Eduporium Blog

As education evolves, so do the methods of enriching students’ classroom experiences. For example, gamifying learning can help boost engagement, coding prepares students for the future, and multimedia tools help enliven instruction. Plus, they all challenge kids to apply what they’ve learned. So, we compiled the best supplementary websites for your teaching toolbox.

Robotics tools, in particular, are very valuable in K–12 classrooms because of the various sets of skills children can gain when coding with them. Most notably, teachers could introduce a variety of programming languages, like Scratch, Blockly, JavaScript, Swift, Python, and others—helping kids build a foundation for both their creative and technological development.

When using the SAM Labs kits in your classroom, the wireless setup helps make everything easier to integrate. With the SAM Labs projects, students can apply logic, reasoning, design thinking, and computational thinking as they build inventions and, not only are they great for coding in elementary school, each kit is also great for makerspaces and afterschool activities.

In the webinar, we joined RobotLAB’s VP of Business Development, Cedric Vaudel, who guided the audience through a demo of using RobotLAB’s VR systems, content, and hardware. He began with explaining how their team utilized feedback from educators for designing this final product, including some very specific, education-focused upgrades. Watch the replay inside!

STEM learning experiences can be truly powerful and can help shape how children develop their 21st century skills. And, now, EdTech manufacturers regularly supplement their products with full curriculum resources that may include the lesson plans, activities, and more. Designed so all teachers can lead lessons more effectively, STEM curricula can really enhance learning.

It’s Women’s History Month, and to celebrate, we’ll be highlighting some of the most significant historical accomplishments female STEM leaders have made. Recognizing the contributions of these women is an inspiration both to educators and future women in STEM. Read on for details on how these women gave us Wi-Fi, programming, chemotherapy, OLEDs, and more.

Many robotics tools also have virtual options, which help allow students to continue learning and programming while they’re at home or perhaps after school. In fact, many of those platforms often help improve accessibility of technology by removing the need for a physical robot, increasing equity in multiple ways. So, read on for our recommendations for virtual CS tools.

You might hear this a lot, but almost every school makerspace may feature unique learning and building materials. Because makerspaces are found all throughout the K–12 grades (and even college), an elementary makerspace will often look a whole lot different than one you’ll see in a high school. So, using the right supplies at the right times makes a significant

AR and VR both unlock unique angles for learning that, along with effective integration, can enhance student learning experiences. They can also bring concepts to life with stunning visual displays and, once these physical and digital worlds intersect, students can gain context that supports instruction and even potentially reaches them on more of an emotional level.

While other pandemic-induced issues, like inequity, isolation, relationships, and SEL have been crucial focal areas, the effects of too much screen time on their daily development have also caught up with many students. As we continue to hone in on student mental health concerns, it’s often important for parents and educators to keep digital wellbeing in focus for kids.