Objectives
We study musculoskeletal biomechanics related to sports performance, mobility, and injury across diverse populations. Our research projects combine experimental measurements of human movement dynamics with computer-based modeling. A central focus of our laboratory is the prevention of fall-related injuries and the promotion of safe mobility in older adults. We also aim to advance the understanding of human gait and postural control through multidisciplinary approaches, including neuromuscular modelling, machine learning, and exercise interventions. Our goal is to conduct high-quality, evidence-based research that makes a meaningful impact on health and quality of life.
Themes
Mobility and Falls in Older Adults
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Risk factors for fall-related injuries through video analysis (in collaboration with the Injury Prevention and Mobility Laboratory at Simon Fraser University, Canada)
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Innovative protective gears for injury prevention (e.g., head gear, hip protector)
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Physical activity programs to enhance mobility and strength in older adults
Wearable Technology and Artificial Intelligence
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Physical activity monitoring and gait analysis
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Explainable AI in movement and health
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Movement coordination quantification with wearables
Exercise Biomechanics and Motor Control
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Exercise interventions and movement biomechanics
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Motor control strategies across clinical conditions (e.g., low back pain, chronic ankle instability)
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Education to increase public awareness and knowledge for injury prevention
Key Projects
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A multicomponent exercise program to enhance mobility of older adults in care facilities
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Development and evaluation of a novel hip protector through 3D-printing technology
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Associations between fall biomechanics and injury patterns among older adults in residential care, through analysis of falls in long term care
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Explainable AI-based gait pattern analysis in older adults using wearable sensors
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Effects of pickleball training on physical and cognitive function in pre-frail older adults
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Bilateral sensorimotor function among people with unilateral chronic ankle instability
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Gait control among children with developmental coordination disorder
Key Facilities and Equipment
Vicon Motion Capture System for Kinematic Measurements
Kistler and AMTI force plates to measure ground reaction forces
Noraxon Wireless EMG Sensors for Muscle Activity Measurement
Noraxon wireless motion sensors for on-field motion analyses
FallScreen - Physiological Profile Assessment (PPA)
GAITRite computerized walkway for gait analysis
Our Team
PhD Students
Members
Ms Kris Ka-po CHAN, Research Assistant
Mr Kevin Tsz-yin LI, Research Assistant
Mr Ham Han-wen ZHANG, Research Assistant
