Research

We develop low-cost, accessible therapies for stroke motor recovery — designed to be engaging and tailored to each person.

We use state-of-the-art technology to look at how people plan and execute movements. Much of our research focuses on replicating traditional motor learning experiments in more realistic settings.

We use psychological and computational motor control frameworks to develop more informative motor assessments.

Embodied robotic simulations to study neuroscience principles.

Field and lab work to understand octopus learning and feeding behaviour.