Biomechanics module (GM50005)

This module will introduce you to the basic principles of biomechanics and measurement. Knowledge in these areas is required for a complete understanding of the assessment, prescription, and design of orthopaedic and rehabilitation devices.

This module will also develop your understanding of the function and structure of the human body and how it is adapted to bear the various loads and forces that it is subjected to. This module will build on the foundational mechanics concepts, such as Newton's Laws of Motion, which you learnt in the introductory topics module. It will equip you with the necessary skills to conduct a biomechanical analysis of the human musculoskeletal system.

What you will learn

In this module, you will:

• apply the laws of mechanics to predict forces present in all the major joints of the human body
• study how disease processes or conditions can influence the body's capacity to function as a load bearing structure
• study the technology employed to measure the forces and movements experienced by the human body during various forms of physical activity

By the end of this module, you will be able to:

• perform a biomechanics based analysis of various human activities
• describe the various technologies associated with the measurement of force and human movement during various forms of physical activity

Assignments / assessment

• coursework assignment 1 (6.6%)
  • biomechanics of skeletal systems
  • multiple-choice questions, short essay style questions, and longer essay questions
• coursework assignment 2 (6.6%)
  • biomechanics of soft tissue systems
  • multiple-choice questions, short essay style questions, and longer essay questions
• coursework assignment 3 (6.6%)
  • biomechanical measurement systems
  • multiple-choice questions, short essay style questions, and longer essay questions
• unseen examination (80%)

Teaching methods / timetable

• 45-minute lectures
• online learning resources with self-assessment questions
• small group tutorials
• practical lab sessions
• talks by invited speakers