What impact does designing and making products have on society and the environment, and how can it be reduced?
The impact of design and manufacturing technologies on society, the environment and the workforce: methods to limit a product's environmental impact, the effects of traditional and new technologies, and the economic and environmental sustainability of products.
An SQA Advanced Higher Design and Manufacture answer on the impact of design and manufacturing technologies, covering the methods designers and manufacturers use to limit a product's environmental impact, the effects of traditional and new technologies on society and the workforce, and the economic and environmental sustainability of products.
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What this key area is asking
The SQA wants you to explain the impact of design and manufacturing technologies on society, the environment and the workforce, the methods used to limit a product's environmental impact, and the economic and environmental sustainability of products. This is a higher-mark Section 2 topic that asks you to weigh benefits against costs and to treat sustainability as design decisions, not a list.
Limiting a product's environmental impact
These are design decisions, not slogans. Designing for repair means access to parts and replaceable components; designing for recyclability means choosing recyclable materials and avoiding hard-to-separate composites and finishes; efficiency means lightweighting, using less energy in manufacture, and reducing offcuts and scrap. Each decision can be tied to a product, which is what the marker rewards. This connects directly to the tension with cost and with planned obsolescence: designing for longevity and repair is the opposite of designing for a short life.
The impact of technologies on society and the workforce
- Benefits. New technologies such as automation, robotics and CAD/CAM raise productivity and quality, lower prices, and remove dangerous and repetitive work, improving safety.
- Costs. They can displace manual jobs, shift demand towards higher-skilled roles (so some workers need retraining), and, with global manufacture and offshoring, move work away from local communities.
A balanced answer recognises both: cheaper, better products and safer work, set against job losses and social disruption that must be managed.
Economic and environmental sustainability
The course frames sustainability as having two sides:
- Economic sustainability: the product and its manufacture are commercially viable and support livelihoods over time, not just profitable for one cycle.
- Environmental sustainability: the product conserves resources and limits harm across its life, from material extraction through manufacture and use to end of life.
Truly sustainable commercial design balances both with the social impact, so a product is viable, responsible and low-impact together, the same balance examined in conflict resolution.
Where this fits in the course
Impact and sustainability draw the Manufacture area together with the Design area: material choice (from materials for commercial manufacture), assembly for disassembly, and planned obsolescence all feed it, and the society-economics-environment balance is the same one examined in conflict resolution.
Try this
Q1. Explain two ways a designer can lower a product's end-of-life impact. [4 marks]
- Cue. Design for repair and recyclability (accessible parts, recyclable materials, easy separation); choose renewable or recyclable materials over hard-to-recycle ones.
Q2. Explain one benefit and one cost of automation for the workforce. [4 marks]
- Cue. Benefit: removes dangerous, repetitive work and raises productivity. Cost: can displace manual jobs and demand higher skills, so some workers need retraining.
Q3. Explain the difference between economic and environmental sustainability. [3 marks]
- Cue. Economic: the product and its manufacture are commercially viable and support livelihoods. Environmental: it conserves resources and limits harm across its life.
Exam-style practice questions
Practice questions written in the style of SQA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
SQA Advanced Higher6 marksExplain methods a designer and manufacturer can use to limit the environmental impact of a product.Show worked answer →
Worth about 6 marks, so the marker wants several methods, each as a design
or manufacturing decision linked to a reduced impact.
Design for re-use, repair and recyclability. Designing the product so
parts can be reused, repaired or separated and recycled extends its life
and keeps materials out of landfill.
Choose materials and finishes carefully. Selecting recyclable or renewable
materials and avoiding hard-to-recycle composites and finishes lowers the
end-of-life impact.
Efficiency. Designing and manufacturing efficiently, using less material
and energy and cutting waste in production, lowers resource use and
pollution.
Conclude. A strong answer states that these decisions, applied across the
product's life, reduce its environmental impact, and links them to the
tension with cost and to planned obsolescence.
SQA Advanced Higher6 marksExplain the impact that new manufacturing technologies such as automation have on the workforce and society.Show worked answer →
Worth about 6 marks. The markers want effects on the workforce and society,
both positive and negative.
Workforce, positive and negative. Automation removes dangerous and
repetitive work and raises productivity, but it can replace manual jobs and
shift demand towards higher-skilled roles, so some workers are displaced.
Society. New technologies can lower product prices and improve quality and
availability, benefiting consumers, but offshoring and automation can move
jobs away from communities.
Balance. A strong answer weighs the benefits (safety, productivity, cheaper
goods) against the costs (job losses, social disruption) and notes that
manufacturers and society must manage the transition, for example through
retraining.
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