Jiaqiang Yao
Papers
7
Total Citations
88
H-Index
4
About
Jiaqiang Yao is a rising researcher at the intersection of soft robotics, compliant mechanisms, and origami-inspired design. His work focuses on developing bio-inspired robotic fingers that leverage the fin ray effect for intrinsic force sensing, enabling adaptive and gentle grasping without external sensors. His most-cited paper, "Design optimization of soft robotic fingers biologically inspired by the fin ray effect with intrinsic force sensing" (2023, 42 citations), exemplifies this contribution. Yao has also advanced parallel robotics by synthesizing novel leg mechanisms driven by a 3-DOF system and designing a Schönflies motion parallel robot with full-cycle rotation. His recent explorations into kirigami—the Chinese art of paper-cutting—have led to a trans-dimensional design strategy for multifunctional robots, as highlighted in his 2025 review. By coupling leaf-like and Kresling patterns, he has created origami-inspired soft continuum robots with unprecedented adaptability. With a growing citation record and a knack for translating traditional art forms into cutting-edge engineering solutions, Yao is shaping the future of compliant, force-sensing, and reconfigurable robotic systems.
Research Focus
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Top Papers
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