(including but not limited to):
Topic 1: Biomechanics
Biomechanics of bone and cartilage
Soft tissue and organ biomechanics
Cell and Molecular Biomechanics
Hemodynamics and Cardiovascular Mechanics
Biomechanics of respiratory system
Oral and Maxillofacial Biomechanics
Sports Biomechanics and Rehabilitation
Injury biomechanics and impact protection
Computational Biomechanics and Simulation
Biohydrodynamics and Mass Transfer
Modeling and simulation of musculoskeletal system
Ankle and Gait Biomechanics
Characterization of mechanical properties of biomaterials
Experimental biomechanical methods and techniques
Topic 2: Medical Robots
Surgical robots (orthopedics, laparoscopy, neurosurgery, etc.)
Rehabilitation robots (exoskeleton, upper and lower limbs, hands, etc.)
Auxiliary robots (nursing, guidance, transportation, etc.)
Minimally invasive interventional robot system
Soft Medical Robot Technology
Mechanism Design and Optimization of Medical Robots
Perception and Interactive Control of Medical Robots
Human robot interaction and collaboration in medical robots
Remote operation and autonomy of medical robots
Navigation and positioning technology for medical robots
Safety and reliability of medical robots
Wearable medical devices and sensors
Bioelectromechanical Systems and Integration
Brain computer interface and neural rehabilitation
The application of virtual reality/augmented reality in healthcare
Application of Artificial Intelligence in Biomechanics and Medical Robots
Biomechanics driven robot design
Human factors engineering evaluation of medical robots
Rehabilitation evaluation methods and biomechanical feedback
Personalized prosthetic and orthotic design
Biomechanical issues in tissue engineering
The application of micro nano robots in biomedical fields
Clinical trials and applications of medical robots
Ethics, regulations, and standardization of medical robots
Intelligent perception and biological signal processing, etc