Programme/Approved Electives for 2026/27
None
Available as a Free Standing Elective
No
Within this module students will explore the acute responses and chronic adaptations to exercise. This will include practical experience: conducting health screening; undertaking steady rate and incremental exercise testing; exploring metabolic cost using breath by breath expired gas analysis and finger-prick blood collection, and analysis to examine responses to exercise and adaptations to training. In addition, students will have the opportunity to develop contemporary science communication skills, translating complex physiological concepts into accessible formats for non-specialist audiences through digital and applied assessment tasks.
Aims
The module will take the student from the fundamental physiology knowledge acquired at L4 in Principles of Systems Physiology, to the application and assessment of such systems in sport and exercise scenarios.
Intended Learning Outcomes
Evaluate the acute responses and chronic adaptations to exercise in the cardiorespiratory and neuromuscular systems.: 2Collect, interpret and present data generated in a laboratory environment.: 2Describe and explain the acute responses, to steady rate and incremental exercise.: 2Differentiate between metabolic pathways utilised during rest and exercise.: 2Apply translational science skills to communicate sport and exercise physiology concepts to non-specialist audiences.: 1,2
Active learning includes:- 30 hours of teaching via class-based seminars and lab-based practical- 10 hours of directed assessment preparation- 10 hours of asynchronous directed study100 hours of independent study by the student:- 80 hours self-directed study- 5 hours self-study (e.g. developing competencies with relevant software);- 15 hours of assessment preparation
Description of Module Assessment
1: Assignment weighted 40%Contemporary scientific flyer and supporting social media postIndividually, students will produce a one-sided A4 scientific flyer that advertises their podcast and communicates its key sport and exercise physiology content to a defined audience. The task emphasises the translation of scientific concepts into clear, accessible and visually engaging messaging, requiring students to synthesise and present physiological principles and applied methods effectively (500-words).
The flyer will be supported by a professional social media post (for example, a LinkedIn post) to promote the podcast. The post should translate the scientific content into an accessible and engaging format suitable for a wider audience, demonstrating the ability to communicate evidence-based information in a professional and digitally appropriate manner (100-150 words).
2: Group Assessment weighted 60%PodcastIn small groups (ideally 2), students will produce a 15-minute podcast. The podcast will specifically focus on the presentation and interpretation of data (collected within the lab practical classes) and an exploration of the metabolic pathways associated with rest and physical activity.