As a planet and a species we are facing many imminent threats:
climate change induced disasters are increasing
65+ million people are displaced due to man-made conflicts
preventable diseases continue to plague us
almost half of the world live in poverty
Rapidly evolving technology can help us overcome many of these problems, but it is also a catalyst for further societal disruption. We are as yet unclear how robots and automation will play out in the workforce. Our institutions are not prepared for the massive societal changes these technologies will bring.
What is the role of design in the problem solving equation? Design has created some game-changing solutions to very specific problems, in particular, those in less developed countries. From poverty reducing water pumps to gravity powered lights, design can incrementally improve lives and undoubtedly transform our future. But what are the barriers which prevent it from reaching its full potential and how we might overcome them? How does design unlock its inherent ability and scale up to solve the world’s most pressing and complex problems?
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Ann Longley is a digital transformation expert whose career in digital spans 20 years.
She has worked across sectors and continents modernising businesses, enriching public services, and helping save lives through the strategic and creative application of digital technology.
She has worked with the DEC and its member agencies including Oxfam, Save the Children, and the British Red Cross planning, incubating and co-creating pioneering approaches to delivering aid to disaster affected communities.
She is a visiting lecturer at Greenwich University, and the founder of Something New Together, a consultancy designed to futureproof organizations by co-designing new products and services.
26. “We have, today, accurate, complete equations adequate to provide the foundation of
nuclear physics, materials science, chemistry and all plausible
forms of engineering.”
Franz Wilczek, Nobel Laureate
32. Our existential threats are based on these complex
ecological and social systems
Human
economy
Climate
Change
Exponential
human
population
growth
Ecological
overshoot
Biotic
impoverishment
and reduction
of biodiversity
Renewable
resource
depletion
Energy
allocation
Environmental
refugees
33. Most of these systems have one or more tipping points beyond which change is irreversible (Catton 1982).
Passing a tipping point in any one of the eight, complex systems would produce a ripple effect in the other seven
and probably throughout the entire biospheric life support system (Solomon et al. 2009).
Image source: World Vision
34. We may be able to change the trajectory of climate change
if we mobilise globally
38. We are at a tipping point to make a difference:
let’s make it our time to flourish
39. Pursuing profit without any responsibility is hurting us.
700 marine species may become extinct due to plastic.
Source: Plymouth University, One Green Planet
40. 5.25 trillion pieces of plastic debris are in the ocean. 269,000 tons float on the surface.
4B plastic microfibers per square kilometer litter the deep sea.
Source: National Geographic
49. Source OECD Forum 2016 – Skills for the Future
Advanced Digital Problem Solving Skills are in demand.
Andreas Schleicher, Director, Education and Skills, OECD
57. Frugal Innovation
• Applies design thinking and
lean start up practices to do
more with less
• We can apply it to our big
challenges
• We just need to prioritise
them and work together -
let’s do it
Source: Navi Radjou & Jaideep Prabhu, Forward by Paul Polman, CEO, Unilever.
58. Aravind Eye Hospital
Founder Dr. Venkataswmy’s aim
was make eye clinics accessible to
all eliminating needless blindness.
He created a low cost delivery
model.
• The hospital manufactures its
own lenses keeping costs down.
• Its surgeons are possibly the
most productive in the world.
Franchising the clinics makes
them ubiquitous & accessible.