Thornleigh Sixth Form

The A Level Physics curriculum aims to inspire curiosity, develop critical thinking, and deepen understanding of the fundamental principles that govern the physical world. Through a balanced blend of theoretical knowledge and practical applications, students will engage in a rigorous exploration of topics such as mechanics, electricity, quantum physics, and astrophysics.

By fostering a solid foundation in mathematical and scientific skills, we empower learners to analyse complex phenomena, solve problems, and communicate their findings effectively. Moreover, our curriculum promotes the development of scientific literacy, encouraging students to appreciate the significance of physics in everyday life and its role in shaping technological advancements.

Ultimately, we strive to cultivate a lifelong passion for physics and nurture future innovators and researchers.

Entry Requirements

Maths GCSE grade 6

Grade 6:6 in Combined Science GCSE or grade 6 in Physics GCSE

What will I Study?

Measurements and their Errors (Year 12/13 - integrated throughout the course as well as a particular focus on the transition module)

Particles and Radiation (Year 12)

Waves (Year 12)

Mechanics and Materials (Year 12)

Electricity (Year 12)

Further Mechanics and Thermal Physics (Year 13)

Fields and their Consequences (Year 13)

Nuclear Physics (Year 13)

Astrophysics (Year 13 - optional module)

Which exam board is used and how will I be assessed?

The exam board is AQA.

Click here to access the exam board webpage for this specification.

There will be 3 exam papers at the end of the course (worth 34%, 34% and 32%). Each paper is 2 hours long. The types of questions will be short and long answers, questions on practical techniques and data analysis and multiple choice questions.

A separate endorsement of practical skills will be taken alongside the A Level.

Where could this subject take me?

Engineering: Physics is fundamental to engineering disciplines such as mechanical, electrical, civil, aerospace, and chemical engineering. Students can work in industries such as manufacturing, energy, telecommunications, and transportation.

Physics Research: A strong foundation in A Level Physics can lead to a career in scientific research, working in areas such as quantum physics, astrophysics, particle physics, or materials science.
Medicine and Healthcare: Physics plays a crucial role in medical imaging technologies, radiation therapy, biophysics, and medical research. Students can pursue careers as medical physicists, radiologists, or biomedical engineers.

Aerospace and Defense: A Level Physics can lead to opportunities in the aerospace industry, working on space exploration, satellite technology, or defense technologies such as missile systems and radar systems.

Renewable Energy: With a focus on energy and thermodynamics, students can contribute to the development and implementation of renewable energy sources like solar, wind, and geothermal power.

Data Science and Analytics: Physics develops analytical and problem-solving skills that are highly valued in data science and analytics careers, where individuals analyse complex data sets and develop models to solve problems.

Teaching and Academia: A Level Physics provides a strong foundation for a career in teaching physics at the secondary or college level. It can also serve as a stepping stone towards further education and research in academia.

Finance and Consulting: Physics graduates possess strong analytical and quantitative skills, making them desirable candidates for roles in finance, consulting, and data-driven decision-making.
Technology and Innovation: Physics graduates can contribute to technological advancements, innovation, and product development in industries such as electronics, telecommunications, and computing.

How can I get ahead in this subject