AQA A-Level Physics (7408) Past Papers for 2027+ Exams

Ideal for Students Sitting Exams in 2027 and Beyond

These AQA A-Level Computer Science 7517 past papers are ideal for students preparing for mock examinations and final exams in 2027 and beyond. Regular exam practice can help you become more confident with programming problems, algorithms, data representation, computer systems, networking, databases and extended-response questions.

For the best revision approach, students should use past papers alongside revision notes and topic questions. Revision notes can help you consolidate difficult concepts, while topic questions allow you to focus on individual areas of the specification before attempting complete examination papers.

Based on our experience, students who consistently use past papers, revision notes and topic questions can significantly improve their examination preparation and performance. Some students have achieved improvements of two or even three grades when making effective use of our online resources as part of a consistent revision programme. Results will vary between students depending on their starting point, understanding, revision habits and overall preparation.

Latest AQA A-Level Computer Science 7517 Past Papers

AQA A-Level Computer Science is a linear qualification, meaning students complete all assessments in the same examination series. The qualification consists of two written examination papers and a non-exam assessment.

The two written papers each contribute 40% of the A-level, while the non-exam assessment contributes the remaining 20%. Paper 1 and Paper 2 each have a maximum raw mark of 100, while the NEA is worth 75 marks.

Working through a range of AQA Computer Science 7517 past papers can help you become familiar with the structure of the examinations and develop the ability to apply programming, theoretical and problem-solving skills under timed conditions.

AQA A-Level Computer Science 7517 Exam Papers

Paper 1 – Programming and Fundamentals of Programming

Paper 1 (7517/1) is a 2 hour 30 minute on-screen examination and contributes 40% of the A-level. It assesses programming ability together with the theoretical knowledge covered by fundamentals of programming, data structures, algorithms and theory of computation, as well as systematic problem-solving skills.

Students can take Paper 1 using one of the available programming language options: C#, Java, Python or VB.Net. The examination includes short questions as well as opportunities to write, adapt and extend programs using an electronic answer document. AQA provides preliminary material and a skeleton program for the examination.

Practising Paper 1 past papers can help you improve your programming technique, algorithmic thinking, code tracing and ability to solve unfamiliar computational problems.

Paper 2 – Computing Theory

Paper 2 (7517/2) is a 2 hour 30 minute written examination and contributes another 40% of the A-level. It assesses the theoretical content covering data representation, computer systems, computer organisation and architecture, consequences of computing, communication and networking, databases, Big Data and functional programming.

The paper includes compulsory short-answer and extended-answer questions. Regular practice can help you become more confident when explaining technical concepts and applying your knowledge to unfamiliar scenarios.

AQA A-Level Computer Science Non-Exam Assessment

The AQA Computer Science 7517 qualification also includes a non-exam assessment worth 75 marks and 20% of the A-level. The practical project requires students to use the knowledge and skills gained throughout the course to solve or investigate a practical problem using a systematic approach to problem solving.

Although the NEA is not a past-paper examination, the skills developed through the project are closely connected to the programming, analysis, design and evaluation skills required throughout the course.

AQA A-Level Computer Science 7517 Syllabus Summary

The AQA A-Level Computer Science specification contains a broad range of theoretical and practical content. The A-level subject content is organised into programming, data structures, algorithms, theory of computation, data representation, computer systems, computer architecture, the consequences of computing, networking, databases, Big Data, functional programming and systematic problem solving.

Fundamentals of Programming

This section develops programming knowledge and skills, including programming constructs, data types, procedural programming, object-oriented programming and techniques for developing reliable programs.

Fundamentals of Data Structures

Students explore data structures and how they can be used to store and manipulate information efficiently. The topic supports programming and algorithmic problem solving.

Fundamentals of Algorithms

Algorithms are central to A-level Computer Science. Students learn how algorithms can be designed, analysed and evaluated, including considerations such as efficiency and complexity.

Theory of Computation

This area examines concepts relating to computational problems, algorithms, and the limits of computation. Students develop a deeper understanding of how computational processes can be represented and analyzed.

Fundamentals of Data Representation

Students study how different types of data are represented digitally, including numbers, text, images, and sound, together with relevant concepts such as binary representation and data storage.

Fundamentals of Computer Systems

This section develops understanding of computer systems and how hardware and software work together to execute programs and process information.

Fundamentals of Computer Organization and Architecture

Students explore the organization and architecture of computer systems, including processors, memory, storage, and the mechanisms used to execute instructions.

