Dissertation
My doctoral dissertation on biomechanics and computational modeling. This comprehensive work explores advanced techniques in musculoskeletal modeling and optimization.
Dissertation Presentation
The presentation slides from my dissertation defense, highlighting key findings and methodologies from my research.
Research Overview
My dissertation focused on developing novel computational methods for biomechanical analysis, with applications in:
- Musculoskeletal Modeling: Advanced techniques for modeling human movement and muscle activation
- Optimization Algorithms: Custom optimization goals for biomechanical analysis
- Computational Efficiency: Methods for reducing computational cost while maintaining accuracy
- Clinical Applications: Translation of research findings to practical clinical use
Key Contributions
- Development of custom optimization goals for OpenSim Moco framework
- Implementation of novel biomechanical analysis techniques
- Creation of computational tools for research and clinical applications
- Advancement of understanding in human movement biomechanics