Programme/Approved Electives for 2026/27
None
Available as a Free Standing Elective
No
This module will develop your knowledge and understanding of biomechanical procedures and process. Enhancing already acquired knowledge around musculoskeletal injuries and gait patterns and using appropriate biomechanical instruments to assess activity.
Aims
The module aims to consolidate students’ understanding of basic biomechanical principles and techniques used to measure biomechanical variables, associated with sport, exercise and rehabilitation activities.
Intended Learning Outcomes
Appraise current biomechanical techniques and use them to collect and process biomechanical information in sport, exercise and rehabilitation activities.: 1Integrate and apply knowledge of the anatomy, structure and function of the musculoskeletal system with biomechanical concepts: 1,2Interpret biomechanical data using the fundamental mechanical laws and principles that underpin human movement and apply them to sport, exercise and rehabilitation activities.: 1,2Demonstrate an ability to present, interpret and discuss critically biomechanical information relating to a topic in sport, exercise and rehabilitation.: 2
Scheduled teaching hours:~18 hours of practical ~15 hours lectures/tutorials/ small group working/ formative assessment~3 hour tutorial~20 hours directed study including 5 hours of assessment preparation tasks94 hours independent learning comprising:~ 68 hours self directed study~ 20 hours completion of lab report~ 6 hours analysing data from workshops
Description of Module Assessment
1: Group Assessment weighted 50%OSCE style group practicalA group based practical assessment, where students will be required to demonstrate use of Biomechanical data collection techniques. Each group will be allotted a 50 minute slot during which they will perform a range of preparation works with a participant, or piece of equipment. Groups will comprise of 3-5 individuals, and will assess 3 different biomechanical techniques set up as a combined or multiple single stations. Students will be expected to work together well as a group and have individual roles. During the practical demonstration, examiners will ask questions of the group regarding the processes they are following as well as assessing how well they are performing each component. At the end of this component, students will be expected to answer a single individual question based on their practical demonstration.
2: Class Test weighted 50%Computer based knowledge testStudents will complete a 40 minute in-person computer based test. During this they will answer regarding biomechanical data collection techniques, and interpretation of data.
In the case of data interpretation questions, a dataset will be provided to the students 2-weeks before the assessment date for the purpose of familiarisation and analysis. The questions during the assessment will assess the student's understanding of the dataset and their ability to interpret biomechanical data, they will include questions regarding interpretation of the dataset provided prior to the assessment, as well as other questions related to biomechanical theory and interpretation.