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"littleBits are ingenious snap-together magnetic elements used to create whimsical machines and prototype complex electronic circuits. It's impossible to short-circuit the littleBits or create a syntax error in your physical "program" since they only snap together the "correct" way. Kids from 5-85 love inventing with littleBits. We recently created two "Quick Start" guides for the trickier aspects of working with littleBits. You may download them here: littleBits Quick Start Guide littleBits Arduino Bit Quick Start Guide (for programming your littleBits-based machine) littleBits Cloudbit Quick Start Guide (for Internet of Things) Download our complete 20+ page workshop kit"

"I have been designing an Operation-type board game that uses the MaKey MaKey to interface with a computer running Scratch. I started with a simple prototype left over from my squishy circuit Operation game. I was curious whether the MaKey MaKey would read a closed circuit on this hardware. Good news: it works! Connect an alligator clip cable from the MaKey MaKey to the game board's foil "game port." Connect the MaKey MaKey board's Earth port to another alligator clip cable."

"Learning about basic electronics and creating your own projects is a lot easier than you may think.  In this tutorial, we're going to give you a brief overview of common electronic components and explain what their functions are.  You will then learn about schematic diagrams and how they are used to design and build circuits.  And finally, you will put this information to use by creating your first basic circuit."

"The easiest way for beginners to get started with Arduino is by creating circuits using a solderless breadboard.  These simple projects will teach you the basics of Arduino Uno, electronics and programming.   In this tutorial, you will be creating circuits using the following electronic components: "

"Use the e-Textiles-in-a-Box tutorial and get ready to teach young people about electronics and computing. Based on the Computational Textiles Curriculum and Sew Electric from MIT, e-Textiles-in-a-Box provides instructions for sewing soft circuits and programming an Arduino microprocessor on the way to creating a bookmark book light and an interactive felt monster that lights up and sings. NCWIT is pleased to offer e-Textiles-in-a-Box in cooperation with the MIT High-Low Tech Group, and with funding from the National Science Foundation."

"Teach hands-on projects integrated with Tinkercad and Circuits, the Web's most popular, easy-to-use online apps for makers."

"Recently we have been out and about on the summer professional development circuit.  We've been asked to share a few of our materials that we use during our presentations.  You ask, and we deliver! Today's post shares information that is worthy of all ages, stages, content, and access.  Check out these easy ways to get your students CREATING in the classroom!"

"The idea for this bot came from the book Robotics: Discover the Science and Technology of the Future. The specific project that motivated this activity was the Art-Making Vibrobot on pages 24 to 26, though I modified the supplies considerably and the technique slightly. Basically this little "robot" is just a cup with marker legs that vibrates and spins due to the motor being off balance. As it jiggles around on a piece of paper it makes interesting designs. While I hope to make more exciting and complicated projects with my kids as they get older, this was a nice unthreatening activity to start with which showed my child how to hook up a simple DC motor to a battery. He's already familiar with some of these electrical concepts through our Snap Circuits set (link to my review), but this was a fun, hands-on supplement to the more structured activities in that set."

"Most of our projects are tested using a small piece of plastic known as a breadboard. Officially, it's known as a 'solderless breadboard' because it enables you to use circuit parts without soldering them together. Electrical components are connected by pushing them into the holes in a breadboard. These holes are connected in strips, as shown in the main image. If you push a wire, or a different component, into one hole in a strip, and another wire into the hole next to it, it's as if you'd physically joined (or soldered) the two wires."

"Toy take apart and hacking is a high engagement activity that works for kids of all ages, including adults who haven't lost their sense of kid, and both genders. I have done it multiple times during my summer maker camp for elementary level kids, my gifted students, and at conferences as part of teacher professional development. Here is a description of this activity from the tinkering studio at the Exploratorium: Do you ever wonder what's inside your toys? You'll make some exciting and surprising discoveries about their inner parts when you don some safety goggles and get started dissecting your old stuffed animal, remote controlled car, or singing Santa. Use screwdrivers, seam rippers, scissors, and saws to remove your toy's insides. Check out the mechanisms, circuit boards, computer chips, lights, and wires you find inside. Once you've fully dissected your toy, you can use the toy's parts, your tools, and your imagination to create a new original plaything.  (https://tinkering.exploratorium.edu/toy-take-apart)"

"As the maker movement in culture moves from MacGyver jokes and what Noah did when Allie left him in The Notebook to something with a bit more academic and cognitive credibility, it has also begun to creep in to the education space. As with any niche, there is specialized language-jargon-that may keep things murky for you. The 38 terms below by no means represent an exhaustive collection. (There are dozens of gadgets, circuit boards, and digital, robotic, and electrical wizardry we left on the cutting room flow.) But for most teachers in most circumstances, it should serve as a nice starting points."

I am a huge proponent of using hands-on, interactive learning activities to explore ill-defined problems as a way of teaching for all age groups. Given the spontaneity and uncertainty of these types of active learning environments, I believe educators should observe, reflect on, and analyze how learners interact with the materials, the content, the educator, and the other learners. This practice is in line with the teacher as ethnographer. In my role as a teacher as ethnographer, I made some initial observations during my first two weeks of teaching maker education for elementary age students. With half the kids under 7, I learned a bunch about young makers. Young makers are more capable than what people typically believe. Young makers need to be given more time, resources, strategies to learn how to solve more ambiguous and ill-defined problems (i.e., ones that don't have THE correct answer). Too many don't know how to approach such problems. If a project doesn't "work" during the first trial, they way too often say "I can't do this." They have a low tolerance for frustration; for not getting the answer quickly. Young makers often celebrate loudly and with extreme joy when making something work. Young makers like to work together but lack skills or desire to peer tutor one another. Young makers usually like to stand while working. Young makers are more capable than what people (adults) typically believe. During our maker education summer camp, the young makers made LED projects, circuit crafts, and simple robotics. Looking at the instructions for similar activities, the recommended ages were usually 8 and above. Yet, my group of 14 kids contained half under that age. The kids of all ages struggled a bit - as is common with making type activities but all were successful to some degree with all of the activities.

"Teach hands-on projects integrated with Tinkercad and Circuits, the Web's most popular, easy-to-use online apps for makers."

"Creativity is at the heart of a makerspace. The possibilities are endless and the supplies in a makerspace can spark ideas. One of my favorite creativity-fueling components of our makerspace is a Makey Makey, or as they're known as - an invention kit for everyone. The Makey Makey comes in a simple box with very little instructions. For non-techies, the wires and alligator clips could scare people from exploring. So, let's break this down, because there is no reason to fear the unknown. Picture The Makey Makey comes with a circuit board (your home base), a USB connector to connect to your computer, and alligator clips and wires (these help you connect and create). All of these components allow you to connect back to your computer to control what's happening on screen through the USB cord. You can connect the wires in any combination you'd like to work with different programs on your computer. "

"My sixth and seventh grade STEAM students immersed themselves in the wonder of electricity this school year. They started out by exploring basic circuits, using blocks that I constructed using the Exploratorium's ideas from their electricity exploration curriculum. "

"Adafruit has delivered another in their fantastic educational electronics series called Circuit Playground. They're working their way through the alphabet, explaining the principals of electronics in ways that even children can understand. These videos are a great way to introduce kids to the basics (and safety information) involved with electrical components."