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Understand sports science, anatomy, and physical performance.
Physical Education combines practical sports performance with the academic study of anatomy, physiology, biomechanics, sport psychology, and socio-cultural issues in sport. Students develop both athletic and analytical skills.
The course covers the musculoskeletal system, cardiovascular system, energy systems, skill acquisition, sports psychology, and the sociological impact of sport. Practical assessment requires high-level performance in chosen sports.
~120,000 GCSE entries
students/year
7
exam boards
We cover Physical Education across all major UK exam boards. Select a board to explore topics, or view the official specification.
7582
8 topics covered
View full specificationPearson-A-Level-Physical-Education
10 topics covered
View full specificationH555
10 topics covered
View full specificationWJEC-A-Level-Physical-Education
6 topics covered
View full specification601/8322/6
18 topics covered
View full specification601/8905/8
25 topics covered
View full specification601/8278/7
19 topics covered
View full specificationCurriculum data for this subject is being prepared.
Career paths and opportunities for Physical Education students
Teaching physical education and coaching sport in schools.
Training athletes and teams across various sports.
Treating injuries and supporting rehabilitation.
Analysing performance using physiological and biomechanical data.
These subjects complement Physical Education and are often studied together
Access our comprehensive library of past papers and mark schemes for A-Level Physical Education.
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A-level PE syllabuses (such as AQA, OCR, or Pearson Edexcel) typically include: applied anatomy and physiology (muscular, skeletal, cardiovascular, and respiratory systems exercise physiology), skill acquisition, sport psychology, sport and society (including history, ethics, and the impact of technology), biomechanics, and exercise physiology. The synoptic nature of the course means you’ll draw all these topics together to analyse and evaluate performance.
Yes, absolutely. While A-level Biology is often essential for medicine, PE is a strong supporting subject because it covers human biology, biomechanics, and applied physiology. For physiotherapy, PE is directly relevant and highly regarded, often preferred alongside another science. Many medical schools value diverse subject choices, and PE demonstrates your ability to apply science and your interest in human function. Always check specific university entry requirements.
Assessment varies by exam board, but typically it involves two written exam papers worth 60% of the total grade, covering the theoretical aspects. The remaining 40% is non-exam assessment (NEA), which includes practical performance in three sports (one team, one individual, and a third of your choice) and a written analysis and evaluation of performance (coursework). The exact sports allowed and assessment criteria depend on the board, so consult your specification.
A PE degree (or sports science-related degree) can lead to roles such as PE teacher, sports development officer, sports coach, fitness centre manager, personal trainer, nutritionist, physiotherapy, sports psychologist, sports journalist, or exercise physiologist. Graduates are also employed in the leisure industry, public health, armed forces, police, and even corporate wellness. Many careers may require further professional qualifications, but the degree gives you a strong and flexible foundation.