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STEM and STEAM education, understandably, have plenty in common and educators can use some similar tools and strategies while they’re teaching both. To start, STEAM education involves opportunities for students to add more artistry and creativity to these projects and, by moving from STEM to STEAM, they can learn to display their knowledge using new techniques.

These days, not only can instructors utilize robotics tools to teach students coding and computational thinking skills, a lot of them have an engineering element within them as well. We think it’s great that educators and children can combine these two key areas of STEM by first building their robot (like any of these five prime examples) and then programming

When educators can work to simultaneously engage their students’ heads, hearts, and hands in projects—something they could really accelerate with MakerEd tools—they often develop vital SEL skills more quickly while also preparing for future careers. So, what are these key social-emotional skills and what are some of the ways in which educators can teach them?

While educators won’t necessarily need official curricula or detailed project guides in makerspaces, these suggestions, however, are great examples of unique maker supplies, including different types of 3D printers, coding kits, electronics tools, and design equipment. So, we’re excited to walk through some less common makerspace tools for creating high-quality learning.

Aside from the likely guarantee that both parents and administrators will be skeptical, there could be a handful of possible issues with starting a school esports program. Ultimately, however, there truly are a long list of positives associated with interscholastic esports, like students building career skills, becoming part of a community, and fostering new relationships with peers.

When it comes to crafting the perfect makerspace experiences, educators can try incorporating a wide variety of hands-on STEAM activities. To truly maximize student engagement and empower them all to feel like authentic problem solvers, however, 3D printing is an awesome option and these are some of the best educational 3D printers for K–12 school STEM programs.

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.

Within the Blue–Bot app, there are two different modes: explore mode and challenge mode. Using either mode, kids can access the same directional buttons they’ve used with the Bee–Bot along with a few new features, like 45-degree turns and digital capabilities. Read on to learn how this slightly more advanced early elementary robotics tool can impact STEM learning.

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.

The EdSketch add-on for the Edison Robot is a low-tech STEAM accessory that allows students to program Edison to draw or write. Like the EdCreate Packs, the EdSketch Kit is a super engaging and beneficial expansion kit that helps you scale up any Edison Robot lesson. Easily add an artistic component to coding or illustrate a concept related to the