Research Lines

Impaired motor function is a hallmark feature of neurological conditions such as spinal cord injury, stroke, cerebral palsy, multiple sclerosis, as well as aging and other motor pathologies. The resulting decrease in mobility hampers functional motor performance and often leads to social stigma and depression. Motor impairment has a significant impact on people' quality of life, while resulting in considerable costs for health and social services.

At the Neuroengineering Group (NEG), we are dedicated to developing innovative technologies that can ease rehabilitation processes and promote functional movement recovery. We collaborate with important research groups to create minimally invasive solutions including hybrid robotic exoskeletons and smart motor neuroprostheses, enhanced therapies and functional assessment systems.

We look forward to contributing in the following research lines:

1. Rehabilitation and compensation robotics.

2. Motor neuroprosthesis.

3. Motor control.

4. H-M interfaces.

5. Assessment systems.

6. Analysis of physiological signals and bioinspired algorithms.