Free A Level Computer Science in Sutton Coldfield – The Streetly Academy

CostFREE
Duration2 years
LevelLevel 3
DeliveryClassroom based
Start1 Sep 2026
Study modeFull-time
AttendanceDaytime
Awarding bodyOCR awarding body

About this course

Free Advanced GCE in Computer Science in Sutton Coldfield. Classes run at The Streetly Academy. This two-year, full-time daytime course covers how computers work at a deep level, including CPU architecture, data exchange, software development, data types, and the legal and ethical issues surrounding computing. You'll also develop programming techniques and computational thinking. To join, you'll need a total point score of 33 or higher from your best 7 GCSEs, including English Language and Mathematics at grade 5 or higher, and GCSE Computer Science at grade 5 or higher.

Who this course is for

At A Level you will complete the following units:

Unit 1: Computer Systems 2.5 hour written paper (40% of A Level) This component will introduce you to the internal workings of the Central Processing Unit (CPU), the exchange of data and will also look at software development, data types and legal and ethical issues. It is expected that you will draw on this underpinning content when studying computational thinking, developing programming techniques and devising your own programming approach in the Programming project component (03 or 04).

Unit 2: Algorithms and Programming 2.5 hour written paper (40% of A Level) This component will incorporate and build on the knowledge and understanding gained in the Computer systems component (01).

In completing this unit, you should:

Understand what is meant by computational thinking Understand the benefits of applying computational thinking to solving a wide variety of problems Understand the principles of solving problems by computational methods Be able to use algorithms to describe problems Be able to analyse a problem by identifying its component parts.

Unit 3 Programming Project: Non-Exam Assessment (20% of A Level) In this unit you will be expected to analyse, design, develop, test, evaluate and document a program written in a suitable programming language. The underlying approach to the project is to apply the principles of computational thinking to a practical coding problem. You are are expected to apply appropriate principles from an agile development approach to the project development. While the project assessment criteria are organised into specific categories, it is anticipated that a final report will document the development process and that elements for each of the assessment categories will appear throughout the report.

Entry requirements

Total point score 33 or higher from best 7 GCSEs including English Language and Mathematics graded 5 or higher, and GCSE Computer Science graded 5 or higher.

What you will learn

  • You'll understand how the Central Processing Unit (CPU) works internally.
  • You'll explore how data is exchanged between computer systems.
  • You'll study software development principles and practices.
  • You'll work with different data types and how they're used in programming.
  • You'll examine the legal and ethical issues that affect computing and technology.
  • You'll develop computational thinking skills to break down and solve complex problems.
  • You'll build and refine your own programming techniques and approaches.

How you will learn

You'll study in the classroom at The Streetly Academy, with full-time daytime attendance across two years. Assessment includes a 2.5-hour written paper for Unit 1: Computer Systems, which accounts for 40% of the A Level. This paper tests your knowledge of CPU architecture, data exchange, software development, data types, and legal and ethical issues in computing.

What you will need to bring

The centre will provide most materials. The Streetly Academy will confirm anything else you need before you start.

Where next

Jobs you could do

  • Junior software developer: write and test code in a professional team
  • IT support analyst: diagnose and resolve technical problems for users
  • Web developer: build and maintain websites and web applications
  • Data analyst: interpret data to support business decisions
  • Network technician: set up and manage computer networks
  • Cybersecurity analyst: protect systems and data from threats

What you could study next

  • BSc Computer Science (degree): the natural next step for most students completing this A Level, opening roles in software engineering, data science, and systems design.
  • BSc Cyber Security: a specialist degree for those drawn to network protection and digital forensics.
  • Higher National Certificate (HNC) in Computing: a Level 4 alternative to a full degree, often available with employer sponsorship.
  • Degree apprenticeship in Software Engineering: combines paid work with a full degree qualification.