Physics
Overview
Physics allows you to appreciate how fundamental science works. It is problem solving on both the largest and smallest scales imaginable.
As a Physicist, you can use the laws you uncover to develop new materials and technologies or to explain what the observable universe is made from and how it all works.
Entry requirements
GCSE - Grade 6 in Maths
GCSE - Grade 6 in Physics or 6-6 in Combined/Dual Science
You must also study A Level Maths.
Learning & Assessment
Why study this subject?
Studying physics allows you to develop robust and resilient problem-solving skills that can be applied to any situation. The practical aspects of the course allows you to develop other transferable skills in areas such as experimental design, data analysis, and evaluative techniques, which are crucial to empirical research in practical degree courses.
What can you expect from this A level?
Our A level physics team will use a range of teaching and learning techniques to allow you to build on your GCSE prior knowledge and understanding in a stimulating and supportive environment.
Concepts not covered previously at GCSE level such as; quantum physics, simple harmonic motion, thermodynamics and astrophysics, will be introduced across the two years of study.
What can you do with a qualification in this subject?
Physics plays a role in in how everything in the observable universe interacts, and therefore physicists have a very diverse range of career pathways.
As problem-solvers, physicists often progress into the various branches of engineering (mechanical, civil, aerospace etc), but other careers could include; Seismologist, Meteorologist, Research Scientist, Cosmologist and Medical Physicist.
Assessment
A level Physics is assessed by 100% examination. Students sit three exams at the end of their second year of study.
Each exam is two hours long and the three papers are equally weighted.
Exam questions assess your knowledge and understanding of the physics content, but there is a greater emphasis on how you apply your knowledge and understanding qualitatively and quantitatively.
Modules / Topics
Year One
Forces and motion.
Electricity.
Waves.
Quantum Physics.
The particle world.
Year Two
Circular and simple harmonic motion.
Gravitational and electric fields.
Magnetic fields and Induction.
Thermal and Nuclear Physics.
Radiation.
Trips / Visits / Enrichment
Enrichment Opportunities
Engineering Pre-Course Preparation
This enrichment helps students explore the diverse field of engineering and identify the areas most suited to their interests and career ambitions. Through structured research activities, students investigate university courses, entry requirements and future progression pathways, while gaining insight into student life through blogs, videos and case studies. The programme is supported by STEM Careers Week and the Physics Department's annual visit to Northumbria University, providing opportunities to engage with university ambassadors and learn more about studying engineering and related subjects.
What can I do with a qualification in this subject?
Pursuing an A Level in Physics, you develop essential analytical and problem-solving skills that are highly valued in many industries. This opens the door to a wide range of exciting career paths, from engineering to research and beyond, allowing you to explore the profound impacts of physics in our everyday lives.
