Entry Requirements

Grade 6 or higher in GCSE Maths and Grade 6 or higher in GCSE Physics and a Grade 6 GCSE or higher in Biology or Chemistry, with a GCSE grade 5 in the other science OR two Grade 6’s in GCSE Combined Science.

Exam Board: AQA

Why Study Physics?

If you have an interest in what makes the world work and have a good understanding of mathematics, then Physics is the subject for you. A successful A level physicist will be an effective problem-solver who can communicate efficiently both orally and in writing. Handling data will be a key part of your work and you will build up a range of practical skills that require creativity and accuracy as well as developing a firm understanding of health and safety issues.

What Topics Will I Study?

Over the course of two years you will study: particle physics; quantum physics; waves; mechanics; materials; electricity; thermal physics; gravitational and electric fields; capacitors; electromagnetism and nuclear physics.

In the second year the class will also select an option topic from: astrophysics, medical physics, turning points in physics, electronics and engineering.

How Will I Be Assessed?

Your understanding will be assessed through 3, 2-hour long, examinations at the end of year 13. These will each comprise around a third of your grade.

Your practical skills will be assessed through 12 investigations carried out in class, and completion of a lab book. You will be given a pass/fail grade for practical skills which will be reported alongside your final grade.

An Example/Illustration of the Type of Work Involved

Students will learn to solve problems using mathematical, logical and practical skills. They will be expected to develop a wide range of skills that enable them to identify and apply the best method to achieve an objective.

What Careers or Higher Education Follow from this Subject?

A Physics A-level qualification is an asset to any CV. It shows you can think logically, problem- solve and apply ideas.

It is ideal preparation for any career with a strong mathematical aspect such as medicine, dentistry, veterinary medicine, medical imaging, electrical engineering, mechanical engineering or aeronautical engineering.

There are many different degrees in aspects of physics, astronomy, electronics and engineering. You could also apply what you have learned to the study of computing, accountancy, journalism, business, design or law.

Other Opportunities Available Whilst Studying the Course

Trips will be arranged to university Physics departments and other locations relating to the options module chosen. There may also be an opportunity to visit CERN in Switzerland.