Siying Qin

Papers

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About

Siying Qin is a rising leader in bio-inspired robotics, specializing in the design and control of agile legged and wheeled systems. Her research centers on enhancing dynamic locomotion through innovative mechanical design and variable stiffness actuation. Qin’s most cited work, “Design and Control of a Bio-Inspired Wheeled Bipedal Robot” (2024, 16 citations), introduces a novel wheeled bipedal robot (WBR) that mimics the human barbell squat to achieve superior agility and versatility in locomotion—a breakthrough for real-world robotic mobility. Her second major contribution, “A Compact Variable Stiffness Actuator for Agile Legged Locomotion” (2024, 11 citations), tackles the longstanding challenge of integrating variable stiffness actuators (VSAs) into legged robots. By addressing redundant mechanical structures and limited stiffness range, Qin’s compact VSA design enables energy-efficient, adaptable movement, paving the way for more practical, high-performance robots. Her work bridges hardware and software, offering tangible solutions for dynamic, real-world applications. With growing citation impact and a focus on bionic principles, Qin is shaping the future of agile robotics.