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PAIR 高級進修課程講師

PolyU Scholars Hub

Prof. HU Xiaoling

Director of Research Postgraduate Studies and Associate Professor of Department of Biomedical Engineering

Member of Research Institute for Smart Ageing

簡歷

Dr. Hu Xiaoling is an Associate Professor in Dept. of Biomedical Engineering at the Hong Kong Polytechnic University (PolyU). Dr. Hu’s team is a leading group in designing hybrid robots for Automation in stroke rehabilitation. They invented the technology integrating neuromuscular electrical stimulation and robot (NMES-robot) in one system for more effective neural rehabilitation after stroke. The technology has been implemented into a series of robotic systems, from rigid exoskeletons to soft exosuits, for persons with different needs after stroke, e.g., Rehabilitation Sleeve and Mobile Exoneuromusculoskeletons for the upper and lower limbs in self-help telerehabilitation. These invented systems received significant recognition from the industry and have been commercialized in Hong Kong and Mainland China for rehabilitation services in collaboration with public and private healthcare providers. In 2023, a new robot-assisted stroke rehabilitation service is opened in the Jockey Club Rehabilitation Engineering Clinic under BME PolyU to serve the community.

Dr Hu’s current services to professional bodies:

  • Associate Editor of the Journal of NeuroEngineering and Rehabilitation and Bioengineering
  • Chair of the IEEE Engineering, Medicine, and Biology Society (EMBS), Hong Kong and Macau Joint Chapter
  • Committee member of Chinese Association of Rehabilitation Medicine -Technology Translation and Industrialization Committee
  • Consultant of Guangdong Society of Biomedical Engineering – Rehabilitation Engineering

學歷

  • Bachelor of Engineering, Zhejiang University
  • Master of Philosophy, Chinese University of Hong Kong
  • Doctor of Philosophy, Chinese University of Hong Kong

研究興趣

  • Robotic IoMT for Telerehabilitation
  • Artificial Intelligence and Data Technology for Automated Theranostics
  • Innovative Wearable Technology
  • Neural Engineering for Smart Ageing
  • Translational Research in Stroke Rehabilitation

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