How do sport scientists use maths and physics in a practical manner to better understand sport and exercise performances? Ever wondered how you can work out the force generated when performing a bench press? How much force is generated by an athlete at the start of a 100m sprint? You will be introduced to the basic mechanical principles of human movement and their applications to sports performance and exercise. You will learn via a mixture of lectures, seminars and lab practical classes. You'll be able to apply theoretical biomechanical knowledge to sporting scenarios, setting the foundation knowledge for a career as a sport and exercise scientist, whether in an applied setting or in teaching/ coaching.
Lectures 8 hours, Practical 8 hours, Seminars 16 hours
45 minutes Test. Assessment Details: VLE Test worth 30%.
2 hours Examination. Assessment Details: Examination worth 70%.
Reassessment Method: Like-for-like
On successfully completing the module, students will be able to:
1. Define basic biomechanical terms (e.g., linear and angular kinematics and kinetics)
2. Apply Newton's Laws and the impulse-change in momentum relationship to basic two dimensional whole body movement.
3. Perform basic trigonometric and algebraic techniques
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