Student c2 c


Published on

  • Be the first to comment

  • Be the first to like this

No Downloads
Total Views
On Slideshare
From Embeds
Number of Embeds
Embeds 0
No embeds

No notes for slide

Student c2 c

  1. 1. Cradle to Cradleby William McDonough & Michael BraungartPresented by Ande Buskirk & Nicole Machuca
  2. 2. Chapter 1 - A Question of Design• Bad design is everywhere.• Titanic and Industrial Revolution• Resistance and romantics• Universal design- the worst case scenario• Crude products and products plus• Intergenerational remote tyranny or a Strategy of change
  3. 3. Chapter 2 - Why Being “Less Bad” is No Good• Eco-efficiencey, RRR, and superficiality – Monsanto, Dupont, Johnson & Johnson• A range of pollutants• Problems with incinerating, composting, recycling• Efficiency has no independent value• What does it look like to be 100% good?
  4. 4. Chapter 3 - Eco-Effectiveness• 3 books• Not efficient, effective- we want more of it• Cherry tree and ants• Becoming native to Earth• Zero is not the right goal- deprivation, starvation
  5. 5. Chapter 4 - Waste Equals Food• Bio mass and Tech mass• Away• Sewage problems• Metabolisms- a reflection of Hawken?• Insanity and Negligence
  6. 6. Chapter 5 - Respect Diversity• One-size-fits-all• De-evolution• Fitting-est• Diversity• All sustainability is local -sewage, energy, cars, soap• -Isms: extreme• Economy, Equity, Ecology and Industrial Re- evo
  7. 7. Chapter 6 - Putting Eco- Effectiveness into Practice• Ford River Rouge• Free of, Personal Preference, Passive Positive, Activate, Reinvent and redesign• Intention• Restorative action• Innovation• Brace for the learning curve• Responsibility to future
  8. 8. Major Themes/Interesting Points Move away from:  Cradle-to-grave as acceptable  Standardization in industry – one-size does not fit all  Creating in obsolescence – prioritize upcycling  Environmentalism focusing on what not to do Education & research focus on analyzing problems, not finding solutions 2 metabolisms: Technical vs. Biological Nutrition/Food Should adhere to nature’s model – cradle-to-cradle Look to indigenous & less industrialized regions for design ideas Stop trying to fix industry – redesign it Respect Diversity Principal: Design should account for not only biodiversity, but cultural and locale diversity Triple Top Line Approach: Balancing ecology, equity, & economy
  9. 9. Recurring Themes• Westerners saw nature as something to be dominated• Environmentalism does not conflict with economic growth• Currently one paradigm of progress• Society should strive for “good” growth – not merely economic growth• Current failure in imagination and creativity• Should adhere to nature’s model• Smaller systems better
  10. 10. Quotes• “Urban and industrial growth is often referred to as a cancer, a thing that grows for its own sake and not for the sake of the organism it inhabits.” pg. 77• “We begin to make human systems and industries fitting when we recognize that all sustainability (just like politics) is local.” pg. 123• “Respecting diversity in design means considering not only how a product is made but how it is to be used, and by whom. In a cradle-to-cradle conception, it may have many uses, and many users, over time and space.” pg. 138
  11. 11. Remaining Questions/Discussion• My one question that still remains is how we can get industries to want to make this change to a new system of this sort. – Lauren• I think the consumer on the other end of the process is an important component. How can we expect companies to shift, to change their ways, when the consumer will likely be upset with rising costs, decreased mobility, and vastly different products? – Adam• Like any aspect of life, people tend to favor change when there is an incentive involved.…I think the combination of framing the change in a positive outlook with incentives to change are a start in getting people on board.” - Bob
  12. 12. Vocabulary• Effluents: Waste products• Downcycling: Reduces quality of objects over time• Intergenerational Remote Tyranny: Actions that deprive and harm future generations• Eco-efficiency: Doing more with less• Biological nutrient: material designed to return to biological system• Technical nutrient: material designed to return to industrial cycle, e.g. plastic, steel• Unmarketables: Hazardous materials, e.g. nuclear waste
  1. A particular slide catching your eye?

    Clipping is a handy way to collect important slides you want to go back to later.