Qiao Lin

California Institute of Technology, Columbia University

Papers

Total Citations

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About

Qiao Lin is a researcher whose work bridges robotics, mechanics, and bioinspired sensor design. His primary research areas include compliant grasping, workpiece fixturing, and biomimetic sensing. Lin’s major contributions lie in advancing the mechanics and planning of robotic grasping and fixturing. His most-cited paper, “Computation and analysis of compliance in grasping and fixturing” (2002, 22 citations), introduced a method for computing stiffness matrices that improves upon the widely used but inaccurate linear spring contact model by incorporating more realistic models like the Hertz model. This work laid the foundation for more accurate and practical robotic manipulation. His thesis, “Mechanics and planning of workpiece fixturing and robotic grasping” (2008, 9 citations), further advanced the field by addressing key issues in compliance modeling, quality measures, and kinematic metrics. Most recently, Lin’s 2025 paper, “Converting static to Dynamic: Biomimetic Ultra-Sensitive Wide-Range flexible pressure sensor inspired by the Contact-Regulation process of scorpion pectines” (7 citations), showcases his innovative shift toward bioinspired design, creating a flexible pressure sensor that mimics the scorpion’s contact-regulation process. This work demonstrates Lin’s ability to translate fundamental mechanics into cutting-edge, nature-inspired technologies.