> 50
Faculty, Post Docs, PhD Students
6
plus other 5 joint labs
> 25
from European and National calls
The area integrates the development of novel neural devices (invasive and non-invasive), advanced computational and data-driven models of neural activity and behavior, and experimental and clinical translation.
A central pillar is the close interaction between engineering, neuroscience, and medicine, enabling the co-design of technologies and algorithms that are tested and validated in real clinical and patient-centered settings.
The ultimate goal is to translate fundamental discoveries into robust solutions for diagnosis, rehabilitation, and restoration of sensory, motor, and cognitive functions.