Physics

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Physics helps us understand the fundamental laws that govern the universe — from the smallest particles to the largest galaxies. It explains how and why things happen, and underpins many of the technologies that shape modern life.

A Level Physics is a challenging and rewarding course that develops your curiosity about the physical world while strengthening your mathematical and analytical skills. You will explore forces, energy, matter and space through both theoretical study and practical investigation.

Due to the high mathematical demand of the course, students wishing to study A Level Physics must also take A Level Mathematics. Approximately 50% of the assessment involves mathematical application beyond GCSE level.

Studying Physics opens doors to a wide range of highly respected and competitive degree courses and careers. It is particularly suited to students who enjoy problem solving, logical thinking and applying mathematics to real-world situations.

  • Course Content

    In the first year, students study particle physics, quantum physics, waves, mechanics, materials and electricity. These topics build on GCSE knowledge and introduce more advanced mathematical and theoretical concepts.

    In the second year, students explore further mechanics, gravitational and electric fields, magnetic fields, nuclear physics, thermal physics and astrophysics. The course develops a deeper understanding of the laws governing the universe and how they apply to real-world technologies.

    Practical investigations are embedded throughout the course to strengthen experimental techniques and analytical skills.

  • Skills Gained

    Students develop:

    • Advanced mathematical and problem-solving skills
    • Logical and analytical thinking
    • Practical laboratory and investigative skills
    • Data analysis and interpretation
    • Critical evaluation of scientific evidence
    • Independent study and research skills
    • Clear scientific communication

     

  • Pathways

    A Level Physics supports progression to a wide range of degree courses and careers, including:

    • Physics
    • Engineering (Mechanical, Civil, Electrical, Aeronautical)
    • Astrophysics
    • Mathematics
    • Computer Science
    • Natural Sciences


    Physics graduates are highly valued across many industries, including energy, engineering, finance, technology, research and education. The analytical, numerical and problem-solving skills developed during the course are transferable to a wide range of professions.

  • Assessment Method

    Assessment is through three externally examined written papers at the end of the two-year course. Each paper is two hours long.

    There is no coursework; however, students complete required practical activities throughout the course. Practical skills are assessed within the written examinations and contribute to at least 15% of the overall marks. Students also receive a separate practical endorsement based on their laboratory performance.

    Questions include a combination of multiple choice, short answer and extended writing responses.