Qiang Yi

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About

Qiang Yi is a pioneering robotics researcher whose work has significantly advanced the fields of humanoid robotics and medical robotics. His most notable contribution is the development of the THBIP-2, the second-generation bipedal humanoid robot from Tsinghua University. Standing 70 cm tall and weighing 18 kg with 24 degrees of freedom, this minihumanoid platform addressed critical challenges in mechatronics system design, including conceptual design and hardware realization. This foundational work, published in 2007, has garnered 16 citations and established Yi as a key figure in bipedal locomotion research. Beyond humanoid robotics, Yi has made important contributions to robot-assisted medical procedures, specifically in liver tumor coagulation therapy. His 2011 study on deformation simulation during needle insertion into the liver has direct implications for improving pre-operative surgical planning, operation simulation, and treatment accuracy. This work addresses the critical challenge of tissue deformation modeling, which is essential for enhancing the success rate of robot-assisted interventions. Yi's research demonstrates a unique ability to bridge fundamental robotics engineering with practical medical applications, making him a versatile researcher whose work continues to influence both humanoid design and surgical robotics.