AQA GCSE Engineering (8852) Past Papers & Mark Schemes
Prepare for AQA GCSE Engineering (8852) with the latest past papers and official mark schemes, organised by exam year for easy access. Practise questions on engineering materials, manufacturing processes, systems, testing and modern technologies, 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 Engineering (8852) Past Papers and Mark Schemes
2025 AQA GCSE Engineering | Downloads | |
AQA GCSE Engineering Paper 1 (8852) – June 2025 |
2024 AQA GCSE Engineering (8852) Past Papers and Mark Schemes
2024 AQA GCSE Engineering | Downloads | |
AQA GCSE Engineering Paper 1 (8852) – June 2024 |
2023 AQA GCSE Engineering (8852) Past Papers and Mark Schemes
2023 AQA GCSE Engineering | Downloads | |
AQA GCSE Engineering Paper 1 (8852) – June 2023 |
2022 AQA GCSE Engineering (8852) Past Papers and Mark Schemes
2022 AQA GCSE Engineering | Downloads | |
AQA GCSE Engineering Paper 1 (8852) – June 2022 |
2021 AQA GCSE Engineering (8852) Past Papers and Mark Schemes
2021 AQA GCSE Engineering | Downloads | |
AQA GCSE Engineering Paper 1 (8852) – November 2021 |
2020 AQA GCSE Engineering (8852) Past Papers and Mark Schemes
2020 AQA GCSE Engineering | Downloads | |
AQA GCSE Engineering Paper 1 (8852) – November 2020 |
2025 AQA GCSE Engineering (8852) Sample Sets
AQA GCSE Engineering Sample Set 1 | Downloads | |
AQA GCSE Engineering Paper 1 (8852) – Sample Set 1 |
Six Examiner Tips for AQA GCSE Engineering
1. Use Precise Engineering Terminology
Avoid vague words such as “strong”, “heavy”, “cheap”, “faster” or “dangerous”. These descriptions do not demonstrate detailed engineering knowledge unless they are qualified.
Use the exact technical property and connect it to the product’s function. For example, explain that a material needs high tensile strength to resist being pulled apart, or corrosion resistance to prevent deterioration outdoors. Other useful properties include hardness, ductility, brittleness, toughness and thermal or electrical conductivity.
2. Show Every Step in Calculations
Writing only a final numerical answer can result in no marks if that answer is incorrect. Clear working allows examiners to award method marks and may also allow error-carried-forward marks.
Use the following sequence:
Formula → Substitution → Rearrangement → Calculation → Unit → Rounding
Check whether values need converting before calculating, and remember that many equations require the radius rather than the diameter. Follow instructions about decimal places or significant figures and always include the correct unit in the final answer.
3. Draw the Correct Type of Systems Diagram
When asked for a systems block diagram, do not draw a circuit diagram or manufacturing flowchart. A systems diagram should show how the complete system operates through clearly labelled input, process and output blocks.
Include all relevant electronic, mechanical, hydraulic or pneumatic subsystems, together with any necessary feedback loop. Accompany the diagram with a technical explanation of how information, energy or movement passes through the system.
4. Fully Develop Evaluation and Comparison Answers
Short bullet points rarely provide enough detail for extended-response questions. Every claim should be explained, supported and connected directly to the engineering context.
When comparing two options, consider both using the same technical criteria. For example, compare energy sources through factors such as greenhouse-gas emissions, reliability, cost, waste and environmental impact. Finish with a justified conclusion explaining which option is most appropriate for the situation given.
5. Learn the Differences Between Similar Engineering Concepts
Many marks are lost by confusing closely related terms. Revise their precise definitions and practise explaining the difference between them.
For example:
Quality assurance involves planned systems and procedures intended to prevent defects.
Quality control involves inspecting or measuring products to identify defects.
Brazing joins metals using a separate filler material without melting the parent metals.
Welding joins materials by melting the parent materials together.
Tension stretches a component, while compression squeezes it.
Static loads remain relatively constant, while dynamic loads change or move.
Use the correct term rather than treating related processes as interchangeable.
