AQA GCSE Design and Technology (8552) Past Papers & Mark Schemes
Prepare for AQA GCSE Design and Technology (8552) with the latest past papers and official mark schemes, organised by exam year for easy access. Practise questions covering core technical principles, specialist technical principles, and designing and making principles, understand how marks are awarded and improve your technique for the 2027 written exam. You can also jump to our examiner tips or read the frequently asked questions for practical revision guidance.
2025 AQA GCSE Design and Technology (8552) Past Papers and Mark Schemes
2025 AQA GCSE Design and Technology | Downloads | |
AQA GCSE Design and Technology Paper 1 (8552) – June 2025 |
2024 AQA GCSE Design and Technology (8552) Past Papers and Mark Schemes
2024 AQA GCSE Design and Technology | Downloads | |
AQA GCSE Design and Technology Paper 1 (8552) – June 2024 |
2023 AQA GCSE Design and Technology (8552) Past Papers and Mark Schemes
2023 AQA GCSE Design and Technology | Downloads | |
AQA GCSE Design and Technology Paper 1 (8552) – June 2023 |
2022 AQA GCSE Design and Technology (8552) Past Papers and Mark Schemes
2022 AQA GCSE Design and Technology | Downloads | |
AQA GCSE Design and Technology Paper 1 (8552) – June 2022 |
2021 AQA GCSE Design and Technology (8552) Past Papers and Mark Schemes
2021 AQA GCSE Design and Technology | Downloads | |
AQA GCSE Design and Technology Paper 1 (8552) – November 2021 |
2020 AQA GCSE Design and Technology (8552) Past Papers and Mark Schemes
2020 AQA GCSE Design and Technology | Downloads | |
AQA GCSE Design and Technology Paper 1 (8552) – November 2020 |
Six Examiner Tips for AQA GCSE Design and Technology
1. Qualify Material Properties and Specification Points
Avoid vague words such as “strong”, “cheap”, “thick”, “soft” or “attractive”. These words do not explain why a property is important and may receive no credit when used alone.
Always connect the property to the product’s function. For example, instead of writing “the packaging must be strong”, write: “The packaging must resist impact so that it does not split when dropped.” In the NEA, specification points should be precise, justified and, wherever possible, measurable.
2. Make Every Piece of Research Relevant
Do not complete research simply to fill portfolio pages. Researching all three contextual challenges, copying information about famous designers or asking general closed questions is unlikely to help your project.
Select one contextual challenge and investigate the actual problem, user and environment. Useful research might include measuring the intended location, interviewing the client, observing users and analysing weaknesses in existing products. Clearly explain how each finding influences your specification or design decisions.
3. Demonstrate Genuine Design Development
Redrawing the same initial idea several times is not genuine development. Examiners need to see how testing, modelling, feedback and evaluation caused the design to change.
Explore several possible solutions before selecting a concept. Develop the chosen idea through sketches, CAD, physical models, material tests and client feedback. Record why you changed dimensions, materials, components, manufacturing processes or joining methods. Your final proposal should be the result of a clear iterative design journey.
4. Involve the Client Throughout the NEA
Client feedback should not appear only at the end of the project. Involve the client when investigating the problem, comparing initial ideas, testing models and refining the final design.
Your final evaluation should assess how successfully the prototype meets the user’s needs and the measurable specification criteria. Test the product in its intended environment and, where possible, include photographs or other evidence of the client using it. Avoid writing a diary about whether you personally enjoyed the project.
5. Provide Complete Manufacturing Information
Your final design must contain enough technical information for a competent third party to manufacture it without asking additional questions.
Include accurate dimensions, specified materials, components, joints, finishes, tolerances and manufacturing processes. Support the proposal with appropriate orthographic or exploded drawings, cutting lists, templates and a logical manufacturing plan. Use recognised drawing conventions, including correct alignment and hidden-detail lines where required.
6. Show Every Step in Mathematical Questions
Never write only the final answer in a calculation question. If that answer is incorrect, there may be no evidence available for the examiner to award method marks.
Write the formula, substitute the values, show each calculation step and include the correct unit. Read rounding instructions carefully. Currency normally needs to be stated to the nearest penny, while quantities of materials or components may need to be rounded up to the next whole unit so that enough can be purchased.
