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A practical guide to reinvention in American cities

We made a box that blinks and makes a sound each time someone subscribes/likes/follow one of our accounts. Each social network is associated with a color

Dan Alich is raising funds for Learn how to wire and program the Raspberry Pi. on Kickstarter!

Want to learn how to actually use a Raspberry Pi? Learn how the 40 GPIO pins are used. Take the step from Arduino to Raspberry Pi.

So, you finally picked up a Raspberry Pi and it’s sitting on your desk, waiting for you to do something awesome with it. Good news, setting it up is stupid-easy these days, and in less than 30 minutes, you’ll be hacking away on your tiny little $35 computer.

 This is a tutorial that shows how to control LEDs with Raspberry Pi Here is a review I made about the Raspberry Pi 3. Go to 1:30 to see LED control in

A new generation of toy robots, jewelry, and board games are teaching kids how to be coders. 

Invention literacy is the ability to read and write human made stuff, from toasters to apps. People think inventors perform magic, but…

Makerspaces in schools are becoming more popular. Hear from our expert guest blogger, Colleen Graves, on how to secure buy-in and funding.

So You Want to Build a Makerspace?! Here is a free resource from my 19 years as a designer, fabricator, shop teacher, school administrator and founder. Enjoy and share.

A robot may be the perfect companion to help autistic children develop social skills.

Just like the internet before it, the Maker Movement is revolutionizing manufacturing, with implications for startups and jobs.

Recently I decided to pick up a new Raspberry Pi 3 B from BuyaPi.ca. I wasn't exactly sure what I was going to do with it but I figured with all of the neat

PocketLab - the wireless sensing and analytics platform for science experiments. A portable, inexpensive, and easy-to-use science laboratory for students, educators, and citizen scientists.

Snap Circuits is an educational toy that teaches electronics with solderless snap-together electronic components. Each component has the schematic symbol and a label printed on its plastic case for easy identification. They snap together with what appear to be ordinary clothing snaps. The components also snap onto a 10 X 7 plastic base grid somewhat analogous to a solderless breadboard.All the kits include manuals printed in color with instructions for ages 8 or older and with easy to follow diagrams to assemble the projects. The illustrations for each project look almost exactly like what the components will look on the base grid when finished. Because the electronic symbol is printed on each electronic component, once the project is completed, it will look like a printed electronic schematic.Follow me on Twitter: https://twitter.com/steveschuler20Follow me here on Instructables: http://www.instructables.com/member/KRA5H/

MegaBots makes the world more epic, one giant robot at a time by creating the first sports league of giant fighting robots, piloted by you.

Maker Faires give children a great opportunity to develop an interest in the fields of the future.