Physics

This course is for students who want to continue studying physics after GCSE. You'll already be familiar with some of the topics like forces and electricity, but the A level will give you the chance to study these and some new ones, in much greater depth. You might be choosing physics because you're headed for a scientific career, though it will give you transferable skills that can be used in a wide range of non-scientific careers too. To study Physics A level, you'll need a keen interest in science and good maths skills.

A Level Physics combines practical investigations and experiments with theoretical ideas, giving you the skills to logically analyse and solve problems. You'll cover the following topics: Measurements and their errors, Particles and radiation, Waves mechanics and energy, Electricity, Further mechanics, Thermal physics, Fields and Nuclear physics.

You will learn through formal classroom teaching and practical laboratory work, individual and group project work, field trips, discussions and debates. You'll design and conduct experiments using a range of methods and equipment. You will be expected to undertake private study including research, revision and homework tasks. There will be careers events, visits and talks from industry and higher education professionals.

Assessment is through final examination at the end of the course. There will be 3 papers each of 2 hours duration. Exams will comprise of short, multiple choice and extended answer questions. There will also be teacher assessed practicals.

Minimum of five grade 4 GCSE passes; these must include at least grade 4 in English Language. Additionally, this course requires Grade 6 in Maths and 6-6 in Combined Science or a 6 in Physics.

You will have transferable skills such as numeracy, analytical thinking, practical laboratory and problem solving skills which are useful in lots of careers. You could go on to a degree such as physics, physical sciences, mathematics-related courses, engineering, medicine, computing and many others. There are technician jobs and apprenticeships supporting physics in industry and research, technical and laboratory apprenticeships in universities, engineering and junior science apprenticeships.