COURSE CODE: OCR Physics A Level - H556

TYPICAL ENTRY REQUIREMENTS: 2 × 6s from GCSE higher Science paper (including Physics) and a 6 in GCSE Maths

CAREER POSSIBILITIES

Physics provides a broad perspective for solving problems, as physicists learn to approach challenges without being bound by context. This inventive way of thinking makes physicists highly desirable in any field, and along with mathematicians, they enjoy some of the best job prospects among graduates. Beyond obvious careers such as engineering and astronomy, physics qualifications also offer a strong foundation for diverse professions including journalism, law, finance, medicine, and computer science.

THE PROGRAMME

In Year 12, physics students will study topics such as Physical Quantities and Units, Making Measurements and Analysing Data, Nature of Quantities, Motion, Forces in Action, Work, Energy and Power, as well as Materials, Momentum, Charge and Current, Energy, Power and Resistance, Electrical Circuits, Waves, and Quantum Physics.

In Year 13, students will progress to Thermal Physics, Circular Motion, Oscillations, Gravitational Fields, Astrophysics and Cosmology, Capacitors, Electric Fields, Electromagnetism, Nuclear and Particle Physics, and Medical Imaging. Lessons during sixth form will include a variety of teaching methods such as demonstrations, practical work, lectures, handouts, ICT work, and one-to-one support.

Students are expected to take greater responsibility for their learning compared to GCSE, focusing on organisation, workload management, note-taking, reading around the subject, and self-motivation.

All exams are taken at the end of the course and cover the entire syllabus, with no modular exams. Question styles include multiple choice, structured questions, and longer essay-style answers. Practical skills are assessed separately and reported as Pass/Fail under the Practical Endorsement, and these skills will also be tested within written exam papers.

WHY STUDY THIS SUBJECT?

Physics forms the foundation of all science, unlocking the secrets of the universe from the vastness of galaxies to the tiniest subatomic particles. It is essential for understanding the world around us, within us, and beyond us. Through concepts like relativity and string theory, physics ignites curiosity and imagination, driving discoveries that have transformed modern life—from computers and lasers to medical breakthroughs such as joint repair and cancer treatments. It also underpins sustainable energy solutions and cutting-edge technologies, including nanostructures, quantum information, and photonics, paving the way for faster, more powerful computing and advanced communication systems. By studying physics, you gain the opportunity to contribute to these innovations and help shape the future.

Please note: This course will run subject to sufficient student numbers. Final decisions on course availability will be made based on demand and timetabling feasibility.