Just in time for the Maker Faire Bay Area this weekend, my Institute for the Future colleague Alex Pang wrote a fascinating essay about tinkering. I love the word "tinker." Back in Cincinnati, my oldest brother Mark, a lifelong maker who is now a research scientist and physician, spent his teen years digging around in an electronics hobbyist supply shop called The Tinker where resistors and capacitors were sold by the pound. From Vodafone Receiver:
What is interesting is that at its best, tinkering has an almost Zen-like sense of the present: its 'now' is timeless. It is neither heedless of the past or future, nor is it in headlong pursuit of immediate gratification. Tinkering offers a way of engaging with today's needs while also keeping an eye on the future consequences of our choices. And the same technological and social trends that have made tinkering appealing seem poised to make it even more pervasive and powerful in the future. Today we tinker with things; tomorrow, we will tinker with the world.
What is tinkering? Discovering that certain snack tins can be used to make an antenna that extends the range of your wi-fi network, using electric toothbrush motors to power small robots, building a high-altitude balloon that takes video of the edge of space, are all examples of tinkering. It is technical work and a cultural attitude. Tinkering is customizing software and stuff; making new combinations of things that work better than their parts; and discovering new capabilities in or uses for existing products. Despite its fascination with things and bits, it is resolutely human-focused: you don't make things 'better' in some dry technical sense, you make them work better for you. Tinkerers modify everything from cars, computers, and cellphones, to virtual worlds and computer code. They are driven by a desire to experiment, to make existing technologies more useful, and to customize them to better suit users' needs.
According to MIT professor Mitch Resnick, tinkering might look at first like traditional engineering, but it is very different. Both are about designing and making things; but engineering tends to be top-down, linear, structured, abstract and rules-based – a highly formal, organized activity, meant to be carried out in (and in the service of) large organizations. Tinkering, in contrast, is bottom-up, iterative, experimental, practical and improvisational: informal and disorganized, accessible to anyone who is willing to learn (and fail) and it doesn't follow any plan too closely.