AQA GCSE Design and Technology 2027 FAQs
1. What is the specification code for AQA GCSE Design and Technology?
The specification code is AQA 8552. The qualification assesses core technical principles, specialist technical principles, and designing and making principles through one written paper and a non-exam assessment. View the official AQA GCSE Design and Technology specification.
2. How is AQA GCSE Design and Technology assessed in 2027?
The qualification has two equally weighted components:
Written examination: 2 hours, 100 marks and 50% of the GCSE.
Non-exam assessment: approximately 30–35 hours, 100 marks and 50% of the GCSE.
Your final grade is calculated from the combined marks awarded for both components.
3. What is the structure of the AQA GCSE Design and Technology written exam?
The two-hour examination contains three sections:
Section A: Core Technical Principles – 20 marks
Section B: Specialist Technical Principles – 30 marks
Section C: Designing and Making Principles – 50 marks
Questions include multiple-choice, short-answer, calculation and extended-response tasks.
4. What does the AQA Design and Technology NEA involve?
The NEA is a substantial design-and-make project. Students investigate a contextual challenge, identify a user, produce a design brief and specification, generate and develop ideas, manufacture a prototype, and evaluate the final outcome.
The NEA should demonstrate an iterative design process. This means testing, evaluating and improving ideas throughout the project rather than completing each stage once in a fixed order.
5. When was the contextual challenge for the 2027 NEA released?
AQA releases the contextual challenges on 1 June in the year before the NEA is submitted. Therefore, the challenges for students completing the qualification in 2027 were released on 1 June 2026.
Students select one of the challenges provided by AQA and develop their own specific design problem, user and design brief from it.
6. How long should the AQA GCSE Design and Technology NEA portfolio be?
AQA recommends a concise portfolio of approximately 20 pages of A3, or the equivalent amount of A4 or digital work. This is guidance rather than a reason to add unnecessary pages.
Marks are awarded for the quality of the investigation, design development, decision-making and evaluation—not simply for producing a large amount of work. Every page should provide clear evidence for the assessment criteria.
7. How are the 100 NEA marks divided?
The NEA marks are divided across six areas:
Identifying and investigating design possibilities – 10 marks
Producing a design brief and specification – 10 marks
Generating design ideas – 20 marks
Developing design ideas – 20 marks
Realising design ideas – 20 marks
Analysing and evaluating – 20 marks
The largest number of marks is available for generating, developing and realising ideas, and for analysis and evaluation. Students should therefore avoid spending too much of their available time on decorative research pages.
8. Can a teacher tell a student exactly how to improve their NEA?
Teachers can provide general guidance, remind students of required sections and recommend useful resources. However, they cannot correct the work, provide model answers or give detailed instructions explaining exactly what a student must do to gain additional marks.
Students should regularly compare their work with the published assessment criteria and make their own justified design decisions. Once the work has been formally submitted for assessment, it cannot be revised.
9. Do students need to revise every material area?
Students need a broad understanding of the core material categories, including papers and boards, timbers, metals, polymers, textiles, and electronic or mechanical systems.
They must also develop more detailed specialist knowledge through at least one material category or system. Specialist knowledge includes material selection, forces and stresses, stock forms, manufacturing processes, scales of production, environmental impacts, and surface treatments. Do not revise only the material used in your NEA, because the written paper assesses wider core knowledge.
10. How should students revise for the AQA GCSE Design and Technology exam?
Begin by dividing revision into the three examination sections. Learn essential material properties, manufacturing processes and technical terminology, but also practise applying that knowledge to unfamiliar products and design situations.
Complete past papers under timed conditions and practise:
Selecting suitable materials and justifying the choice
Explaining manufacturing processes in the correct sequence
Comparing production methods and scales of production
Calculating cost, area, volume, percentages and material quantities
Analysing existing products
Evaluating environmental, ethical and social impacts
Writing balanced extended responses with a justified conclusion
At least 15% of the written examination assesses mathematical skills and at least 10% assesses science knowledge, so calculations and scientific principles should form a regular part of revision rather than being left until the final week.
