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A Level Physics

2 year Course / AQA

We follow the AQA specification for A-level Physics. The course will develop a much deeper understanding of some familiar topics from GCSE and introduce whole new areas of theory.

More on this course

TOPICS AT A-LEVEL

  • Measurements and Their Errors
  • Particles and Radiation
  • Waves
  • Mechanics and Materials
  • Electricity
  • Further Mechanics and Thermal Physics
  • Fields and Their Consequences
  • Nuclear Physics
  • Option topic: Turning Point

 

Teaching and Learning Methods

Theory lessons will concentrate on the students’ understanding of physical concepts, with a particular focus on the development of analytical and problem solving skills. Practical work is undertaken to link theory to reality and develop scientific investigative skills. Progress is regularly monitored using exam style assessments.

Assessment

The A-level is 100% assessed by written exam at the end of Year 13.

Paper 1 – Core topics (2hrs, 34%).
Paper 2 – Core topics (2hrs, 34%).
Paper 3 – Practical skills and data analysis & option topic (2hrs, 32%).

A practical endorsement is also undertaken to show proficiency of skill, however does not contribute to the final A-level grade, this constitutes as a pass or not classified on the A-level certificate.

Careers Insight

Physics is a solid choice for students considering a career in medicine, veterinary science, dentistry, computing, chemistry, biology, mathematics and environmental science. Physics will also prepare students for industry careers, such as those within the engineering or electronics sectors.

Student Testimonials

“Education is our collective investment in understanding the world and securing the future. Education is the great social and economic equalizer. It lowers the barriers to opportunity and drives social mobility and positive life outcomes. It offers everyone the chance to develop knowledge and learn skills to transform themselves and their communities. It helps us adapt to new demands and challenges.”

Dr. Fiona Hill CMG

Chancellor of Durham University, defence advisor to the UK government and Senior Fellow at The Brookings Institution, Washington DC

“communities in the North have a strong sense of place and purpose.  For regional development to succeed, we need to develop and retain the talent of young people.   Durham Mathematics School has a crucial part to play in that process.”

Ed Twiddy

Co-founder of Atom Bank and former Director of the North East LEP

“the Department of Mathematical Sciences at Durham University has a longstanding commitment to outreach and widening participation…[and] is eager to engage in a very practical way”

Peter Bowcock

Associate Professor, Mathematical and Theoretical Particle Physics 

“Durham and the wider North East have made significant economic strides in recent years with important growth sectors including Space and Satellite, Advanced Manufacturing and Life Sciences. These are sectors that rely on us nurturing talent through our education system and ensuring that we offer the very best possible learning opportunities to our children and young people. Education is an ecosystem and have a Maths School in our Region is critical to that ecosystem optimising. A Maths School will provide the opportunity for young people from across the region who have a fascination for the subject to be stretched and challenged. From there they can go on to study at the very best Universities and on to make significant contributions to the Region and to global society.”

Cllr Elizabeth Scott

Portfolio Holder for Economy and Partnerships, Durham County Council