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The NEA is worth 25% of your AQA GCSE Design and Technology (8552) grade. It is a substantial project completed during the course (typically Year 11), where you respond to a contextual challenge set by AQA. This lesson helps you plan your project effectively and structure your portfolio for maximum marks.
| Detail | Information |
|---|---|
| Weighting | 25% of total GCSE |
| Total marks | 100 marks |
| Time | 30–35 hours of supervised time in school |
| Portfolio size | Approximately 20 A3 pages (or digital equivalent) |
| Set by | AQA releases contextual challenges each year (June, for the following year) |
| Marked by | Your teacher (internally), moderated by AQA (externally) |
| Section | Marks | What Examiners Look For |
|---|---|---|
| Investigating | 10 | Thorough research; clear brief; detailed, justified specification |
| Designing | 20 | Range of creative ideas; detailed development; modelling and testing |
| Making | 20 | Skilled, accurate making; appropriate tools and processes; quality finish |
| Analysing and Evaluating | 10 | Testing against specification; honest evaluation; improvements identified |
| Quality of communication | Embedded | Technical vocabulary, clear presentation, well-organised portfolio throughout |
AQA Exam Tip: The mark allocation tells you where to focus your effort. Designing and Making are worth 20 marks each — spend the majority of your time on these two sections. Do NOT spend 15 pages on research and only 5 on design development.
Here is a recommended page allocation for a 20 A3-page portfolio:
| Pages | Section | Content |
|---|---|---|
| 1 | Title page and context | Contextual challenge statement; your interpretation; initial thoughts |
| 2–3 | Investigation | Primary research (questionnaire results, interview, product analysis, user profiles); secondary research (existing products, materials, market data) |
| 4 | Design brief and specification | Clear brief; detailed specification with justified criteria (ACCESS FM) |
| 5–8 | Idea generation | 6–10 diverse initial ideas with detailed annotation; sketches, CAD, mood boards |
| 9–11 | Design development | Developing the chosen concept; modelling (physical and CAD); testing; refinement; iterative design evidence |
| 12–13 | Final design | Fully detailed final design with dimensions, materials, manufacturing plan; orthographic/isometric drawing or CAD render |
| 14–17 | Making | Photographic diary of the making process; annotation explaining tools, techniques, quality control, problems encountered and how they were solved |
| 18–19 | Testing and evaluation | Testing the product against each specification point; user feedback; honest evaluation of strengths and weaknesses |
| 20 | Improvements and conclusion | Proposed modifications based on testing; reflection on the design process; what you would do differently |
What to include:
Top tip: Quality over quantity. Two detailed product analyses are worth more than six shallow ones.
What to include:
Top tip: Show YOUR thinking. Annotate everything — explain WHY you made each decision. Blank sketches with no notes do not earn marks.
AQA Exam Tip: The most common weakness in NEA is insufficient development. Do not jump from initial ideas to final design. Show 3–4 development iterations where you test and refine specific features (e.g. the handle shape, the joint type, the circuit layout).
What to include:
Top tip: Take photographs AS you work, not after. Set up a camera/phone on a stand and photograph every significant stage.
What to include:
With 30–35 hours of supervised time, here is a suggested allocation:
| Stage | Hours | Percentage |
|---|---|---|
| Investigating (research, brief, spec) | 4–5 | ~15% |
| Designing (ideas, development, final design) | 8–10 | ~30% |
| Making (manufacturing the product) | 14–16 | ~45% |
| Testing and evaluating | 3–4 | ~10% |
AQA Exam Tip: Many students spend too long on research and run out of time for making and evaluation. Stick to the time plan. Set deadlines for each stage and move on even if a section is not "perfect."
| Tip | Reason |
|---|---|
| Use a consistent layout | Headers, fonts and colours should be the same on every page |
| Label every page | Include your name, candidate number and page number |
| Use a mix of communication methods | Freehand sketches, CAD screenshots, photographs, tables, charts, annotated diagrams |
| Write in the third person | "The handle was shaped using a spokeshave" (not "I used a spokeshave") — sounds more professional |
| Keep text concise | Use bullet points, tables and annotations rather than long paragraphs |
| Print photographs at a good size | Small, blurry photos do not show your making skill |
| Format | Advantages | Disadvantages |
|---|---|---|
| Paper (A3 sheets) | Easy to add hand sketches; tactile; no technical issues | Harder to edit; can be messy if mistakes are made |
| Digital (PowerPoint, PDF, Google Slides) | Easy to edit and rearrange; professional appearance; embeds photos neatly | Requires access to computer/printer; can look generic |
| Hybrid | Combines hand sketches (scanned) with digital layout | Most flexible; recommended by many teachers |
| Mistake | How to Avoid It |
|---|---|
| Too much research, not enough design | Limit investigation to 2–3 pages; focus time on designing and making |
| All initial ideas look the same | Force yourself to explore radically different approaches, materials and styles |
| No evidence of iterative development | Model, test, evaluate and refine at least 3 times before the final design |
| Poor quality making photographs | Take clear, well-lit photos at every stage; include close-ups of details |
| Dishonest evaluation | Acknowledge weaknesses honestly — examiners reward self-awareness |
| Exceeding 20 pages significantly | Quality over quantity; extra pages may indicate poor editing, not more content |
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