Xueshan Jing
Papers
2
Total Citations
53
H-Index
2
About
Xueshan Jing is pioneering the next generation of miniature magnetic-driven robots, with a focus on achieving unprecedented levels of control, sensing, and multifunctionality for applications in narrow, opaque environments. Her research centers on the design and fabrication of soft microrobots capable of complex, multi-modal motions, addressing critical challenges in targeted drug delivery and in situ manipulation. Jing’s major contributions include the development of a magnetic-driven robot with integrated high-precision position and orientation sensing, a breakthrough that enables real-time feedback in confined spaces—a capability previously lacking in the field. This work, her most cited (48 citations), demonstrates a tangible step toward autonomous medical micro-devices. More recently, she has pioneered an in situ pixel-scale magnetic programming method for 3D printing, allowing for the direct fabrication of soft robots with multiple, pre-programmed functions. This innovation, detailed in her 2025 paper, promises to dramatically simplify the manufacturing of complex microrobots. Through her work, Jing is not only advancing the fundamental science of micro-robotics but also laying the practical groundwork for transformative medical interventions.
Research Focus
Key Achievements
Top Papers
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