Physics
Physics is an exciting and varied subject where you study and model the make-up of reality. From the smallest particles and fundamental forces to vast galactic superclusters, physics allows us to unravel why the universe is as we perceive it.
It is highly regarded by universities and opens doors to a wide variety of careers, especially for students with a logical, mathematical mind and a desire to tackle the mysteries of the universe.
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Year 12
Students begin by strengthening the mathematical and conceptual tools needed to study the physical world.
Topics include particle physics, quantum phenomena, waves, mechanics and materials, and electricity.
Throughout the year, students learn to apply mathematical models, analyse experimental data and explain physical phenomena with increasing precision.
Because of the mathematical demands of the course, students studying Physics must also take A Level Mathematics.
In exceptional cases, students who are not studying A Level Mathematics will need to attend additional Maths lessons.
Year 13
In Year 13, students extend their understanding into further mechanics, thermal physics, fields and their consequences, nuclear physics and astrophysics.
Students refine their problem-solving, modelling and data-handling skills, applying mathematical principles to increasingly complex physical situations.
They also complete a range of required practical activities, developing confidence in experimental techniques and scientific investigation.
All A Level Physics examinations are taken in June at the end of the course.
Assessment Components
Paper 1
Paper 2
Paper 3
Assessment is through three written examination papers taken in June at the end of Year 13. These assess students' understanding of physical principles, mathematical problem-solving, practical skills and scientific data analysis. There is no coursework component.
Opportunities
An A Level in Physics is invaluable as it demonstrates your ability to solve problems in the real world.
The mathematical, modelling, computational and logical skills developed throughout the course are highly valued in a wide range of professional fields.
Physics supports progression into careers such as engineering, computer gaming, medical research, banking and data science, as well as many other areas where analytical and quantitative skills are essential.
Entrance Requirements
Essential Grade 6-6 in Combined Science or Grade 6 in Physics, plus Grade 6 in Maths.
Desirable Grade 7 in GCSE Physics and Grade 7 in GCSE Maths.
Important: Students should study A Level Mathematics alongside A Level Physics. In exceptional circumstances, students not taking A Level Mathematics will need to attend additional Maths lessons.
Physics (A-Level)
Physics is an exciting and varied subject exploring the make-up of reality, from fundamental particles and forces to the structure of the universe. It is highly regarded by universities and develops mathematical reasoning, analytical thinking and practical problem-solving skills.
Students are expected to study A Level Mathematics alongside Physics. In exceptional cases, those not studying A Level Mathematics must attend additional Maths lessons.
Year 12
Students study particle physics, quantum phenomena, waves, mechanics and materials, and electricity. They develop mathematical modelling, experimental analysis and scientific reasoning skills.
Year 13
Students study further mechanics, thermal physics, fields and their consequences, nuclear physics and astrophysics. They also develop practical investigation, data-handling and advanced problem-solving skills.
Assessment Components
Paper 1: Written examination covering particle physics, quantum phenomena, waves, mechanics and materials, and electricity.
Paper 2: Written examination covering further mechanics, thermal physics, fields and their consequences, and nuclear physics.
Paper 3: Written examination assessing practical skills, data analysis and astrophysics.
All three papers are taken in June at the end of Year 13. There is no coursework component.
Opportunities
A Level Physics supports progression into engineering, computer gaming, medical research, banking, data science and many other careers. It develops mathematical, computational, logical and problem-solving skills highly valued by universities and employers.
Entrance Requirements
Essential: Grade 6-6 in Combined Science or Grade 6 in Physics, plus Grade 6 in Maths.
Desirable: Grade 7 in GCSE Physics and Grade 7 in GCSE Maths.
Additional requirement: A Level Mathematics should be studied alongside Physics, with additional Maths lessons required in exceptional cases.