To provide the essential physiological background and knowledge of
– experimental methods
– computational tools
for the analysis of human movements, their neural correlates and other related aspects of human performance
Lectures, supervised lab activities
A. Human movement (wk 1)
B. Muscle mechanics and control (wk 2-3)
C. Single-joint neuromechanics (wk 4)
D. Multi-joint movements (wk 5-6)
E. Computational motor control (wk 7-8)
F. Motor learning (wk 9-10)
G. Movement kinetics (wk 11-12)
VITTORIO SANGUINETI (President)
MAURA CASADIO
MARCO MASSIMO FATO
Written exam (weight 50%)
Project work (weight 50%)
• Project work: develop a smartphone/tablet app for monitoring some form of user’s perceptual or motor performance
