Course Full Title: A Level Physics
Exam Board: AQA
Specification Code: 7408
Why study Physics?
A Level Physics is a challenging but highly rewarding subject that develops a deep understanding of how the universe works, from the smallest subatomic particles to the largest galaxies. It is ideal for students who enjoy problem-solving, logical thinking, and applying mathematics to real-world situations. Physics is at the heart of modern technology, underpinning advances in engineering, medicine, energy, and communications, making it one of the most versatile and respected A Levels you can study.
By choosing Physics, you will develop a wide range of transferable skills that go far beyond the subject itself. You will learn to analyse complex information, apply mathematical methods to unfamiliar problems, and carry out experiments with precision and accuracy. These skills are highly valued by universities and employers in a variety of fields, not just in science and engineering.
Physics is essential for careers in engineering, astrophysics, medical physics, and many areas of research. It also supports progression into subjects such as mathematics, computer science, and economics, thanks to the analytical and problem-solving abilities it develops. Studying A Level Physics shows determination, resilience, and intellectual curiosity, making it an excellent choice for any student who wants to challenge themselves and keep their future career options wide open.
What will I study over the two years?
The A Level Physics specification comprises a comprehensive curriculum designed to deepen students’ understanding of fundamental physical principles and their applications. The course is structured into core content and optional topics, with assessments focusing on both theoretical knowledge and practical skills.
Topics covered are:
- Measurements and their errors – Introductions to physical quantities, units, and error analysis
- Particles and Radiation – Study of subatomic particles, quantum phenomena, and nuclear physics
- Waves – Exploration of wave properties, behaviours, and applications
- Mechanics and Materials – Analysis of forces, motion, and the properties of materials
- Electricity – Examination of electric circuits, current, voltage, and resistance
- Further mechanics and thermal physics – Advanced topics in motion, energy and heat transfer
- Fields and their consequences – Study of gravitational, electric, and magnetic fields
- Nuclear Physics – Understanding nuclear reactions, radiation, and energy production
- Astrophysics – Study of celestial bodies and the universe
After studying these topics you will be in a position to specialise further in a certain discipline should you wish to further your study beyond A Level.
What makes a good Physics student?
A good A Level Physics student is curious, analytical, and enjoys solving problems using logical reasoning and mathematics. They are persistent when tackling challenging concepts and can apply knowledge to unfamiliar situations. Precision and attention to detail in experiments are essential, alongside the ability to interpret and evaluate data. Strong organisation, independent study habits, and a willingness to ask questions help them consolidate understanding and make steady progress.
Where could Physics take me?
The options are endless! An A Level in Physics demonstrates great mathematical ability as well as an aptitude for applying this to real life situations. It is essential for degrees in physics, engineering, astrophysics, and related sciences, and is highly valued for medicine, computer science, and finance due to its analytical and problem-solving focus. The subject develops transferable skills in mathematics, critical thinking, and experimental work, making it attractive to employers. Physics keeps options open for both scientific and non-scientific careers. One of our former Physics students, Emily Rickman, now works in the USA searching for exoplanets!
How will I be assessed?
At the end of the two years of study you will sit three external exams worth 100% of the final grade. Throughout the course you will undertake a series of 16 core practical activities, leading to a practical endorsement alongside the final A Level grade achieved. This component does not count towards the final grade, however demonstrates to Universities and employers your practical abilities. The theory of these practical tasks are assessed within the exam papers, they form a major focus of Paper 3.
What are the entrance requirements?
- 2 x Grade 6 or above in Science
- 5 or more grades 5-9; including equivalents across at least 5 subjects
- Maths and English Language Grade 6 or above
- Average GCSE GRADE of at least 4.75 (average of ALL GCSE full courses taken)