Why choose A level physics?
Physics is a respected and challenging subject that trains students to think critically, logically, and creatively. It combines theoretical understanding with practical investigation to explore the laws that govern the universe – from subatomic particles to galaxies.
Studying physics develops analytical thinking, problem-solving and research skills that are highly sought after by universities and employers alike. Whether students aim for careers in science, engineering, medicine or finance, a qualification in physics opens the door to a wide range of exciting futures.
Course type: A level
Board: AQA
Entry requirements: Grade 7 in GCSE physics and grade 6 in GCSE biology and chemistry, or grade 7-7 in combined science, and grade 6 in maths
How will A level physics be delivered?
Physics is delivered through a blend of classroom-based theory and practical experimentation. Students develop their investigative skills while exploring a wide range of fundamental physical principles across both years of the course.
| Topic | Content | |
| Year 12 | Materials | Structure and function of carbohydrates, proteins, lipids, enzymes, DNA, and water |
| Electric circuits | Cell structure, microscopy, cell division, and membrane transport | |
| Waves | Gas exchange, digestion, and circulation in animals and plants | |
| Quantum physics and particles | DNA, protein synthesis, genetic diversity, and classification of organisms | |
| Forces and motion (mechanics) | Applying Newton’s Laws, motion graphs, momentum, and energy calculations | |
| Year 13 | Further mechanics and thermal physics | Analysing circular motion, simple harmonic motion, and energy transfers through heating |
| Fields and their consequences | Exploring gravitational, electric and magnetic fields, and their applications | |
| Nuclear physics | Studying radioactivity, nuclear decay, fission and fusion | |
| Optional module | One of: Astrophysics, medical physics, engineering physics, turning points in physics, or electronics |
Assessment
Assessment is through three written examinations at the end of year 13:
- Paper 1 – Topics from year 12 plus practical skills (2 hours) – 34% of the A Level
- Paper 2 – Topics from year 13 plus data analysis (2 hours) – 34% of the A Level
- Paper 3 – Practical skills, data analysis, and the chosen optional topic (2 hours) – 32% of the A Level
There is no coursework component, but practical skills are assessed throughout the course.
Students who demonstrate competence in practical skills will receive a practical endorsement certificate alongside their A Level grade.
Progression
A level physics provides a strong foundation for a wide variety of academic and career pathways. It is especially valuable for students pursuing STEM-related degrees or professions.
Studying this course can help students to:
- Progress to higher education courses in:
- Engineering
- Physical sciences
- Medical physics
- Architecture
- Computing
- Access careers such as:
- Electronics engineer
- Laboratory technician
- Scientific researcher
- Astrophysicist
- Financial analyst
- Develop critical transferable skills in logical reasoning, problem-solving, and data handling
