Physics

Course summary

Why study the subject If you enjoyed the physics units of your GCSE course and want to know more about these topics in greater depth and complexity then this may be the course for you. Course Structure The course is split into discrete topic areas. Students begin in Year 12 with a study of the laws, theories and models of physics and then students explore the practical applications of this theory in Year 13. Unit content Year 12 • Topic 1: Working as a Physicist • Topic 2: Mechanics • Topic 3: Electric Circuits • Topic 4: Materials • Topic 5: Waves and Particle Nature of Light Year 13 • Topic 6: Further Mechanics • Topic 7: Electric and Magnetic Fields • Topic 8: Nuclear and Particle Physics • Topic 9: Thermodynamics • Topic 10: Space • Topic 11: Nuclear Radiation • Topic 12: Gravitational Fields • Topic 13: Oscillations Skills Acquired There are a number of skills that are developed such as: • Problem solving • Research and analytical skills • Being able to justify evidence and ideas and debate theories Students suited to the course There is a large mathematical component to this course, so students that are competent at Mathematics will do well in Physics. What other subjects it combines well with Any of the other science subjects combine well with Physics A Level. Mathematics should also be considered due to the large overlap of skills needed in both subjects. Career or HE the course leads to Physics is a useful subject for the majority of STEM careers, but it is also useful for careers such as industry, transport, government, armed forces, secret service, research labs and much more. Physics is particularly useful in careers that involve construction or new technologies, such as, engineering, astronomy, robotics, computer science, communications and nanotechnology. Co-curricular Trips and visits, STEM challenges, Science Week.