Free A Level Physics in Sutton Coldfield. Classes run at Arthur Terry School, full-time during the day over 18 months. You'll build deep knowledge of core physics principles, from mechanics and electricity to particles and waves, alongside hands-on practical work and data analysis. The course covers compulsory topics plus optional specialist areas, so you can focus on what interests you most. Entry to the sixth form requires a minimum of 33 points across at least 7 GCSEs, including English Language and Maths at grade 4 or above, plus subject-specific entry requirements.
Who this course is for
This course is designed for you to progress smoothly from your previous GCSE studies in Physics. You will develop in-depth knowledge and understanding of the principles of Physics, gain hands on practical skills and data analysis skills, appreciate How Science Works and its relevance beyond the laboratory, see how Physics links to other sciences and how the subject underpins important technologies and study optional topics so that you can specialise in areas that interest you.
Entry requirements
Minimum entry requirement to the Arthur Terry 6th form:
Gaining a minimum 33 points from a minimum of 7 GCSEs which must include English Language and Maths with a minimum point score of 4. Individual subject entry requirements must follow the Pathway entry requirements table also available on the Arthur Terry School website.
Up to 2 BTEC/OCR National qualifications at Level 2 Merit can be used for 6th form entry.
Each BTEC will count as 1 of the 7 GCSE grades
Minimum subject entry requirements: 6 in GCSE Science (Core & Additional) or 6 in GCSE Physics and 7 in GCSE Maths plus 5 in GCSE English Literature or Language
What you will learn
You'll study measurements, SI units, and the limitations of physical measurement.
You'll explore particles, radiation, quantum phenomena, and wave-particle duality.
You'll analyse waves, including diffraction, interference, and stationary waves.
You'll apply Newton's laws, momentum, energy, and projectile motion to real problems.
You'll investigate electricity, circuits, resistivity, and electromotive force.
You'll examine periodic motion, simple harmonic motion, and resonance.
You'll develop practical skills and data analysis techniques throughout the course.
You'll study optional specialist topics to deepen knowledge in areas that interest you.
How you will learn
You'll learn through classroom teaching, practical laboratory work, and data analysis tasks. Assessment is by written examinations at the end of the two-year course, set and marked by AQA. Practical skills are assessed separately through a practical endorsement, which is reported alongside your A Level grade. There are no coursework components contributing to the final grade.
What you will need to bring
The centre will provide most materials. Arthur Terry School will confirm anything else you need before you start.
Where next
Jobs you could do
Physics teacher: teach physics in secondary schools after a PGCE
Engineering technician: support engineers in design and testing roles
Laboratory technician: work in research, testing, or quality control labs
Data analyst: apply analytical skills across tech, finance, or science sectors
Nuclear technician: work in nuclear energy or radiation safety
Acoustics consultant: measure and manage sound in built environments
Aerospace technician: support aircraft or spacecraft design and maintenance
What you could study next
BSc Physics: the natural next step for those wanting to specialise further at university.
BSc Engineering (Mechanical, Electrical, or Civil): A Level Physics is a standard entry requirement for most engineering degrees.
BSc Computer Science or Mathematics: strong options if you want to combine physics with computing or pure maths.
Higher Apprenticeship in Engineering or Science: a work-based route into industry alongside degree-level study.
