Our current research projects focus on improving patient outcomes through personalized biomechanical analysis. One project aims to enhance the clinical diagnosis of shoulder pathology by integrating patient-specific biomechanical simulations with functional assessments and medical imaging. Another project investigates how native knee anatomy influences joint alignment and clinical outcomes after knee arthroplasty. By understanding these anatomical variations, we strive to optimize surgical planning and tailor treatments to improve long-term function and patient satisfaction.