Raspberry Pi

Both STEAM tools combine various elements of engineering and coding in what they offer to students. These robots are buildable, too, which enables students to explore engineering as they work to figure out how to build the bots correctly. Once they’re built, children can work on programming them whether they’re at home or in the classroom.

The pi-top [3] laptop helps teachers create some exciting opportunities for kids to not only engineer their own modular laptop but to invent, code, and create an endless number of projects, too. We decided to put together our laptop and produce a light and sound show. And, as we can attest, even if kids are new to coding, the instructions

Updating your Raspberry Pi is very important for coders and makers and serves as a useful practice if you are hoping to get the maximum amount of features out of your Pi. No matter what version of the Raspberry Pi you are working with, you will want to keep your system updated and you can generally do so with the

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The workforce that we have now will likely undergo a lot of changes and so many new jobs will be created, replacing a lot of the ones that have always been more traditional. While we can’t predict exactly what this means, a lot of evidence points to tech skills being at the top of the list among everyone who wants

If you’re looking to expand the use of your Raspberry Pi and also expose students to more programming challenges, the MonkMakes RaspiRover Kit is a great way to combine computing, coding, and robotics. It’s an ideal kit for engaging students who are ready to take the next step with Raspberry Pi.

This week’s Eduporium Experiment is all about the basics of the incredibly popular and powerful micro:bit board. The micro:bit is essentially a mini, portable, programable computer that has a variety of uses in and out of the classroom. It can help students learn basic coding, engineering skills, and help spark their creativity.

You may have heard from the source itself (or maybe from our social media) that there was a new Raspberry Pi board launched on that very day. The Pi 3 is now the newest version of the powerful microcomputer and got us thinking about how schools can use each version of the Raspberry Pi in STEM education. Read on to

The GoPiGo build-your-own robotics kits are top of the line. They are powered by a Raspberry Pi and come in wide ranges of sizes to fit all needs and accommodate various classroom setups. The Base Kit is the smallest and perfect for any students who have used a Raspberry Pi, whereas the Starter Kit is for those who want to

This cool looking car—the GoPiGo Robot from Dexter Industries—is a great tool for helping students advance their coding skills. It’s buildable, so they get the engineering aspect of STEM education and, once they have it built, it’s programmable over a simple Wi-Fi connection! The single GoPiGo kits are great for children at home, at school, or in a camp.