Daqi Li

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About

Daqi Li is a pioneering researcher in advanced manufacturing and robotics, with a focus on precision machining and automated surface finishing. His work addresses critical challenges in fabricating complex free-form surfaces, particularly for aerospace blades and large-scale molds. Li's most influential contribution is the design of a novel surface self-adapting parallel machine tool for blade machining (2009, 6 citations), which significantly improves efficiency and quality by using a parallel robotic mechanism to adapt to intricate geometries. He also advanced mobile robotics for polishing, introducing path planning strategies for small robots on large free-form surfaces (2009, 5 citations) and achieving precise trajectory tracking control through interpolation methods (2009, 3 citations). These innovations have laid groundwork for automated finishing in mold manufacturing and aerospace, reducing reliance on manual labor. Li's work is notable for its practical impact, offering scalable solutions for high-precision industrial applications. His research continues to influence robotics and manufacturing, making him a key figure in adaptive machining technologies.