6. Keep NEA Research Focused and Independent
Do not fill the NEA portfolio with generic research, copied facts or unnecessary slides that never influence the design. Avoid relying on formulaic templates or writing frames; the portfolio should demonstrate the student’s own independent design thinking.
Only include research that informs a specific decision about the user, materials, components, manufacturing processes or engineering system. Refer back to those findings when generating and developing solutions. Keep the portfolio concise, clearly organised and focused on the assessment criteria rather than producing large amounts of filler content.
AQA GCSE Engineering 2027 FAQs
1. What is the specification code for AQA GCSE Engineering?
The specification code is AQA 8852. Students are assessed on engineering materials, manufacturing processes, systems, testing and investigation, modern technologies, and practical engineering skills.
2. When is the AQA GCSE Engineering exam in 2027?
The AQA GCSE Engineering written exam, 8852/W, is scheduled for the morning of Friday 11 June 2027. It lasts two hours.
Students should confirm the exact start time and arrival arrangements with their school, as examination centres may set their own reporting times. Check the official AQA key dates.
3. How is AQA GCSE Engineering assessed?
The qualification has two components:
Written examination: 2 hours, 120 marks and 60% of the GCSE.
Non-exam assessment: 80 marks and 40% of the GCSE.
The final grade is based on the combined total of 200 marks. Both components are completed as part of the same linear qualification.
4. What topics are assessed in the written exam?
The written paper can assess all six areas of the specification:
Engineering materials
Engineering manufacturing processes
Systems
Testing and investigation
The impact of modern technologies
Practical engineering skills
Although practical skills are mainly assessed through the NEA, the written paper can include questions requiring students to apply practical knowledge to engineering situations.
5. What types of questions appear in the AQA GCSE Engineering exam?
The paper contains multiple-choice questions, short-answer questions, calculations and extended responses. Questions may require students to select materials, explain manufacturing processes, interpret engineering drawings, analyse systems or evaluate different engineering solutions.
Students should practise applying their knowledge to unfamiliar products rather than revising definitions alone. Extended responses need developed explanations, technical examples and a justified conclusion.
6. What does the AQA GCSE Engineering NEA involve?
The NEA is a practical engineering project based on a brief set by AQA. Students must develop and manufacture an engineering product that solves a problem.
The submitted evidence should include relevant research, analysis of the problem, proposed solutions, systems diagrams, sector-specific engineering drawings, manufacturing evidence, a working prototype, testing and a final evaluation.
7. When was the 2027 Engineering NEA brief released, and when is it due?
AQA releases a new NEA brief on 1 June in the academic year before submission. Therefore, students entered for the 2027 qualification should complete the brief released on 1 June 2026.
The official NEA submission deadline for the June 2027 series is 7 May 2027, although schools may set an earlier internal deadline. Students should follow the date provided by their own teacher.
8. How much time should students spend on the Engineering NEA?
AQA recommends approximately 30 hours for the complete NEA. Students must produce a working prototype and a concise portfolio that clearly demonstrates how the assessment criteria have been met.
Marks are awarded for the quality of the engineering work and evidence, not the number of pages. Research, photographs and written explanations should all contribute directly to the design, manufacture, testing or evaluation of the solution.
9. Can teachers provide templates or tell students exactly how to improve the NEA?
Teachers may provide general advice, explain the context, recommend resources and remind students which areas need to be covered. However, they cannot correct the work, provide templates or writing frames, supply model answers, or tell an individual student exactly how to improve the project to gain more marks.
The final solution, testing decisions and portfolio must represent the student’s own work. Once the NEA has been formally submitted for assessment, it cannot be revised.
10. What is the best way to revise for AQA GCSE Engineering?
Combine specification revision with regular past-paper practice. Students should be able to:
Use precise engineering terminology
Explain material properties in relation to function
Compare manufacturing processes
Distinguish quality assurance from quality control
Draw input-process-output systems diagrams
Interpret engineering drawings and tolerances
Explain health and safety controls
Evaluate environmental and technological impacts
Rearrange formulas and convert units
Show every calculation step with the correct final unit
Complete timed papers and use the mark schemes and examiner reports to identify recurring mistakes. Give particular attention to calculations and extended-response questions, as these require students to apply several areas of knowledge rather than recall isolated facts.
