Search results for 'student engagement'

There are so many classroom robots that teachers could access and share with students—even those in the elementary grades. Whether they've tried coding in kindergarten or they're just getting started, these are some of the top elementary robotics kits to consider for your classroom. From the Dash Robot to the Finch 2.0 and the Marty V2, here's why we like them.

Despite this prominent presence in the real world and elements of STEM in so many of today’s most lucrative careers, not every K–12 student pursues it. More importantly, many students lose almost all interest in STEM before they even reach middle school. So, in a lot of cases, educators have to be proactive to reach kids while they're in the K–5 grades. So, how can they?

Career readiness can mean any number of different things—especially as it pertains to today’s education landscape. As you know, students may move on to college, attend trade schools, or begin working right after completing high school. Thanks to career and technical education programs, however, many students can learn viable skills and quickly begin a relevant career.

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?

The versatility of maker education means students get more opportunities to choose how they learn best. For neurodivergent kids, underrepresented students, and others, MakerEd projects can improve engagement, agency, and retention. Makerspace director, Nicholas Provenzano, known as "The Nerdy Teacher," shares benefits of those projects in this Teacher Talk post.

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.

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.

ChatGPT’s vast knowledge base and uniquely effective imitation of human writing styles make it a powerful tool for both educators and students. But, as a lot of students employ ChatGPT as a homework aid, some educators are wondering whether its disadvantages outweigh its uses. Let’s see what ChatGPT can—and can’t—offer to kids in 21st century education.

Not every student learns in the same way, has the same skills as each one of their peers, or can find the appeal in all that their teachers want them to try. Age doesn't matter because all kids have different preferences when it comes to how they learn. Some want to read until they master the content while others have to get hands-on or try something entirely different.

Typically, with online review tools, educators can find and utilize materials for the most general and common school subjects. With Quia, there are tons of specific review materials for all students and teachers to access. Beyond general math, science, and English content, Quia has valuable games for everything from SAT skills to world languages and more.