Yingjia Wang

Jiangsu University, North China University of Water Resources and Electric Power

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About

Yingjia Wang is a rising researcher at the intersection of sustainable chemistry and precision robotics engineering. Her work primarily focuses on two transformative areas: the eco-friendly recovery of precious metals from industrial waste and the advanced mechanical design of robotic reducers. Wang’s most impactful contribution is her development of a "smart magnetic nano stirring robot" for the sustainable utilization of palladium from catalytic waste (2023, 9 citations), a pioneering approach that marries nanotechnology with automation to address critical e-waste and resource scarcity challenges. In parallel, she has advanced industrial robotics by investigating the development and parametric design of cycloidal pin wheel reducers—core components for robot precision and durability. Her 2023 study on RV reducers (5 citations) provides a comprehensive overview of their status, while her work on SolidWorks-based parametric design (1 citation) offers practical tools for efficient 3D modeling and modification. Though early in her career, Wang’s ability to bridge green chemistry with mechanical innovation signals a promising trajectory, positioning her as a notable contributor to sustainable manufacturing and intelligent robotic systems.