3.
Go see the Waste Age exhibition at the Design Museum in London (until Feb 2022)
4.
‘After mining, the largest mass of waste
comes from making electronics’.
- Josh Lepawsky, p.19
From the Waste Age catalogue
5.
- Design for repair
- Reduce material use
- Increase modularity
- Avoid serialisation
- Increase durability and
remanufacturing
- Using recycled or scrap
materials
- Better product chemistry
Josh Lepawsky on the role of design
6.
A waste-free process doesn’t exist, not matter how circular it appears.
8.
Weak signals
- Repair cafés
- Library of Things / tool libraries
- Repair events in maker spaces
- Primary school curriculum
- 10-session programme for schools: https://therestartproject.org/restart-at-school/
- University lectures
- https://www.ntnu.edu/design has one repair class
- MOOCs
- https://www.ecotronics.fi/
9.
Weak signals
- Research
- 2021 paper on integrating repair into product design education
https://www.researchgate.net/publication/354469189_Integrating_Repair_into_Produ
ct_Design_Education_Insights_on_Repair_Design_and_Sustainability
- Reading
- List of design and ethics books and
resources https://betteriot.wordpress.com/design-and-ethics/
- Open Dott Repair Diaries https://opendott.org/repair-diaries
- Regulation & guidance
- UK right to repair law https://therestartproject.org/news/the-uks-new-right-to-repair-is-
not-a-right-to-repair/
- Kickstarter environmental guidelines https://www.kickstarter.com/environment
10.
• Alternative materials (compostable for eg.)
• Legible PCBs and components
• Plastic moulding techniques and the role of glues and screws in
reducing access
• Tamper-proofing vs. packaging design
• How to deal with ‘legacy hardware’ with open source software
• Understanding global and local e-waste policies and their impact on
waste production
• Integrating repair partnerships into product costs
• Other business models to support repair partnerships
https://lowcarbondesigninstitute.org/events/repairable-by-design/
Design for repairability – a scaffold for a curriculum
11.
• Backward compatibility of products
• Material library for repair (like the Protomold sample cube)
• What is a common/basic repair versus a more complex repair
Additional curriculum elements
12.
• Research into the public understanding of repair
• Quantifying the re-use economy
• How repair becomes important to company shareholders
Related points
13.
Repairable by design?
Next one March 23rd 2022
12pm UK time
Organised by:
Alexandra Deschamps-Sonsino
lowcarbondesigninstitute.org
@lo_c_d_i on twitter
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