Physics
Physics is the science which underpins all others. It is ultimately the study of how the universe works. It is a dynamic subject which is constantly developing and there are always new ideas to be explored.
Physicists ask the really ‘big questions’, such as: “How did the universe begin?”, “How does the Sun keep on shining?” and “What are the basic building blocks of matter?”. If you’re fascinated by these questions, you will enjoy studying Physics at A-Level and beyond.
Studying Physics at St Wilfrid’s will allow you to explore the subject and develop your skills in a supportive environment where the focus is on your development. You will be supported by a team which is committed to ensuring all students achieve their potential. We have an ‘open door’ policy and provide targeted support to ensure you reach your goals. In addition, we are passionate about Physics and our aim is for you to feel the same! You will be encouraged to pursue a deeper understanding of the subject through wider reading and we often provide opportunities to experience what studying Physics at university or pursuing a related career is like, by running trips or inviting in guest speakers to talk to you.
Entry Criteria
6 in GCSE Physics (or 6:6 in Combined) and 6 in GCSE Mathematics.
Companion Subjects
Career Paths
- Medicine
- Mechanical/Civil Engineering
- Research
- Software Design
- Aeronautical Engineering
- Medical Physics
- Geophysical Engineering
Subject Intent
This course aims to fuel curiosity and understanding of how the universe works—from quantum particles to stars. Students will develop analytical thinking, precise problem-solving, practical investigation skills, and scientific communication. Whether you're drawn to engineering, astrophysics, medicine, or technology, this qualification builds a strong foundation for higher education and future careers.
Course Overview
The course is organised into six modules, with practical work woven throughout:
- Development of Practical Skills in Physics – Experimental techniques, data gathering & analysis
- Foundations of Physics – Measurement, units, uncertainties, vector/scalar quantities
- Forces and Motion – Dynamics, energy conservation, materials, momentum
- Electrons, Waves, and Photons – Electricity, circuits, wave phenomena, quantum mechanics
- Newtonian World and Astrophysics – Thermal physics, circular motion, oscillations, gravitation, cosmology
- Particles and Medical Physics – Fields, electromagnetism, nuclear physics, medical imaging
Assessment Structure
- Component 01 – Modelling Physics – Modules 1, 2, 3, 5 – 2 hours 15 minutes, 100 marks – 37%
- Component 02 – Exploring Physics – Modules 1, 2, 4, 6 – 2 hours 15 minutes, 100 marks – 37%
- Component 03 – Unified Physics – All modules 1–6 – 1 hour 30 minutes, 70 marks – 26%
- Component 04 – Practical Endorsement – Practical skills – NEA, reported separately – no weighting
Each paper blends multiple-choice, structured problem-solving, quantitative calculations, and extended response questions. Practical skills are assessed both in exams and through a teacher-led practical endorsement.
Homework & Independent Study
- Regular practice with paper-style questions (calculations, theory, problem-solving).
- Deep dives into case studies (e.g., black holes, particle decay, circuit models).
- Lab write-ups and data analysis to solidify practical understanding.
- Additional reading around modern physics, current research, and news topics.
Enrichment Opportunities
- Physics lab workshops (e.g., oscilloscopes, radiation detection).
- Guest sessions from physicists, engineers, or medical physicists.
- Visits to university facilities, observatories, or research centres.
- Participation in competitions like Physics Olympiad or BPhO.
- Support sessions, revision clinics, and peer-led study groups.
Where Can Physics Take You?
A-Level Physics opens doors to degrees and careers in:
- Engineering, Physics, Astrophysics, Medical Physics, Aerospace.
- Data Science, Computing, Quantitative Finance, Environmental Science.
- It also builds problem-solving, analytical reasoning, maths fluency, and technical communication skills—valuable in virtually any field.