Consequences of Uses of Computing

This topic examines the social, ethical, legal and cultural consequences of computing and digital technologies. Students need to be able to discuss opportunities, risks and wider impacts.

Fundamentals of Communication and Networking

Networking covers communication between computer systems, network structures, protocols, security and the technologies that allow systems to communicate and share information.

Fundamentals of Databases

Students develop an understanding of databases, including database structures, relational databases, SQL and the principles involved in storing and retrieving data.

Big Data

The Big Data section examines large-scale datasets, the characteristics of Big Data, and the technologies and approaches used to manage and process large amounts of information.

Fundamentals of Functional Programming

Students develop an understanding of functional programming concepts and how functional approaches can be used to solve computational problems.

Systematic Approach to Problem Solving

This area focuses on analyzing problems, designing computational solutions, implementing programs, testing solutions, and evaluating the effectiveness of the final result.

Programming Languages for AQA Computer Science 7517

Programming is an important part of AQA A-Level Computer Science. For Paper 1, AQA provides programming-language options including C#, Java, Python and VB.Net.

Students should make sure they are comfortable with the programming language used by their school or college. Practising programming questions regularly can help improve code structure, debugging, algorithm implementation and the ability to translate a problem into a working computational solution.

Why Practice AQA A-Level Computer Science 7517 Past Papers?

Past papers allow you to apply your knowledge to realistic examination-style questions rather than simply reviewing your revision notes. They can help you understand how AQA assesses programming, theoretical knowledge, computational problem solving and extended responses.

Regular practice can also help you identify patterns in your mistakes. If you repeatedly struggle with algorithms, databases, networking, programming or data representation, you can return to the relevant revision notes and complete targeted topic questions.

Past papers are particularly valuable before examinations because they allow you to practise working within the time available and develop a more effective examination technique.

How to Use AQA A-Level Computer Science 7517 Past Papers Effectively

Start by reviewing your revision notes and identifying the areas of the specification you need to strengthen. Use topic questions to practise individual concepts before moving on to complete past papers.

For Paper 1, practise writing and tracing programs regularly. Focus on understanding why your code works rather than simply memorising programming patterns. Work on algorithms, data structures, debugging and problem solving so that you can adapt your knowledge to unfamiliar questions.

For Paper 2, practise explaining technical concepts in your own words. Pay attention to command words and make sure your answers provide enough detail to address the question fully.

Once you are comfortable with the individual topics, complete full past papers under timed examination conditions. After marking your answers, record the areas where you lost marks and return to your revision notes and topic questions.

Using the cycle of revision notes → topic questions → past papers → review and improve can make your A-level Computer Science preparation more focused and effective.

Prepare for the 2027 AQA A-Level Computer Science Exams

For students sitting AQA A-Level Computer Science 7517 examinations in 2027, Paper 1 (7517/1) is scheduled for 7 June 2027, while Paper 2 (7517/2) is scheduled for 15 June 2027. Both examinations have a duration of 2 hours 30 minutes. Paper 1 is an on-screen examination, while Paper 2 is a written examination.

The 7517/C non-exam assessment has a submission deadline of 15 May 2027, although schools and colleges may set their own internal deadlines.

AQA A-Level Computer Science Past Papers with Revision Notes and Topic Questions

Past papers are most effective when combined with other revision resources. Use revision notes to consolidate your understanding of Computer Science concepts, topic questions to practise specific areas of the specification, and past papers to test your overall knowledge under realistic examination conditions.

This approach is particularly useful for A-level Computer Science because students need to combine programming ability, theoretical knowledge, mathematical thinking, logical reasoning and problem-solving skills.

Build Your AQA Computer Science Exam Confidence

A-level Computer Science requires more than memorising definitions. Students need to understand how computational systems work and be able to apply their knowledge to unfamiliar problems.

Consistent practice with AQA A-Level Computer Science 7517 past papers can help you become more comfortable with programming problems, extended responses and theoretical questions. Reviewing your mistakes after each paper is equally important because it allows you to identify exactly where your understanding or examination technique needs improvement.

Over time, this process can help you approach both Paper 1 and Paper 2 with greater confidence.

Prepare for AQA A-Level Computer Science 7517 with Exam Papers Practice

Exam Papers Practice provides exam-focused resources to support students preparing for AQA A-Level Computer Science (7517).

Use past papers alongside revision notes and topic questions to strengthen your understanding of the specification, practise programming and theoretical questions, improve your problem-solving skills and develop the examination technique required for A-level Computer Science.

Whether you are preparing for mock examinations or your final A-level exams, consistent and targeted practice can help you make the most of your revision time.