What impact does making and using products have on the planet and on people?
The ecological and social footprint of products, including the 6 Rs, the use of finite and non-finite resources, the impact of manufacturing on the environment, and the social impact of production and disposal.
A focused answer to AQA GCSE Design and Technology specialist principle on the ecological and social footprint of products, covering the 6 Rs, finite and non-finite resources, manufacturing impacts and social responsibility.
Reviewed by: AI editorial process; not yet individually human-reviewed
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What this dot point is asking
This is AQA section 3.2.3. AQA wants you to assess the environmental and social impact of designing, making, using and disposing of products. You need to apply the 6 Rs, explain the difference between finite and non-finite resources, and describe how manufacturing and disposal affect the environment and society. In Paper 1 this is examined through Discuss and Evaluate questions that reward applying the 6 Rs to a specific product and covering both ecological and social impact.
The 6 Rs
Applying the 6 Rs at the design stage has the greatest effect, because around 80 percent of a product's lifetime impact is locked in by decisions made before anything is manufactured. The most powerful Rs are usually those highest in the order: it is better to Reduce or Refuse the use of a material than to rely on recycling it afterwards, because recycling itself uses energy. AQA expects you to apply the right R to a specific product rather than just list them.
Finite and non-finite resources
The link to design is direct: a product made from a non-finite resource (managed timber) or recycled material has a lower ecological footprint than one made from virgin finite material. Extracting and processing finite resources also uses large amounts of energy and damages habitats, so reducing reliance on them is a core sustainability aim.
Environmental and social impact across the life cycle
Examiners reward thinking across the whole life cycle of a product: raw material, manufacture, distribution, use and disposal.
- Manufacturing: uses energy and finite resources and can cause air, water and noise pollution, plus process waste.
- Transport (distribution): moving raw materials and finished products by road, sea and air adds carbon emissions, the product's carbon footprint. Sourcing locally reduces this.
- Use: products that consume energy or consumables (a printer's ink, a kettle's electricity) keep adding impact while in service, so efficient design matters.
- Disposal: products sent to landfill waste their materials and can release harmful substances; designing for recycling, reuse or repair extends life and cuts this.
- Social footprint: fair pay, safe working conditions, no exploitation of labour, and the effect on local communities all matter, as does designing inclusively and safely for users.
Exam-style practice questions
Practice questions written in the style of AQA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
AQA 20216 marksDiscuss how a designer could apply the 6 Rs to reduce the ecological and social footprint of a child's plastic toy.Show worked answer →
A 6-mark Discuss is the higher-tariff specialist question. Markers band it by how many of the 6 Rs are applied meaningfully and whether social as well as ecological impact is covered.
Reduce: design with less material and fewer parts, or use a recycled polymer, cutting raw-material use and weight (so less transport carbon). Reuse: design the toy so parts or the whole can be passed on or repurposed as the child grows. Recycle: use a single, clearly labelled recyclable polymer (such as one type of HDPE) so it can be reprocessed at end of life rather than landfilled. Refuse: avoid unnecessary packaging and harmful additives. Rethink: redesign as a modular toy that grows with the child, or a non-electronic version that lasts longer. Repair: make it easy to replace a broken part rather than discard the whole toy.
Socially, sourcing from suppliers with fair pay and safe conditions, and avoiding choking-hazard parts, reduces the social footprint.
Markers reward applying several Rs to the specific toy (not just listing them), the link to reduced environmental impact, and at least one social point. A bare list of the 6 Rs without application caps the mark.
AQA 20193 marksExplain the difference between a finite and a non-finite resource, using a named example of each used in product manufacture.Show worked answer →
A 3-mark Explain wants the contrast plus two examples.
A finite (non-renewable) resource exists in a limited amount and will eventually run out, because it forms far more slowly than we use it. An example is crude oil, used to make most polymers, or metal ore used to make steel.
A non-finite (renewable) resource is naturally replenished on a human timescale, so it will not run out if managed. An example is timber from a managed, replanted forest, or wind and solar energy.
Markers reward (1) finite will run out, (2) non-finite is renewed or managed, (3) a valid example of each linked to manufacture. Calling managed timber finite, or oil renewable, loses marks.
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Sources & how we know this
- AQA GCSE Design and Technology (8552) specification — AQA (2017)