Sylabus
1. Biomechanics characteristics of sport movement
2. Methods in biomechanics (e.g. Kinematic analysis - 2D, 3D space detection, system Qualisys, Footscan, Dynamografic method with Kistler plate, Photostereogrammetry, Moiré, EMG,
3. Principles of evaluation of sport performance
4. Increase of sport performance
5. Principles of Biofeedback in sport training
6. Prevention of injury, tolerance for mechanical load
7. Sportengineering
8. Biomechanics Analysis of chosen sport movement in laboratory "Biomechanics of Extreme loading"
Anotace
Sport Biomechanics represents the application of Biomechanics as an interdisciplinary branch, focused upon the study of: a) mechanic structure and conduct of live systems, b) problems of mechanic support or replacement their parts, c) mechanic interactions with external environment.