Sheng Guo

Papers

Total Citations

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About

Sheng Guo is an emerging researcher in the field of soft robotics and origami-inspired mechanical design, with a particular focus on developing innovative gripping mechanisms that bridge the gap between rigid and compliant structures. Guo's most notable contribution centers on the inventive application of origami principles to robotic end-effectors, demonstrated through pioneering work on a thick-panel origami gripper that leverages square-twist tessellation patterns combined with soft joints — a design approach that addresses longstanding challenges in achieving both structural integrity and adaptive compliance in robotic grasping. This work has already garnered 8 citations since its 2025 publication, reflecting rapid interest from the soft robotics community. Complementing this, Guo's research on curved loop strip soft grippers further expands the design vocabulary for compliant gripping systems, exploring geometry-driven actuation strategies. Though early in their research career, Guo has established a clear and coherent research identity at the intersection of origami mechanics, compliant mechanism design, and robotic manipulation — areas of growing importance as robotics increasingly demands adaptable, lightweight, and dexterous solutions for real-world applications.