Biomechanics Education & Research Laboratory
Hands-on learning. Cutting-edge research. Real-world impact.
The BEaR Lab is dedicated to advancing the science of human movement through innovative teaching, immersive training, and impactful research. We support both undergraduate and graduate education by giving students the chance to build technical expertise, collaborate on real-world projects, and contribute to research that enhances performance and well-being. In the classroom, the lab, and the community, the BEaR Lab equips future professionals with the knowledge and tools to understand movement, prevent injury, and improve quality of life.
Explore the mechanics of human motion through state-of-the-art equipment, including motion capture, force plates, and electromyography (EMG).
Apply classroom knowledge in a dynamic, hands-on learning environment.
Conduct research that bridges fundamental biomechanics with real-world applications in health, performance, and rehabilitation.
Biomechanics in Motion
We study how people maintain balance while moving, standing still, or seated—critical functions often affected by aging, illness, injury, or substance use. Using motion capture, force platforms, sensors, and EMG, we explore:
- Dynamic stability during walking, transitions, and perturbations
- Static stability during standing and balance tests
- Seated stability for those with limited mobility or medical treatments
Our work spans populations such as older adults, cancer patients, and cannabis users. Graduate students play a central role in designing studies, collecting and analyzing data, and sharing results—preparing for careers in clinical, academic, and industry settings
We investigate how chronic cannabis use influences walking mechanics, including stride, joint motion, and motor control. With cannabis use rising, this research provides new insights into its impact on mobility, injury risk, and performance.
Our lab advances understanding of both lower- and upper-extremity movement. We study how individuals with lower-limb amputations adapt to prosthetic devices, examining gait mechanics and strategies to improve stability. We also investigate upper-extremity motor control—how the nervous system coordinates precise arm and hand movements—to inform rehabilitation, assistive technology, and performance.
Sport Performance and Applied Biomechanics
We partner with UNC athletics to apply biomechanics directly to sport. Using 3D motion capture, force platforms, and video, we help athletes and coaches:
- Improve performance by refining movement and efficiency
- Prevent injuries through screening and monitoring
- Support safe, evidence-based return-to-play decisions
Our projects also explore load management, fatigue, and sport-specific adaptations—bridging lab science with real-world athlete development.
Student-Led Research
The BEaR Lab thrives on student curiosity. Many projects begin as class assignments and evolve into independent studies, often presented at regional and national conferences. Students gain hands-on experience with cutting-edge tools, mentorship in research design, and opportunities to publish and present—developing the skills and confidence to shape the field of biomechanics.
