Bachelor of Science Biomechanics
Course Overview
This course provides a comprehensive introduction to the study of human movement, blending principles from biology, physics, and engineering to analyze both healthy and pathological motion. Students will learn to apply innovative analytical techniques to solve real-world problems in clinical, sports, and technological settings. It is an ideal foundation for careers in research, healthcare, and the rapidly growing biomechanics industry.
Key Program Highlights
- Master innovative techniques to quantitatively analyze and characterize complex human movement patterns.
- Gain hands-on, interdisciplinary experience through clinically oriented research projects.
- Develop skills applicable to designing diagnostics, prosthetics, and assistive biotechnology.
- Prepare for advanced study in physical therapy, medicine, or graduate research in biomechanics.
- Benefit from community outreach and service-learning opportunities with university and industry partners.
Course Overview
This course provides a comprehensive introduction to the study of human movement, blending principles from biology, physics, and engineering to analyze both healthy and pathological motion. Students will learn to apply innovative analytical techniques to solve real-world problems in clinical, sports, and technological settings. It is an ideal foundation for careers in research, healthcare, and the rapidly growing biomechanics industry.
Key Program Highlights
- Master innovative techniques to quantitatively analyze and characterize complex human movement patterns.
- Gain hands-on, interdisciplinary experience through clinically oriented research projects.
- Develop skills applicable to designing diagnostics, prosthetics, and assistive biotechnology.
- Prepare for advanced study in physical therapy, medicine, or graduate research in biomechanics.
- Benefit from community outreach and service-learning opportunities with university and industry partners.
