The Physics syllabus is broad and comprehensive covering everything that an A level Physics course would traditionally include. More specifically topics include: electronics; optics; material properties; wave behaviour; motion; radioactivity; oscillating systems; gravitational fields; electromagnetism; electric fields; astronomy; hot and cold matter; and subatomic particles. You will study in many different ways, including research projects, group work, calculations, independent study, but in particular through practical investigations and problem solving. You will be taught to approach investigations using a scientific method, to identify errors in your experiment in order to adapt your method to minimise it. You will be taught how to analyse data and accurately evaluate the uncertainty in it. You will learn how to approach questions in a logical and critical way.
5 GCSEs at grade 5 or above including English with a minimum grade 6 in Physics (or 6-6 Combined Science) and Maths. It would also be helpful to study A-Level Maths but this is not essential. Due to the popularity of this subject at OSA, a cap on the number of students entering the course may be required. In this case, priority will be given to students with the highest GCSE science grades.
A level of Physics is assessed by linear exams. In addition there is a Practical endorsement which is completed throughout the course and is a pass or fail unit.
About Education Provider
| Region | South East |
| Local Authority | Oxfordshire |
| Ofsted Rating | Good |
| Gender Type | Co-Educational |
| Address | Glanville Road, Oxford, OX4 2AU |
The Physics syllabus is broad and comprehensive covering everything that an A level Physics course would traditionally include. More specifically topics include: electronics; optics; material properties; wave behaviour; motion; radioactivity; oscillating systems; gravitational fields; electromagnetism; electric fields; astronomy; hot and cold matter; and subatomic particles. You will study in many different ways, including research projects, group work, calculations, independent study, but in particular through practical investigations and problem solving. You will be taught to approach investigations using a scientific method, to identify errors in your experiment in order to adapt your method to minimise it. You will be taught how to analyse data and accurately evaluate the uncertainty in it. You will learn how to approach questions in a logical and critical way.
5 GCSEs at grade 5 or above including English with a minimum grade 6 in Physics (or 6-6 Combined Science) and Maths. It would also be helpful to study A-Level Maths but this is not essential. Due to the popularity of this subject at OSA, a cap on the number of students entering the course may be required. In this case, priority will be given to students with the highest GCSE science grades.
A level of Physics is assessed by linear exams. In addition there is a Practical endorsement which is completed throughout the course and is a pass or fail unit.