Edexcel GCSE Design and Technology Past Papers | 1DT0
Prepare for Pearson Edexcel GCSE Design and Technology (1DT0) with past papers, official mark schemes and practical examiner tips. Find Component 1 examination materials for Metals, Papers and Boards, Polymers, Systems, Textiles and Timbers, clearly organised by exam series and material category. Jump to the examiner tips or read the frequently asked questions for further revision and assessment guidance.
2025 Edexcel GCSE Design and Technology (1DT0) Past Papers & Mark Schemes
2025 Edexcel GCSE Design and Technology | Question Paper | Mark Scheme |
Paper 1A (1DT0/1A) – Metals | ||
Paper 1B (1DT0/1B) – Papers and Boards | ||
Paper 1C (1DT0/1C) – Polymers | ||
Paper 1D (1DT0/1D) – Systems | ||
Paper 1E (1DT0/1E) – Textiles | ||
Paper 1F (1DT0/1F) – Timbers |
2024 Edexcel GCSE Design and Technology (1DT0) Past Papers & Mark Schemes
2024 Edexcel GCSE Design and Technology | Question Paper | Mark Scheme |
Paper 1A (1DT0/1A) – Metals | ||
Paper 1B (1DT0/1B) – Papers and Boards | ||
Paper 1C (1DT0/1C) – Polymers | ||
Paper 1D (1DT0/1D) – Systems | ||
Paper 1E (1DT0/1E) – Textiles | ||
Paper 1F (1DT0/1F) – Timbers |
2023 Edexcel GCSE Design and Technology (1DT0) Past Papers & Mark Schemes
2023 Edexcel GCSE Design and Technology | Question Paper | Mark Scheme |
Paper 1A (1DT0/1A) – Metals | ||
Paper 1B (1DT0/1B) – Papers and Boards | ||
Paper 1C (1DT0/1C) – Polymers | ||
Paper 1D (1DT0/1D) – Systems | ||
Paper 1E (1DT0/1E) – Textiles | ||
Paper 1F (1DT0/1F) – Timbers |
2022 Edexcel GCSE Design and Technology (1DT0) Past Papers & Mark Schemes
2022 Edexcel GCSE Design and Technology | Question Paper | Mark Scheme |
Paper 1A (1DT0/1A) – Metals | ||
Paper 1B (1DT0/1B) – Papers and Boards | ||
Paper 1C (1DT0/1C) – Polymers | ||
Paper 1D (1DT0/1D) – Systems | ||
Paper 1E (1DT0/1E) – Textiles | ||
Paper 1F (1DT0/1F) – Timbers |
2021 Edexcel GCSE Design and Technology (1DT0) Past Papers & Mark Schemes
2021 Edexcel GCSE Design and Technology | Question Paper | Mark Scheme |
Paper 1A (1DT0/1A) – Metals | ||
Paper 1B (1DT0/1B) – Papers and Boards | ||
Paper 1C (1DT0/1C) – Polymers | ||
Paper 1D (1DT0/1D) – Systems | ||
Paper 1E (1DT0/1E) – Textiles | ||
Paper 1F (1DT0/1F) – Timbers |
2020 Edexcel GCSE Design and Technology (1DT0) Past Papers & Mark Schemes
2020 Edexcel GCSE Design and Technology | Question Paper | Mark Scheme |
Paper 1A (1DT0/1A) – Metals | ||
Paper 1B (1DT0/1B) – Papers and Boards | ||
Paper 1C (1DT0/1C) – Polymers | ||
Paper 1D (1DT0/1D) – Systems | ||
Paper 1E (1DT0/1E) – Textiles | ||
Paper 1F (1DT0/1F) – Timbers |
Six Examiner Tips for Edexcel GCSE Design and Technology Students
1. Use precise names for material properties
Do not describe a material using vague words such as “strong”, “durable”, “shiny” or “waterproof”. Examiners expect the correct physical, mechanical or working property.
Use precise terms such as:
High tensile strength
Compressive strength
Impact resistance
Corrosion resistance
Electrical insulation
Thermal insulation
Hardness
Toughness
Malleability
Always connect the property to the product. For example: “Aluminium has good corrosion resistance, so the outdoor product will not rust when exposed to rain.”
Writing only “insulator” is not precise enough. State whether the material is a thermal or electrical insulator.
2. Convert units before completing calculations
Check all units before beginning a calculation. Convert millimetres to metres, grams to kilograms and other measurements into the units required by the question.
Show every stage of your working so that method marks can still be awarded if you make a small arithmetic error. Label important stages clearly, such as:
Volume = length x width x height
Finally, sense-check the answer. If your calculation suggests that a small component costs £1,760, check the units and decimal point because the answer is unlikely to be realistic.
3. Write measurable and justified specification points
Every NEA specification point should contain three elements:
A clear requirement
A measurable value or test
A justification linked to the target user and context
For example: “The storage unit must support a load of at least 10 kg so that the user can safely store six school textbooks without the shelves bending.”
Avoid subjective requirements such as “The product must look attractive” unless you explain how this will be measured. Strong specifications make it much easier to review design ideas and evaluate the finished prototype objectively.
