Qingming Qu
Papers
4
Total Citations
67
H-Index
3
About
Qingming Qu is a leading researcher in neurorehabilitation engineering, specializing in robot-assisted therapy for stroke survivors. His work focuses on developing and validating human-robot collaborative interaction technologies that restore upper limb function—a critical challenge given that stroke is a primary cause of acquired disability worldwide. Qu’s most cited study (2021, 31 citations) demonstrated that robot-assisted task-oriented training using force control technology significantly improves upper limb function in stroke patients. He further advanced the field with a multicentre randomized controlled trial (2022, 23 citations) comparing robot-assisted training to enhanced conventional therapy, revealing benefits for both upper and lower extremities. Qu has also pioneered customizable passive neurorehabilitation exercises based on teaching-training mechanisms (2021, 12 citations), addressing early-stage paralysis. His most recent work (2025) employs resting-state fMRI to elucidate the neural mechanisms underlying robotic-assisted therapy, showing how neuroplastic reorganization mediates motor recovery. By integrating engineering innovation with rigorous clinical trials and neuroimaging, Qu is shaping the future of personalized, evidence-based robotic rehabilitation.
Research Focus
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