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Open Research Positions

Corticospinal Models of Post-stroke Control Behavior

Master's Thesis Opening
Description: We are developing the first corticospinal computational models that can emulate control dysfunction in post-stroke rehabilitation. The model will be used to track, plan, and optimize neurorehabilitation outcomes in post-stroke care

Skills: Matlab, Signal Processing

Computational muscle models for human movement simulation

Master's Project Opening

Description: Computational models of human movement control require accurate muscle models that represent unique muscle force-length relationships. We are developing programmable models that reflect an individual's unique morphology for applications in personalized therapeutics.

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