Haozhe Li
Papers
2
Total Citations
9
H-Index
2
About
Haozhe Li is at the forefront of advancing robotic systems for extreme environments, with a dual focus on space exploration and human rehabilitation. His work tackles the fundamental challenge of robot mobility in weightlessness, as demonstrated in his 2023 study on omnidirectional continuous movement for dual-arm robots in space stations. By addressing the unique constraints of zero-gravity, Li’s research provides a critical foundation for robots that can autonomously assist astronauts with complex tasks, reducing human risk during missions. In parallel, Li is pioneering human-compliant rehabilitation technology. His 2024 paper introduces a nonlinear observer-based sliding mode control for bilateral upper limb training, enabling robotic systems to adapt to a patient’s natural movements during therapy. This multi-mode control approach enhances the safety and effectiveness of robot-aided rehabilitation, offering a more intuitive recovery process for individuals with motor impairments. With over 9 citations across his most prominent works, Li’s contributions are gaining traction in both aerospace and biomedical engineering communities. His research not only pushes the boundaries of robotic autonomy in space but also promises to transform clinical rehabilitation, making him a rising figure in adaptive and assistive robotics.
Research Focus
Key Achievements
Top Papers
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