Health Performance Science Master Track 2025-2026

Performance Optimization

Credit Hours:
3
Coefficients
3
Level:
Master 2
Language:
English
Coordinator:
Alessandro Colosio
Number of hours:
26 hours (26h of lectures)

About the course

Through a series of lectures and workshops delivered by expert speakers in exercise physiology, biomechanics, and related fields, the primary goal of the course is to provide advanced knowledge in these fields and an overview of the most recent scientific literature and methodology of Sports Sciences. 

The students are aware of the current trends and scientific findings in Sports Sciences in the main areas to which the speakers belong:

  • The physiological mechanisms underlying exercise performance, 
  • Optimizing recovery by integrating sleep strategies 
  • Optimizing training load by learning how to assess neuromuscular fatigue
  • Biomechanical principles of movement efficiency and injury prevention.
  • Cutting-edge methods for monitoring and prescribing training, with a focus on data-driven exercise prescription.
  • Neuromuscular Fatigue, possibilities and limitations
  • Sleep and exercise
  • Acute and chronic adaptations to vibration
  • Biomechanics of sprints
  • Force-speed-endurance profile
  • Functional evaluation of aerobic metabolism
  • Written, 2 hours. Open questions covering the specific topic presented by the speakers.

Prerequisites & Assumed Knowledge

  • Foundational background in Sports Sciences, typically at the bachelor’s level and/or with a 1st-year master. 
  • Specifically:
    • Understanding of Exercise Physiology: Familiarity with concepts such as energy systems (aerobic and anaerobic), cardiovascular and respiratory responses to exercise, and principles of fatigue and recovery.
    • Basic Biomechanics: Knowledge of fundamental principles, including force analysis, movement patterns, and injury mechanics.
    • Research Methods: An understanding of the basics of scientific research, including study design, data interpretation, and critical appraisal of literature.
    • Training Principles: Awareness of exercise prescription, periodization, and principles of adaptation and overload.