Welcome to Eduporium’s Tips & Tricks blog! In this bi-weekly blog series, we are highlighting some of the best practices for using some of our most popular EdTech tools in the classroom. If you’ve been searching for a straightforward guide on how to best care for EdTech, this blog is the one for you. In today’s post, we will cover the Cubelets robots.
We’re introducing another new blog series for educators! Each week, we will take a look at an online STEM resource teachers can use to better their instruction with hands-on opportunities. In the first edition of Rising Resources, we’re exploring Robot App Store, a resource designed to help teachers learn more about robotics in a number of ways!
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 learn more about it.
Bloxels is in a field of its own. Why? It empowers students as young as five years old to try their hand at video game design. Seriously, students from grades K-8 can build an entire video game from scratch with Bloxels’ blocks and gameboard! It’s a totally hands-on experience during which students use the different blocks to design layouts and games.
Among the newest STEM tools added to our store is the Airblock drone from Makeblock, an exceptional way for students to explore aviation and dive into long-lasting innovation. They don’t even need any prior coding experience to learn with Airblock—just an eye for exploration and the desire to take charge of their learning!
The EdCreate Kit is something all STEM teachers should be looking to add to their classrooms. It’s pretty much guaranteed to inflate students’ skills as they expand on Edison’s build with 115 interlocking parts they can use to create five exciting, new robots. The EdTank, EdDigger, EdRoboClaw, EdCrane, and EdPrinter.
App-enabled and Bluetooth-connected, the Sphero Mini is similar to the Sphero SPRK+, but brings some new and exciting features to the playing field. Students, for example, can drive the Mini using different modes, such as joystick, tilt, slingshot, or even face drive, which allows them to control the robot using their own facial expressions!
The Sphero Mini is exceptional at introducing students to topics like physics, problem solving, creativity, collaboration, and coding. Unlike other robots, however, the Sphero Mini is completely round. This allows it to roll around—sometimes pretty quickly—and enables kids to control both its movements and speed with code.
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.
