Free A Level Physics in Penzance

CostFREE
Duration2 years
LevelLevel 3
DeliveryClassroom based
Start1 Sep 2027
Study modeFull-time
AttendanceDaytime
Awarding bodyPearson Edexcel awarding body

About this course

Free Level 3 GCE A Level in Physics Course in Penzance. Classes run at Penwith College, full-time over two years. You'll study both theory and experimental physics, exploring everything from atomic structure to the large-scale behaviour of the universe. Entry requires a minimum of five GCSEs at grade 4 or above, including GCSE Physics at grade 6 (or Combined Science at grades 6-6), GCSE Maths at grade 6, and GCSE English at grade 5. The Pearson Edexcel GCE A Level in Physics qualification is the standard route into physics-related degree programmes and technical careers.

Who this course is for

A Level Physics is an academic course designed to increase your knowledge, skills and understanding of the physical sciences and support your ability to apply that knowledge to solve problems. The course is studied as part of a programme of A Levels and has both theory and experimental components to the course. Physics allows you to understand the fundamental structure of the universe from atoms (or smaller!) to galaxies (or bigger!) and how the matter within the universe interacts. Through focused lectures we will explore these topics and how to use mathematical approaches to apply these ideas to a large range of real-life situations.

You will discover that the same underlying physical laws can be applied from everyday situations such as electric circuits or theme park rides to complex situations like particle accelerators or black holes. You will study through theory and experimental based lectures, meeting new concepts and applying them to a range of situations. You will develop your problem solving and mathematical skills, as well as understanding of a range of diverse topics, and there will be a clear focus on how to apply your understanding to solve problems of increasing complexity. There is a large emphasis on the application of mathematics within the course and how it can be used to explain the world around us. Practical lectures will enable you to develop confidence in working experimentally, as well as increasing your knowledge and skills regarding scientific method, data analysis and the presenting of data. We are also very keen to offer students to opportunity to engage in stretch and challenge activities, such as Olympiad competitions, and to support our students to make rewarding progression to higher education, work based training or employment. Students benefit from access to three modern physics laboratories, as well as a staff team with substantial expertise within the teaching of physics at this level.

Entry requirements

Minimum of 5 GCSEs grades 4 or above, including at least GCSE Physics grade 6 or GCSE Combined Science grades 6 6, GCSE English grade 5 and GCSE Maths grade 6.

What you will learn

  • You'll study the fundamental laws of mechanics, motion, and forces.
  • You'll explore electricity, waves, and electromagnetic phenomena.
  • You'll investigate quantum physics and the structure of matter at the atomic level.
  • You'll examine astrophysics and the large-scale structure of the universe.
  • You'll develop practical laboratory skills through hands-on experimental work.
  • You'll apply mathematical reasoning to solve physics problems.
  • You'll analyse and evaluate experimental data using scientific methods.

How you will learn

You'll learn through classroom teaching and practical laboratory sessions. The Pearson Edexcel A Level is assessed through written examinations at the end of the two-year course. There is also a practical endorsement, assessed separately through your performance in required practicals throughout the course. This endorsement does not contribute to the overall grade but is reported alongside it.

What you will need to bring

The centre will provide most materials. Penwith College will confirm anything else you need before you start.

Where next

Jobs you could do

  • Physics graduate roles: research, analysis, and technical problem-solving
  • Engineering technician: applying physics principles in design and testing
  • Data analyst: using mathematical and analytical skills across sectors
  • Laboratory technician: supporting scientific research and experiments
  • Nuclear industry technician: working in energy generation and safety
  • Aerospace or defence technical roles: supporting design and systems work

What you could study next

  • BSc Physics or Astrophysics: the natural next step for those wanting to specialise in the subject at degree level.
  • BEng Engineering (Mechanical, Electrical, or Civil): A Level Physics is a standard entry requirement for most engineering degrees.
  • BSc Mathematics or Computer Science: strong physics grounding supports these related STEM degrees.
  • Higher National Certificate (HNC) in Engineering: a work-based alternative to a full degree for those entering technical industries.

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