Hanyang Li
Papers
3
Total Citations
62
H-Index
3
About
Hanyang Li is pioneering the integration of haptic intelligence into robotic-assisted minimally invasive surgery (RMIS), addressing one of the field’s most critical gaps: the absence of force feedback. His research centers on developing highly sensitive, multi-axis MEMS-based force sensors—both piezoresistive and capacitive—that can be seamlessly integrated into surgical instruments. Li’s major contributions include the design of a highly integrated 3D MEMS force sensing module with variable sensitivity, enabling surgeons to perceive operational forces with unprecedented precision. His work on a triaxial capacitive force sensor and a master-slave force sensing and feedback system has laid the groundwork for restoring haptic telepresence in minimally invasive procedures. With his most cited paper (2023) already garnering 40 citations and subsequent works accumulating over 20 more, Li’s impact is rapidly growing. His integrated systems promise to reduce surgical risks by providing real-time force data, marking a significant step toward safer, more intuitive robotic surgery. Li’s achievements position him as a rising leader in surgical robotics and MEMS sensing technology.
Research Focus
Key Achievements
Top Papers
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