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About

Jiayao Yan is an innovative robotics researcher whose work spans soft robotics, bioinspired design, and digital fabrication, with a growing reputation for tackling some of the field's most ambitious challenges. Yan's most celebrated contribution, "Bioinspired Soft Robots for Deep-Sea Exploration" (2023, 199 citations), drew inspiration from deep-sea organisms to develop pressure-tolerant robots capable of operating in Earth's most extreme environments — a breakthrough that fundamentally reimagines how humanity might explore the ocean's depths. Complementing this, Yan's work on desktop fabrication of monolithic soft robotic devices (2023, 131 citations) has dramatically simplified how pneumatically actuated robots are built, reducing complex manual assembly steps and democratizing access to sophisticated soft robotic systems. More recently, Yan has pushed toward fully autonomous robot fabrication, demonstrating single-step 3D-printed walking robots that require no postassembly — a milestone long considered a holy grail of the field. Earlier work on concentric tube robot design for minimally invasive surgery and multidisciplinary optimization of robotic arms further reflects Yan's broad technical range. With over 350 citations across recent work, Yan represents an exciting and rapidly rising voice in next-generation robotics research.