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For educators, especially those who may be new to technology and STEM in general, the Makey Makey is an excellent starting point for your lessons. Besides immediately recognizing its catchy name, the Makey Makey is an extremely appealing teaching tool that boosts engagement and maximizes instruction. What does it help you teach? Just about anything you want.

Scratch is a great first language for programming different robotics tools or simply introducing children to some of the most important fundamentals of coding. On our store, you’ll find a large selection of STEM tools specifically for coding with Scratch, including the mBot-S, Finch Robot 2.0, Strawbees STEAM kits, Edison Robot, Makey Makey, and a whole lot of others.

Even with STEM tools and active learning, students oftentimes fail to feel fulfilled. With career and technical education, however, they’re able to gain skills in areas that can truly help them. CTE is proven to increase positive career outcomes, prepare students for college, and even improve success in other academic areas—not just STEM.

Here are the most sought-after STEAM tools of the year—tools that helped the Eduporium family teach everything from magical makerspace moments to amazing coding creations. The Ozobot and Bee-Bot helped to foster CS skills, while Glowforge’s laser printers enlivened makerspaces, Expeditions 2.0 put kids right in the action, and the micro:bit V2 made learning flexible.

The highly interactive Dash Robot simulator from Wonder Workshop is very easy to access through their Class Connect platform and it enables kids to explore coding opportunities from anywhere. Perfect for summertime or as part of afterschool enrichment, this 3D environment provides students with virtual challenges and engaging STEM puzzles for robot-free coding.

In the United States, 34.6% of high school students participate in sports. Incorporating sports into your classroom STEM learning can boost retention and engagement. Try STEM Sports kits to show kids the science behind their favorite sports and inspire them to pursue real-world applications of STEM. Check out these turnkey, standards-aligned curricula in this blog.

A large percentage of parents and K–12 teachers are aware that computer science and STEM education can impact children starting at a very young age. They may not, however, have all the key information when it comes to how to facilitate these learning experiences. From kindergarten up through high school, these robotics tools help kids progressively develop CS skills.

To create environments and experiences that are conducive to helping kids build design thinking skills, there are a few key areas that educators should focus on. Since a K–12 makerspace, for example, is a notably open-ended environment, combining play-based exploration with design thinking could be effective, especially when compared to traditional instruction.

When students are ready to transition from block to text coding languages with micro:bit, MicroPython has helpful hints and troubleshooting tips to guide them. Use the References and API to find out everything micro:bit can do, then use the Error Highlighter to fix mistakes. Finally, find out how well the code works using one of two micro:bit simulators.

One of the biggest focuses in 21st century education is on teaching coding and computer science. When integrating such efforts into these classroom lessons, however, there are even often plenty of opportunities for including math angles. So, while covering core CS concepts, like logic, variables, or functions, these tools help teachers connect math and coding in fun ways.