Design is one of the most powerful forces in the universe. But like any powerful force, it can be used for good or for evil. It can even be ignored, but, I would argue, at our own peril. Put another way, to fail to design is to design to fail.
Stereotypes hid one of universe's powerful forces
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Already a McDonough groupie, I was thrilled with the publication of his book, with German chemist Michael Braungart, in 2002, Cradle to Cradle: Remaking the Way We Make Things. It emphasises McDonough's mantra "waste equals food", but makes an important distinction that serves as a quantum leap for the sustainability movement: the difference between eco-efficient and eco-effective.
Eco-efficiency, for McDonough, means doing things that are still damaging the planet's life support system and consuming non-renewable resources, but doing so more slowly than before. He puts it rather bluntly: "Being less bad is not being good."
One of the reasons I admire McDonough is that he is pushing the envelope on design thinking but basing it all on the best available science and his designs on modelling how natural ecosystems function. When looking for models of eco-effectiveness, we need only turn to a forest, a wetland or a coral reef. Time Magazine described his way of thinking this way: "His utopianism is grounded in a unified philosophy that - in demonstrable and practical ways - is changing the design of the world."
If you have been following the Eco-Thrifty Renovation column alongside this one each Saturday, you know I am a huge fan of "practical" and "demonstrable".
In other words, I favour what works over what might theoretically work. The proof, as they say, is in the pudding, although I have absolutely no idea where the phrase came from. However, I do likes me some good pudding!
As an environmental science teacher, I used to pose the question to my students: Who has a better track record for making sustainable systems: humanity or nature? Oddly enough, I always got the same answer.
But eco-design thinking is not limited to the fields of architecture or manufacturing. Forty years ago, a pair of Australians, Bill Mollison and David Holmgren, developed an eco-design system called permaculture to address sustainable food production.
Since then, permaculture design has been expanded to cover economics, finance, transportation, energy, technology, and even health and spiritual wellbeing.
I've just completed a four-year doctoral study applying permaculture design and practice to junior secondary science as a way to engage students in authentic, relevant science learning experiences.
Eco-design thinking permeates the 400-page thesis, from the theoretical framework through the methodology and curriculum design and even the data analysis, interpretation, results and conclusions.
Although it is likely that only four people on earth will read the thesis - my two supervisors and two examiners - the real value of writing is the thinking that goes into it. Over the last four years I have been amazed at the extent to which eco-design thinking can be pushed in education and in research. Many readers may have little interest in either, but I use this example to show the breadth and depth of the potential application of eco-design thinking.
Think about your life or your job. Are there ways that design - "the first signal of human intention" - can be applied? What are your intentions anyway? Are you fulfilling them? How can thoughtful design help you do so? The possibilities are as endless as the interrelationships of a thriving native bush ecosystem ... possums not included.
Nelson Lebo changes direction and swaps topic with Terry Lobb this week. Nelson is co-founder of the ECO School with his wife, Dani. theecoschool@gmail.com - 022 635 0868 - 06 344 5013. They have extensively renovated an old villa at Castlecliff with green principles and sustainability in mind.