At St Edward’s, our Computer Science curriculum will equip our students with the skills to succeed in the modern, technology-driven world we now live in.


Curriculum Intent

Computer Science is a relatively new subject to the curriculum, which has evolved out of Computing and Maths and has replaced ICT on the curriculum. It has a very different focus to ICT, in that Computer Science is centred on the underlying knowledge of how and why a computer works, rather than ICT being how to use a computer. 

At St Edward’s, Computer Science is intended to give students skills and knowledge to succeed and be safe in a modern technology-driven world, regardless of if they choose it at GCSE or A Level. Computational thinking and logical problem-solving approaches are at the heart of everything we do, skills which can be applied across the curriculum, along with relevant knowledge in real-world contexts to understand the role technology plays in all our lives.Shape

Course Contact

Mr Cain Prince
Computer Science Subject Leader

Key Stage Three

At Key Stage Three, students have one Computer Science lesson per fortnight. In Year 9, students also have one of their technology rotations given to programming. 

Across Key Stage Three, we try to answer questions such as: 

  • What is a computer? 
  • How does a computer store data? 
  • What is an algorithm? 
  • How does a computer represent different types of data? 
  • How do computers communicate with each other? 
  • How are programs structured? 
  • How do computer do calculations? 
  • What in the computer does the calculations? 

Each of these areas link to a key topic that is built upon at GCSE if they choose to study it. 

Key Stage Four

GCSE Computer Science

Computer Science underpins so much of our everyday life and routines - everything from the obvious technology items (phones, laptops, tablets) through to the less-obvious things (bank cards, weather forecasts, bar and QR codes) depend upon this subject. 

In GCSE Computer Science, students study 6 topic areas as follows: 

  • Topic 1 - Computational Thinking (e.g. How do we solve problems with computers?) 
  • Topic 2 - Data (e.g. Binary, Text, Images, Sound) 
  • Topic 3 - Computers (e.g. Hardware, Software) 
  • Topic 4 - Networks (e.g. LANs, WANs, the Internet) 
  • Topic 5 - Issues and Impact (e.g. Network Security, AI, Environmental Issues) 
  • Topic 6 - Programming (in Python) 

Topics 1 - 5 are assessed in a paper-based exam and Topic 6 is assessed through an on-screen programming exam. Throughout the course, students are prepared for the on-screen exam by doing a wide variety of programming tasks and exam-type problems. They are also provided with a booklet of key Python commands to use during the exam, allowing the focus to be on problem-solving rather than remembering code and syntax. 

This course is excellent for students who have an interest in working out solutions to problems, learning how things work at a deeper level and want to be a part of the development of the technology of the future.

Method of Assessment

Exam Board: Edexcel
Subject Code: 1CP2 (2020 Spec) 

2 Exams: 
Paper 1 - Principles of Computer Science (50%, paper exam) 
Paper 2 - Application of Computational Thinking (50%, on-screen exam)


BTEC Digital Information Technology

IT plays such a significant part in our everyday lives and is such a core part of many career paths - this course is for those students who are not studying a language to develop the core skills in this discipline to support their future progression plans. It is equivalent to a GCSE but graded on a BTEC scale. 

In BTEC Digital Information Technology, students take 3 components as follows: 

Component 1 - Exploring User Interface Design Principles and Project Planning Techniques 

Students examine the design behind different applications, from layout and emphasis through to accessibility requirements. They then look at how they can plan projects through techniques such as Gantt charts. The assignment for this component requires students to use Word to plan their projects and PowerPoint to create a prototype of a user interface. 

Component 2 - Collecting, Presenting and Interpreting Data 

Students examine how data is collected and used by organisations, touching on the threats to individuals and their privacy from this. They then look at dashboards as a means of presenting data using techniques such as conditional formatting, graphs, charts and sparklines. The assignment for this component requires students to use Word to write 2 reports on suitable data collection methods and trends and patterns from a dashboard in context and Excel to produce an analysis and dashboard on some given data. 

Component 3 - Effective Digital Working Practices 

Students look at the ways modern technology is used in businesses including cloud technologies, communication tools, cyber-security and data protection. All of these things are key to success in modern career paths. This knowledge is assessed through an external exam. 

This course is excellent for students to get a grounding in a number of both knowledge-based and practical IT concepts to set them up for success in their future.

Method of Assessment

Exam Board: Pearson 

Subject: BTEC Tech Award Level 1/2 in Digital Information Technology 

3 Components: 

  • Component 1 - Internal Assignment set by Exam Board (30%)
    Typically completed in Spring of Year 10 
  • Component 2 - Internal Assignment set by Exam Board (30%)
    Typically completed in Autumn of Year 11 
  • Component 3 - External Exam (40%)
    Typically taken in Summer of Year 11 

Key Stage Five

A Level Computer Science is an exciting and dynamic course that encourages a number of modern technological skills. Advances in Computer Science are transforming the way we live and work, and the new Computer Science specifications are changing with the times. This course, with it’s emphasis on abstract-thinking, general problem-solving, algorithmic and mathematical reasoning, scientific and engineering-based thinking is an excellent foundation for meeting these future challenges.

Learn more

Future Pathways

Studying GCSE Computer Science can lead to a number of pathways with a number of transferrable skills. 

Further study within this subject area could either be A Level Computer Science or an Applied or Vocational course at Level 3. It can also lead to apprenticeships in any technology-based industry, which is one of the fastest growing sectors in the UK.  

The skills of problem-solving, curiosity and logical-thinking can all be transferred to any other discipline and programming is now a part of a growing number of jobs and higher education courses, all of which are covered in this course! 

Student Destinations

University of Plymouth - Computer Science 

University of Plymouth - Computer Science (Cybersecurity)

Bournemouth University - Computing 

Ultra (Engineering) - Degree Apprenticeship 

University of Southampton - Aeronautics and Astronautics


Student Testimonials

“Computer Science lessons are really engaging, and we learn so much in even just an hour!”

Chloe, KS4 Computer Science student

“I have particularly enjoyed the depth of the A Level, especially the programming side, along with the creative freedom to choose my own project”

Ben, KS5 Computer Science student