Most products still move through a largely linear system: materials are extracted, products are made, used and eventually discarded. That model can lose useful materials, energy and economic value at every stage. You will trace one everyday product through the system, identify where value is lost and show where circular redesign could make the […]
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The linear economy is often described as take → make → use → waste. Mapping one ordinary product makes that system visible.
Waste is not only what appears in a bin. Overproduction, short product life, unused capacity and hard-to-recover materials can all represent value leaving the system.
Product systems are global and complex, so focus on one important part rather than trying to prove everything.
Use one credible source to investigate materials, production, transport or end-of-life. Add two verified facts to the map.
Compare two credible sources or trace one material through several stages. Identify one uncertainty or disagreement as well as the evidence.
Recycling is one possible intervention, but circular thinking also asks whether products can last longer, be repaired, shared, reused or designed with safer recoverable materials.
Your final piece should make the system visible and explain the biggest opportunity for change.
Map the current product journey, value losses and your priority intervention.
Explain the product system, waste points, evidence and first circular change.
Use one product to explain why the linear system loses value and where redesign should start.
The next challenge follows materials after disposal and asks what circularity really requires.
Which stage of the product journey surprised you most?
Where could systems mapping improve a decision in your school, workplace or home?
What product would you redesign first if keeping materials in use became a business requirement?
Your Step 5 output is the main evidence. Keep to the stated size or time limit.
Choose Your Tools
Use the tools available to you. Strong systems thinking and evidence matter more than the software.
Use paper, Slides, Miro, Canva or another diagram tool to map material flows from extraction to disposal.
Use credible sources on material use, waste and product life cycles. Record where important figures came from.
Use a systems map, briefing, slide deck or short explainer.
Your Step 5 output is the main evidence. Keep to the stated size or time limit.
Choose Your Tools
Use the tools available to you. Strong systems thinking and evidence matter more than the software.
Use paper, Slides, Miro, Canva or another diagram tool to map material flows from extraction to disposal.
Use credible sources on material use, waste and product life cycles. Record where important figures came from.
Use a systems map, briefing, slide deck or short explainer.
Choose Your Tools
Use the tools available to you. Strong systems thinking and evidence matter more than the software.
Use paper, Slides, Miro, Canva or another diagram tool to map material flows from extraction to disposal.
Use credible sources on material use, waste and product life cycles. Record where important figures came from.
Use a systems map, briefing, slide deck or short explainer.