Yi-Chieh Shih

Papers

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About

Yi-Chieh Shih is an emerging researcher specializing in robotic gripper design, compliant mechanism engineering, and adaptive grasping systems — fields that sit at the intersection of mechanical design and intelligent robotics. Shih's work addresses one of robotics' most persistent challenges: developing grippers capable of handling objects that vary widely in size, shape, weight, and material hardness without requiring complex sensing or active control systems. Their most notable contribution, "Optimal Design of a Highly Self-Adaptive Gripper with Multi-Phalange Compliant Fingers for Grasping Irregularly Shaped Objects" (2023), has already garnered 19 citations, demonstrating rapid recognition within the robotics community. This work introduced an innovative multi-phalange gripper architecture that passively conforms to irregular geometries — a meaningful advance for industrial automation and soft robotics applications. Building on this foundation, Shih's 2024 follow-up applied topology optimization to multi-material compliant fingers, leveraging fin ray-type structural principles to further enhance adaptive performance, earning 8 citations in its first year. Though early in their career, Shih's focused contributions to compliant mechanism design and gripper optimization are establishing a clear and impactful research identity, with growing influence among engineers and roboticists working on flexible automation solutions.