specification overview
OCR GCSE Design & Technology (J310) is a single-tier linear qualification with one 2h written paper (100 marks, 50%) and an Iterative Design Challenge non-exam assessment (100 marks, 50%). The NEA is an OCR-set contextual challenge that expects students to iterate design solutions in response to a real-world brief.
subject content
1. Identifying requirements
Paper 1- Design contexts and users, iterative design
- Investigation and research methods, ergonomics and anthropometrics
2. Learning from existing products and practice
Paper 1- Analysis of existing products, past and present designers
- Cultural, social, moral, ethical, environmental issues in design
3. Implications of wider issues
Paper 1- Circular economy, sustainability, carbon footprint
- Global markets, fair trade, product life cycles
4. Design thinking and communication
Paper 1- Design strategies (iterative, user-centred), design communication
- Prototype development, quality control, tolerances
5. Material considerations
Paper 1- Papers/boards, timber, metals, polymers, textiles, systems (electronic/mechanical)
- Selection based on properties, cost, availability, environmental impact
6. Technical understanding
Paper 1- Materials science, mechanical devices, electronic systems
- Manufacturing processes and scale (one-off, batch, mass)
7. Manufacturing processes and techniques
Paper 1- Cutting, shaping, forming, joining and finishing
- CNC, laser cutting, 3D printing
8. Viability of design solutions
Paper 1- Testing, feedback, evaluation
- Modifications and iterations
9. Iterative Design Challenge (NEA)
NEA- Investigation of context and users
- Iterative development of prototype, testing and modification
- Final outcome, evaluation and communication
assessment structure
| Paper | What's assessed | Length | Marks | Weight | Question types |
|---|---|---|---|---|---|
| Paper 1 (Principles of Design and Technology) | All 8 areas of subject content | 2h | 100 | 50% | Short-answer, structured questions and extended-response essays |
| Non-exam assessment (Iterative Design Challenge) | Design and make in response to OCR's contextual challenge | approximately 40 hours | 100 | 50% | Portfolio (24 A3 pages or equivalent) plus a prototype. Internally marked, moderated by OCR |
OCR releases the Iterative Design Challenge contextual brief on 1 June the year before the exam. The NEA emphasises iteration, students are expected to develop, test and refine solutions repeatedly rather than reach a linear final answer.
assessment objectives
| AO | What it means | Overall |
|---|---|---|
| AO1 | Identify, investigate and outline design possibilities to address needs and wants. | 10% |
| AO2 | Design and make prototypes that are fit for purpose. | 30% |
| AO3 | Analyse and evaluate design decisions and outcomes, including those made by others; wider issues in design and technology. | 20% |
| AO4 | Demonstrate and apply knowledge and understanding of technical principles and designing and making principles. | 40% |
key tips for success
Embrace iteration in the NEA
OCR's NEA rewards iteration explicitly. Show multiple design cycles with testing and refinement, a straight line from brief to final prototype loses marks.
Start the NEA early
Challenge releases 1 June. Start investigating in Year 10 summer. The iterative approach needs time, don't leave it until Christmas of Year 11.
Learn OCR's wider issues framework
OCR emphasises circular economy, sustainability and carbon footprint. Learn these frameworks and apply to product analysis in Paper 1.
Practise across material categories
Paper 1 Section A (55 marks) tests 'core' principles across all material categories, but Section B (45 marks) tests 'in-depth' principles in the material category you have studied in depth. Revise the core breadth and your in-depth area.
Draw and annotate every design idea
Portfolio marks reward clear communication. Learn isometric and orthographic projection so ideas can be sketched fast and annotated with function and material choices.
Learn named designers with case studies
Section 2 tests learning from existing products. Prepare 4-5 named designers (Dyson, Starck, Rams, Sottsass) with their design principles and iconic products.
Where to next
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