play · Social

Innovation, Education, and Making stuff

I am so excited to share! My friends Janine and Willow were quoted as part of a workshop this past week about the Maker culture that has been growing dramatically over the past ten years and is really starting to bloom. My friends are part of the Jigsaw Renaissance, based in Seattle. The article appeared on the O’Reilly Radar article (excerpt below, with my friend’s quote in bold):

From a social perspective, vibrant communities are organizing around projects, technologies, and physical places. For example, one community called DIYDrones has developed a $500 unmanned aerial vehicle using open source chip sets and gyroscopes. Hacker Spaces and Maker Spaces are springing up around the country — like Jigsaw Renaissance in Seattle, which seeks to encourage:

Ideas. Unfiltered, unencumbered, and unapologetically enthusiastic ideas. Ideas that lead to grease-smeared hands, lavender sorbet, things that go bang, clouds of steam, those goggle-marks you see on crazy chemistry geeks, and some guy (or girl) in the background juggling and swinging from a trapeze … Walk through our door with an open mind, and you are liable to be whisked off your feet and into a project you’d never have thought up. We encourage communal learning, asking questions, and pushing that red button. Go on. Do it. If you stick around long enough, you’ll end up being the one creating projects and doing the 3-2-1 countdown for some new toy. Which is exactly what we hope will happen.

Technologically — we are moving towards what MIT‘s Neil Gershenfeld has called personal fabrication. Consider how Moore’s Law has enabled the transition from the expensive and remote mainframe to the personal computer to the smartphone that fits in your pocket to the Internet of things. We are seeing the same phenomena with the dramatic reduction in the cost of the tools needed to design, make and test just about anything — including $1,200 3D printers, CAD tools, machine tools, sensors, and actuators. Remember the replicator from Star Trek? It’s rapidly moving from science fiction to science fact. What will happen as we continue to democratize the tools needed to make physical objects that are smart, aware, networked, customized, functional, and beautiful? I have absolutely no clue — but I am confident that it will be awesome. As one maker put it, “The renaissance is here, and it brought ice cream.”

Economically — we are seeing the early beginnings of a powerful Maker innovation ecosystem. New products and services will allow individuals to not only Design it Yourself, but Make it Yourself and Sell it Yourself. For example, Tech Shops are providing access to 21st century machine tools, in the same way that Kinkos gave millions of small and home-based business access to copying, printing, and shipping, and the combination of cloud computing and Software as a Service is enabling “lean startups” that can explore a new idea for the cost of ramen noodles.

Makers are also becoming successful entrepreneurs. Dale just wrote a compelling story about Andrew Archer — the 22-year-old founder of Detroit-based Robotics Redefined. As a teenager, Andrew started off entering robotics competitions and making printed circuit boards on the kitchen table. He is now building customized robots that transport inventory on the factory floors of auto companies. With more entrepreneurs like Andrew — we could see a bottom-up renaissance of American manufacturing.

The article even goes on to talk about why the Obama Administration is behind DIY-ers and Makers. Exciting stuff! Read the whole article on O’Reilly Radar.

Social · technology

Walk in Workshops | Science Gallery

The Science Gallery in Dublin provides a space to explore science, technology, and art in its multiple facets.

In June, they ran workshops “a selection of walk in workshops and a chance to test out the speed and accuracy of a penalty kick, thanks to the institute of Physics.”

Different programs included:

Bristlebot
Make a simple vibrating robot with a scrubbing brush and a small motor.

DNA Extraction
It might sound painful but all we need is a little bit of your saliva for you to actually be able to see a small amount of your very own DNA.

LED Wrist Band
Turn up in techno style at the festival season this year with this simple LED wrist band, a simple circuit using a 3 V  battery and an LED

Origami Bucky Ball
Explore the unusual construction of a Bucky Ball through the art of origami. With the simple building blocks you can build Bucky Balls out a variety of materials.

BeetleBot
A slightly more complicated robot, the BristleBot appears like it has some expensive sensory equipment enabling it to reverse away from a barrier. Find out it’s secret at this make and take.

Find out about more of their programs via Walk in Workshops | Science Gallery.