Investigating human joint mechanics to inform prosthetic articulation and load transfer.
This work focuses on capturing real anatomical motion to guide mechanical design.
Translating muscle behavior into mechanical and computational prosthetic models.
Emphasis on force generation, efficiency, and biological realism.
Studying human–machine interaction to improve control and embodiment.
Research includes interface design, feedback pathways, and usability.
Evaluating real-world performance of experimental prosthetic systems.
Focused on durability, comfort, and long-term functional outcomes.