Search results for '5 top'

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 its functions.

Coding proficiencies are becoming increasingly important as new tech has entered the world. Though some kids (and teachers) may be apprehensive about learning to code, there are lots of ways to make coding experiences more accessible. These five languages, from the fun and colorful blocks to the more advanced text, help kids naturally advance their coding skills.

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.

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.

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 difference.

Integrating the arts with elements of science, technology, engineering, and mathematics often means that students can access more opportunities to think creatively and discover their passions. As STEAM solutions become increasingly prevalent in schools, including in arts and humanities classes, we’ve pinpointed eight of the most helpful tools for your theater students.

One of the best things about school makerspaces is that so many different events can foster productive learning experiences. Since maker learning is so closely connected to 21st century development, MakerEd activities and exploration remain popular with both students and teachers. So, if you are looking to start a makerspace in your school, what are key things to know?

Whether you're off researching the best robots for the classroom, focused more on teaching students about sensors, or looking to prep them for CTE programs, our list of middle school must-have STEAM tools offers children a whole lot. Head inside to learn more about why our team will consistently recommend these classroom STEM kits for kids in Grades 3–8.

For those we select, we create a feature on their project, background, and hopes for enhancing STEAM experiences for students as well as providing new EdTech tools for their classroom. Plus, educators can choose from the hundreds of fun STEM supplies on our store once they're selected—mixing and matching however they please to meet the $500 target.