Design for a real user and a real context
Turn user needs, setting, ergonomics, inclusion, safety and wider impacts into useful design criteria.
Section 27-1-SUSTAINABILITY · 2024–2027 · Common content · environment and sustainability
Exam scope and assessment notes
StudyForA provides original teaching and scenario-based practice, not Cambridge past papers, official marks or an authenticated practical course. It cannot assess a candidate's actual workshop skills, finished product or Component 2 portfolio. Component 2 is school-based, internally assessed and externally moderated; the teacher authenticates candidate work. Any real making requires centre facilities, risk controls and direct qualified supervision. Candidate project work must remain their own. Follow the syllabus for the exam year.
Before you begin
Work on paper. Try each question before revealing help, and explain why your method works.
Quick readiness check
Which is the strongest user criterion for a school lunch container?
What you will learn
- Explain how the intended user, use context, ergonomics, aesthetics, safety and inclusion affect a design.
- Consider sustainability, culture, law, existing products, materials, technology, markets and society when proposing a product.
Start with people and the place
A product is used by particular people in a particular setting. Ask what the user needs to do, how often, where, with what other people or objects, and under what conditions. Anthropometrics concerns human measurements; ergonomics uses knowledge of people and tasks to make products usable and comfortable.
A design can look attractive and still fail if it is hard to grip, unsafe, inaccessible or difficult to maintain. Try to include people with different abilities and avoid treating one person's measurements or experience as universal. Use suitable local contexts and ask a teacher before collecting personal data from real users.
Account for responsibility
Check safe use, relevant legal requirements, available materials and technology, cultural expectations, cost and likely market. Existing products can reveal useful features and problems, but copying them is not original design.
Consider impacts across the product life cycle: resource extraction, energy, manufacture, transport, use, repair and end-of-life. Compare rethink, refuse, reduce, reuse, repair and recycle choices. A responsible solution balances user need with evidence about social, ethical and environmental effects.
Sources for this lesson
Pause and explain
Why should a designer ask where a product will be used, not only what it should do?
Worked example
A school wants a reusable lunch container for younger pupils. Give four design criteria and explain why each matters.
Show the worked solution
- Identify the users and setting: pupils carry the container in a school bag and open it at lunch.
- Write observable criteria such as a secure leak-resistant closure, easy-to-grip lid, safe rounded edges and a size that fits the bag.
- Add responsible criteria, such as durable materials and parts that can be cleaned or replaced.
- Plan how each criterion could be checked with a model or user trial.
Answer A useful specification might require a lid that can be opened by the intended pupil, a closure that resists leakage in a bag, safe edges, and dimensions that fit a stated bag compartment. A durability and cleaning test would add evidence. The exact material choice depends on local food-safety rules and available resources.
Try a topic test
Choose Easy, Normal or Difficult. Save your answers and open worked review after finishing.
Test this topic →From guided practice to a new situation
Write your answer and reasoning first. Use a hint only if you are stuck. The model solution is for self-checking; your written work is not automatically marked.
A visitor with limited hand strength needs to open a jar. Name two design changes and how you would test them.
Give me a hint
Connect each change to grip or force, then propose a safe, observable test.
Compare my reasoning
- Identify the difficulty: gripping or turning the lid.
- Propose a larger grip surface and a lower-force opening method.
- Plan a comparison with the intended user or a suitable grip-force test.
A wider textured lid or a lever-assisted opener could improve grip and reduce turning force. Compare versions with an appropriate user, record whether the jar opens comfortably, and check food safety and cleaning. Do not claim success until it is tested.
Look for these in your work
- Links a feature to the user need
- Proposes a relevant test
- Considers safe use
A phone stand is designed for both a desk and a crowded train table. Which context questions should be answered before sketching?
Give me a hint
Consider space, movement, viewing angle, stability and storage.
Compare my reasoning
- List the two settings and the tasks performed in each.
- Identify constraints and likely hazards in each setting.
- Turn the answers into criteria that can guide sketches.
Check available footprint, how much the train table moves, viewing angle, whether the stand can be secured, and how it folds or stores. Criteria should state what counts as stable and compact for each context.
Look for these in your work
- Uses context-specific questions
- Identifies a constraint
- Connects research to criteria
A community wants an affordable shade shelter. How could a designer balance access, weather, local culture and environmental impact?
Give me a hint
Use stakeholder evidence and criteria rather than assuming one solution works everywhere.
Compare my reasoning
- Identify users and local conditions to investigate.
- Write criteria for access, weather protection, cost and cultural fit.
- Compare material and maintenance options across the life cycle.
Interview or observe with permission, check local rules and weather evidence, then compare candidate materials for shade, repair, cost, sourcing and disposal. The best concept depends on findings; the criteria should explain the trade-offs instead of asserting a universal answer.
Look for these in your work
- Names evidence to collect
- Considers more than appearance
- Explains trade-offs
Common mistakes
- Designing for an imaginary average user
- Calling a product inclusive without naming who can use it and how
- Claiming a material is sustainable without comparing its whole life cycle
What can you explain now?
Why should a designer ask where a product will be used, not only what it should do?
Compare with the explanation
The setting changes the user needs, constraints and risks.
Outdoor exposure, limited space, transport and access to tools can change which design is suitable.
After trying it yourself, choose your next review. This is your self-assessment.
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Make it stick
Recall the main decision in “Design for a real user and a real context”, name the evidence that supports it, and identify one limitation that still needs checking.
If you needed the solution, close it and solve the problem again from a blank page. A correct answer is stronger when you can explain the reason for each step.