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Learning outcomes

To gain theoretical knowledge and practical skills in various measurement systems and data analysis in biomechanics. After completing the course a student is able to:
• use biomechanical research methods such as force transducers, surface electromyography, muscle and nerve stimulation
• describe muscle activation and contraction mechanisms
• explain the neural and muscle mechanical factors affecting the force production of skeletal muscle

Study methods

12 hours of lectures, 16 hours of demonstrations and 16 hours of independent laboratory work
Exchange students 3 ECTS; lectures and literature, NO demonstrations.
Students prepare brief reports of their laboratory work. Exams on lectures and literature.

Content

Force and pressure
EMG: muscle activation, reflexes, electrical stimulation
In vivo muscle mechanics
Kinematic analysis
Mechanical work and power
Stiffness
Data acquisition and processing

Further information

1st fall

Literature:

Assessment criteria

Lectures 50%.literature 50%, demonstrations pass / fail