4. Investigate the problem before deciding on a product
Do not begin the NEA with a fixed idea of what you want to manufacture. Start by investigating the contextual challenge, intended user, environment and genuine problem.
Use interviews, observations, surveys and existing-product analysis to discover what the user actually needs. Your findings should then guide the product you design.
Produce three or four genuinely different initial ideas. Annotate each idea with possible materials, processes, dimensions and construction methods. This demonstrates creative exploration and prevents design fixation.
5. Show genuine iterative development
Development means testing and improving a design, not simply changing its colour, shape or decoration. Show a repeated process such as:
Sketch – Model – Test – Gather feedback – Modify – Model again – Final design
Use appropriate models and experiments to test form, function, dimensions, joints, mechanisms, circuits and materials. Record what each test revealed and explain how the evidence changed your design.
Finish with sufficient manufacturing information for another person to make the prototype. This may include dimensioned orthographic drawings, cutting lists, circuit diagrams, exploded views, bought-in components and CAD or CAM files.
6. Learn exact manufacturing terminology
Revise the precise meanings and applications of important technical terms. Commonly confused terms include:
Tolerance: The permitted variation from a specified dimension.
Jig: A device that holds or guides work so a manufacturing process can be repeated accurately.
Sub-assembly: A group of components assembled separately before being added to the complete product.
CAD: Computer-aided design software used to create, modify or test designs.
CAM: Computer-aided manufacturing equipment used to manufacture components, such as CNC machines and laser cutters.
Shape memory alloy: A smart material that returns to a predetermined shape when heated.
Conductive ink: An ink containing conductive material that allows an electrical current to pass through it.
Do not assume CAD removes every human error. A computer follows the measurements and instructions entered by the designer, so inaccurate inputs can still produce an incorrect outcome.
Edexcel GCSE Design and Technology 2027 FAQs
1. How is Edexcel GCSE Design and Technology assessed in 2027?
Edexcel GCSE Design and Technology (1DT0) has two components:
Component 1: Written examination – 100 marks and 50% of the qualification
Component 2: Non-examined assessment (NEA) – 100 marks and 50% of the qualification
Students must complete both components in the same examination year.
2. How long is the Edexcel GCSE Design and Technology exam?
The Component 1 written examination lasts 1 hour and 45 minutes and is worth 100 marks.
It contains two sections:
Section A: Core content – 40 marks
Section B: Chosen material category – 60 marks
Students must answer every question in both sections. The paper includes open-response, graphical, calculation and extended-response questions.
3. What material specialisms are available for Edexcel GCSE Design and Technology?
Students study the core content and one specialist material category. The available specialisms are:
Metals – 1DT0/1A
Papers and boards – 1DT0/1B
Polymers – 1DT0/1C
Systems – 1DT0/1D
Textiles – 1DT0/1E
Timbers – 1DT0/1F
Section B of the written examination is based on the student’s chosen material category.
4. What is the Edexcel GCSE Design and Technology NEA?
The non-examined assessment is an individual design-and-make project based on a contextual challenge released by Pearson. Students must investigate a genuine design problem and then design, manufacture, test and evaluate a functioning prototype.
The four assessed areas are:
Investigate – 16 marks
Design – 42 marks
Make – 36 marks
Evaluate – 6 marks
The NEA is marked by the school and externally moderated by Pearson.
5. When is the Edexcel GCSE Design and Technology NEA challenge released?
Pearson releases the contextual challenges on 1 June in the year before students receive their final GCSE result.
Students select one challenge and identify a genuine design problem within that context. They must complete the work independently and follow the rules on teacher assistance, authentication and the use of artificial intelligence.
6. Can students use a calculator in the Edexcel GCSE Design and Technology exam?
Yes. Students may use a calculator in the written examination. They should also bring the equipment listed on the front of the paper, which normally includes a ruler, HB pencil, protractor and pair of compasses.
The paper includes mathematical questions involving areas such as:
Percentages and ratios
Area and volume
Material quantities
Tolerances
Scale
Mechanical advantage
Gear and pulley calculations
Cost and production calculations
Always show the formula, substitution and working.
7. What core topics should students revise for Edexcel GCSE Design and Technology?
All students must revise the core content, regardless of their chosen material specialism. Important areas include:
New and emerging technologies
Sustainability and environmental impact
Energy generation and storage
Modern and smart materials
Composite and technical materials
Mechanical devices
Electronic systems and programmable components
Material properties
Manufacturing methods
Scales of production
Design strategies
The work of past and present designers
Communication and drawing techniques
Students must be able to apply this knowledge to unfamiliar products and design situations.
8. Are Edexcel GCSE Design and Technology past papers useful for the 2027 exam?
Yes. Edexcel GCSE Design and Technology past papers are extremely useful for understanding the paper structure, calculation questions, graphical tasks and extended responses.
Use the paper for your correct material specialism, such as Timbers, Textiles or Polymers. Complete questions under timed conditions and compare your answers with the official mark scheme and examiner report.
Past papers are most effective when students record why marks were lost and then repeat similar questions until the correct method and level of detail become automatic.
