Legacy common content: design, society and resources
Connect the older Common Product Design route to designers' roles, social/economic effects, energy sources and material responsibility.
Section 27-1-SOCIETY · 2024–2027 · Common content · design and technology in society
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 energy source is generally replenished on human timescales?
What you will learn
- Explain how design and technology affect social, environmental and economic conditions and human needs.
- Compare finite and renewable energy sources and justify resource-conservation, recycling and disassembly choices.
Design work has wider effects
The legacy common syllabus asks candidates to consider how design and technology affect people, society, economies and the environment, and to recognise the work of designers, artisans and technologists. Products may improve access or productivity, but can also create waste, exclusion, unsafe use or resource pressure.
Design with different human needs in mind and use evidence about function, aesthetics, ergonomics, manufacturing and markets. A proposal should explain who benefits, who might be excluded and which consequences need further investigation.
Plan around resources and product life
Energy sources include fossil fuels, nuclear and renewable sources; they differ in whether supplies are finite or replenished and in their impacts. Designers can reduce demand by using energy efficiently, selecting materials responsibly and planning for maintenance and service life.
The older route asks about recycling symbols and materials, disassembly, reuse of parts and products designed with limited lifetimes. Check the actual local recycling system and product construction. A symbol alone does not prove that a facility accepts a composite or mixed-material product.
Sources for this lesson
Pause and explain
What should be checked before claiming that a product is recyclable?
Worked example
A portable lamp is redesigned to use less energy but becomes harder to repair. How should a student compare the proposals?
Show the worked solution
- Measure or estimate energy use in the intended conditions.
- Check lifespan, replacement parts, repair process and material separation.
- Compare the whole use and end-of-life impact with evidence.
- Explain which trade-off matters most to the intended user and why.
Answer The student should compare measured energy use with repairability, expected service life, parts availability and disposal. A lower-power lamp is not automatically the more sustainable option if it fails quickly or cannot be repaired. Use supplier and test evidence and state uncertainties.
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 new packaging design uses less material but contains a glued-on plastic window. What sustainability questions should be asked?
Give me a hint
Consider protection, material separation, reuse and actual local acceptance.
Compare my reasoning
- Check whether the package still protects the contents.
- Test if the window can be separated from the board.
- Verify local collection rules and compare alternative designs.
Check that protection and use are maintained, whether the window can be cleanly removed, and whether local recycling systems accept each material. Compare a paper-only design or a reusable window and record any performance/cost trade-off.
Look for these in your work
- Balances function and material reduction
- Checks separation
- Uses local end-of-life evidence
A school wants to buy a product with a low purchase price but high energy use. Which evidence helps compare it fairly with a more efficient model?
Give me a hint
Compare use pattern, expected life, running cost, maintenance and disposal over a defined period.
Compare my reasoning
- Estimate use hours and energy consumption from reliable data.
- Compare operating cost and maintenance over an agreed service life.
- Include purchase price, repair and end-of-life assumptions.
Use a defined period and real usage pattern. Compare purchase cost, energy use, operating cost, maintenance, expected life and end-of-life. State electricity-price and use assumptions; a cheaper purchase may cost more over time, but actual costs depend on the evidence.
Look for these in your work
- Defines a comparison period
- Uses actual operating data
- States assumptions and life-cycle stages
A design is praised as innovative but excludes users who cannot grip a small latch. How can the evaluation reflect both innovation and inclusion?
Give me a hint
Compare benefits with the unmet user need and propose an evidence-based redesign.
Compare my reasoning
- Identify who cannot use the latch and in which context.
- Check whether another access method would preserve the design benefit.
- Test a revised concept with a suitable user and consent.
Record the design benefit, then identify the access failure as a serious unmet criterion. Investigate a larger grip, lever or alternative input with user evidence, and retest. Innovation is not a substitute for inclusive use.
Look for these in your work
- Evaluates both strengths and weaknesses
- Names affected users
- Proposes a testable change
Common mistakes
- Calling renewable energy impact-free
- Using one recycling symbol to claim a product is recyclable everywhere
- Ignoring affordability or access when comparing social benefits
What can you explain now?
What should be checked before claiming that a product is recyclable?
Compare with the explanation
Its material construction and whether local facilities accept and can separate it.
A recycling symbol or material name does not establish a usable local recycling route.
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 “Legacy common content: design, society and resources”, 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.