Do we have space for Makerspaces and tech shops?

Some days I wish I could convert part of my computer lab into a Makerspace. After all I have re-defined it as a Computer and Technology Lab, so it would be appropriate to have other technologies. Like a metal cutter, or workbench to build things – such as making a speaker out of an Altoid tin, or rudimentary printing such as silk-screening.

I thought of this again after getting into a discussion with a teacher visiting our school from New Zealand this week. She spoke of how curriculum there includes woodwork, needlework and many hands-on activities.

She was not been aware of Makerspaces, but mentioned a parallel well-organized movement called Mens’ Sheds – run by retired people so that anyone could take up a new skill.

Makerspaces here are great places for students with rudimentary engineering products in mind, for say a science fair. They are open to anyone and are often free. Some school libraries are carving out makerspaces for 3-D printing.

I’ve visited one in Mesa, Arizona called HeatSync Labs. Love the name!

I’ve still to visit the TechShop in Chandler where you could learn CAD drawing, or how to build a (guess what?) Bluetooth speaker!

 

Messy Learning Labs. Just what our screen-obsessed kids need

If you’ve ever complained about classrooms being stuck in the industrial age, here’s a glimpse of a different kind of class. It’s Hi-Tech space with a factory-floor setting. Perfect for digital natives, huh?

heatsynclabs_tnI took my robotics students here last Tuesday, to a place called HeatSync Labs in Mesa, Arizona. Not the kind of ‘lab’ they had in mind – but in a shocking way! It is what’s known as aMaker Space’ where kids come to ‘learn by doing’. They didn’t want to leave!

You see, a Maker Space like this is more like a mad scientist’s garage, than a classroom, with a variety of machines, tools and material just begging to be used. If you recall how HP began in a humble garage, you’ll see why a tinkerer’s tool-shed like this is what classrooms ought to be like if we are to motivate the next generation of inventors, astronomers and mad scientists like Bill Hewlett, Dave Packard. Or the next Thomas Edison (who barely went to school, please note).

Having worked with 6-12 year olds for four years now, I know how hungry they are for science. Especially science that comes to them in unexpected packages. OK, so in one corner of the lab there was a 3-D printer, an artifact from our all-too-digital present. But someone had used it to produce intriguing pieces such as this plastic cube (right), with gears!

In 75 minutes my students probably got more about science that any slick PowerPoint presentation. This was about experimenting, making mistakes, and asking ‘what-if’ questions. This was about rummaging through bins, and peering through scopes, working with laser-cut stamps they mounted on blocks of wood. And not a tablet in site!

Shelves

Machine

 

 

 

 

 

 

 

At one point, Eric Ose who works there took me aside and told me, awkwardly, “I am not used to young people here asking permission to do things.” Meaning, this was a space that people came and just tried things out, used material lying around, and worked on their own pace. Of course there are guidelines – especially safety guidelines, as when watching laser cutting, or operating the 3-D printer.

But the real house rules are this: Try something out. Make things. Break things. Revise. Start from scratch. Discover. Build something impossible!

Note: If your students have never been to one I urge you to make it your next field trip. Many cities have these community run spaces. (Map)

HeatSync