight his expanding vision toward untethered, insect-scale autonomous systems. Across his career, Yan's research consistently pushes toward robots that are simpler to fabricate yet increasingly capable of independent, intelligent behavior.