Laboratory Overview
Lab Information
Name: MohismLab
Address: E11 - 4065 Faculty of Science and Technology
University of Macau
Research Areas: Machine learning-based motion control, open-source technology, intelligent medical imaging, surgical robotics, medical systems, and multi-robot systems
Research Directions
• Machine Learning-based Motion Control
• Healthcare Imaging / Intelligent Agent
• Surgical Robotics and Medical Systems
• Multi-Robot Systems
• Open-source Technology
Laboratory Director
Qingbiao Li
Chief Scientist at Shangxian Zhiqi, Ph.D. from University of Cambridge, Assistant Professor at Faculty of Science and Technology, University of Macau
Main Responsibilities
Leading the design of AI education infrastructure, building international academic collaboration networks, promoting AI-powered curriculum systems, and publishing in top academic conferences.
Education & Experience
- Ph.D. from University of Cambridge under Prof. Amanda Prorok, focusing on perception-communication-motion co-planning for multi-robot systems
- Former Postdoctoral Researcher at Oxford Robotics Institute, University of Oxford; Research Assistant at Imperial College London (medical robotics)
- MSc from Imperial College London (medical robotics); BEng in Mechanical Engineering through the "2+2" joint program of University of Edinburgh and South China University of Technology
Research Achievements
- Publications in Nature Machine Intelligence, IEEE RA-L, IJCARS, ICRA, ICLR, and other top journals and conferences
- Winner of the 2020 Wiseman Prize (University of Cambridge Computer Lab), 2023 National Award for Outstanding Self-financed Students Abroad
- Over 1,000 citations on Google Scholar
Research Areas
Surgical Robotics
Focuses on intraoperative imaging machine learning technologies for surgical robots, developing intelligent surgical assistance systems to improve precision and safety.
Multi-Robot Systems
Studies perception-communication-motion co-planning for multi-robot systems, enabling intelligent collaboration among robot groups.
Intelligent Medical Imaging
Applies machine learning to medical diagnosis, developing tools such as blood oxygen saturation estimation algorithms for medical assistance.
Machine Learning-based Motion Control
Researches motion control algorithms based on machine learning to enhance autonomy and adaptability of robotic systems.