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Ignition Learning — Activity Sheet

Sustainable design: food, fibre & ethics

Technologies · Year 7

Name: ______________________Date: ____________

Design and technology don't happen in a vacuum — they affect people, communities and the environment, raising important ethical and sustainability questions. Designers consider the environmental impact of their choices (like using renewable materials or reducing waste), and how new technologies and innovations shape "preferred futures" — the kind of world we want to help create. Food and fibre (like cotton or wool) are produced in managed environments (farms, orchards), and thinking about how these can be produced more sustainably — protecting soil, water and ecosystems — is an increasingly important design consideration. When designing food-related solutions, understanding the properties of different foods (like how heat affects texture, or how ingredients interact) is essential for preparation and presentation.

Example

A packaging designer choosing between plastic and a compostable plant-based material is weighing sustainability (environmental impact, waste) alongside practical design criteria like cost and durability — a decision that reflects both ethical and technical considerations.

Key terms

Sustainability:
Meeting needs today without compromising the ability of future generations to meet their own needs.
Managed environment:
A farm, orchard or other setting where food or fibre production is deliberately controlled and cared for.
Preferred futures:
The kind of future outcomes society aims to work toward through the choices made today, including in design and technology.

Questions

  1. 1. Design and technology choices:

    • Have no effect on people or the environment
    • Can affect people, communities and the environment
    • Only matter to designers
    • Are always neutral
  2. 2. Sustainability means:

    • Using resources until they run out
    • Meeting needs today without compromising the future
    • Ignoring the environment
    • Wasting resources deliberately
  3. 3. Food and fibre are produced in:

    • Nowhere specific
    • Managed environments like farms and orchards
    • Only factories
    • Randomly anywhere
  4. 4. "Preferred futures" refers to:

    • The past only
    • The kind of future outcomes society aims to work toward
    • Nothing related to design
    • A random guess
  5. 5. Ethical considerations in design might include:

    • Ignoring environmental impact
    • Environmental and social impact of choices
    • Nothing important
    • Only profit
  6. 6. Understanding food properties helps with:

    • Nothing useful
    • Preparation and presentation of food solutions
    • Ignoring ingredients
    • Random cooking with no reasoning
  7. 7. Innovation in technology can:

    • Have no effect on the future
    • Shape the kind of future we help create
    • Never matter for design
    • Be entirely unrelated to society
  8. 8. Choosing compostable packaging over plastic reflects a consideration of:

    • Only cost
    • Environmental sustainability
    • Nothing important
    • Random preference
  9. 9. A designer analysing how their choices affect global preferred futures is considering:

    • Only their own convenience
    • The broader impact of innovation and technology on society
    • Nothing beyond the immediate product
    • Irrelevant factors
  10. 10. Sustainable food and fibre production might involve:

    • Ignoring soil and water health
    • Protecting soil, water and ecosystems
    • Depleting resources as fast as possible
    • No consideration of the environment
  11. 11. Understanding how heat affects a food's texture is useful for:

    • Nothing relevant
    • Designing food preparation and presentation solutions
    • Ignoring cooking entirely
    • Random guessing
  12. 12. Why might a designer weigh both ethics and sustainability when creating a product?

    • These factors are irrelevant to design
    • Design choices can have real environmental and social consequences worth considering
    • Only cost ever matters
    • Ethics has no connection to technology
  13. 13. A managed environment for food production is deliberately:

    • Left entirely wild with no management
    • Controlled and cared for to produce food or fibre
    • Ignored completely
    • Unrelated to farming
  14. 14. Which best shows a sustainability-focused design decision?

    • Choosing the cheapest option regardless of environmental impact
    • Choosing a renewable material to reduce long-term environmental impact
    • Ignoring waste entirely
    • Using as much material as possible
  15. 15. A company designs a product that is cheap and effective but creates significant plastic waste. What ethical/sustainability tension does this reflect?

    • There is no tension, cost is the only factor
    • Balancing cost and function against environmental impact, a common real-world design trade-off
    • Sustainability should always be ignored for cost savings
    • Waste has no real consequence
  16. 16. Why might designers consider "preferred futures" rather than only solving today's immediate problem?

    • Only today's problems matter
    • Technology choices made now can shape longer-term social and environmental outcomes
    • Future consequences are irrelevant to design
    • Considering the future has no practical value
  17. 17. A food designer must balance nutritional value, taste, cost and environmental impact when creating a new packaged snack. What does this illustrate about real design work?

    • Design decisions rarely involve genuine trade-offs
    • Real design often requires balancing multiple, sometimes competing, considerations
    • Only one factor ever matters in food design
    • Ethics and technical design are entirely separate concerns
  18. 18. Why might understanding food properties (like how proteins change when heated) matter for both taste AND safety in food design?

    • Food properties only affect taste, never safety
    • Some food properties affect texture/taste while also being important for food safety
    • Food safety is unrelated to food properties
    • Heat has no effect on food properties
  19. 19. A farm shifts to practices that better protect soil health for long-term productivity, even though it costs more short-term. This reflects:

    • A poor business decision with no real benefit
    • A sustainability-focused decision balancing short-term cost against long-term viability
    • Ignoring the environment entirely
    • No meaningful trade-off
  20. 20. Understanding sustainability and ethics in design and food/fibre production mainly helps students:

    • Ignore the wider impact of technology and production choices
    • Consider the environmental, social and ethical dimensions of design decisions
    • Assume design has no consequences beyond the product itself
    • Focus only on cost with no other considerations

Answer key (parent copy)

  1. 1. Can affect people, communities and the environment
  2. 2. Meeting needs today without compromising the future
  3. 3. Managed environments like farms and orchards
  4. 4. The kind of future outcomes society aims to work toward
  5. 5. Environmental and social impact of choices
  6. 6. Preparation and presentation of food solutions
  7. 7. Shape the kind of future we help create
  8. 8. Environmental sustainability
  9. 9. The broader impact of innovation and technology on society
  10. 10. Protecting soil, water and ecosystems
  11. 11. Designing food preparation and presentation solutions
  12. 12. Design choices can have real environmental and social consequences worth considering
  13. 13. Controlled and cared for to produce food or fibre
  14. 14. Choosing a renewable material to reduce long-term environmental impact
  15. 15. Balancing cost and function against environmental impact, a common real-world design trade-off
  16. 16. Technology choices made now can shape longer-term social and environmental outcomes
  17. 17. Real design often requires balancing multiple, sometimes competing, considerations
  18. 18. Some food properties affect texture/taste while also being important for food safety
  19. 19. A sustainability-focused decision balancing short-term cost against long-term viability
  20. 20. Consider the environmental, social and ethical dimensions of design decisions