Course overview

A Level Physics is a highly respected qualification, demonstrating analytical and mathematical skills applicable to real world situations. It provides opportunities to explore fundamental physical principles and phenomena, from kinematics to cosmology, while combining practical laboratory skills with theoretical understanding.

Physics develops critical thinking and problem solving, encouraging students to investigate the universe, examine particle physics, and explore the boundaries of time and space. The course is ideal for students who enjoy logical reasoning, conceptual thinking, and applying mathematics to real life contexts.

Guest speakers and trips enhance learning, including lectures from university staff, engineers from industry, and visits to facilities such as CERN, Manchester University, MoSI, and Daresbury Labs.

Who is this course for?

This course is suitable for students who:

• Enjoy mathematical reasoning and problem solving
• Are curious about the physical universe and scientific principles
• Want to develop practical laboratory skills and theoretical understanding
• Are considering higher education or careers in Physics, Engineering, Medicine, Forensic Science, Astronomy, Cosmology, Electronics, Power Generation, Finance, or related fields

Course content

Core topics include:

• Particles and Quantum Phenomena / Waves and Optics
• Forces, Newton’s Laws of Motion and Momentum
• Work, Energy and Materials
• Electricity and DC Circuits
• Circular Motion and Simple Harmonic Motion
• Thermal Physics and Gases
• Gravitational and Electric Fields
• Capacitors, Magnetic Fields, and Electromagnetic Induction
• Radioactivity and Nuclear Energy

Option topics (choose one):

• Astrophysics
• Medical Physics
• Engineering Physics
• Turning Points in Physics
• Electronics

Practical work

A full programme of practical laboratory experiments complements the theory classes, developing hands on skills in experimental design, measurement, and analysis.

Assessment

A Level Physics is assessed entirely at the end of the two year course.

Theory papers – Three written exams:

• Paper 1 and Paper 2 each cover roughly half of the core content
• Paper 3 is synoptic, covering all course content plus the chosen option topic

Practical Skills Endorsement

• Twelve assessed experiments performed during class
• The result is reported separately alongside the A Level grade

Assessment evaluates both theoretical understanding and practical competence, including problem solving, calculations, and scientific communication.

Progression opportunities

• University degrees in Physics, Engineering, Medicine, Astronomy, Electronics, and related disciplines
• Apprenticeships or careers requiring strong analytical and technical skills
• Professions in research, technology, healthcare, finance, and applied sciences

Skills developed

• Advanced problem solving and mathematical reasoning
• Laboratory skills including measurement, analysis, and experimental design
• Conceptual thinking and understanding of abstract physical principles
• Effective communication of scientific ideas in written form
• Ability to apply theory to practical contexts

“Develop a deep understanding of the fundamental principles that govern the universe, while building strong analytical and problem solving skills through the study of physics in real world contexts.”