Educational drones have another cool component to them—a lot of them are programmable. The Airblock drone from Makeblock is one of those programmable drones and, in this week’s Eduporium Experiment, we take a look at its functions, abilities, and uses in education! Keep reading to learn more about the Airblock drone from Makeblock.
DJI has intrigued both hobbyists and STEM enthusiasts with their MAVIC, SPARK, and Phantom drones, but now they’ve added something new to their offerings. Their Tello EDU drone is designed exclusively for use in STEM education and provides both teachers and students with a new and exciting way to learn about piloting—and programming!
Though it seems like it might be too challenging or expensive to implement drones into STEM learning, the fact is that it’s no more difficult than adding more traditional STEAM tools. Aside from securing places to fly them, your biggest challenge might just be deciding on a model or two. But, don’t you worry—we’re here to highlight some of the best ones.
In some parts of the country, school has already started, but for those who return back right before or right after Labor Day, there is still a bit of time to do some EdTech research and discover some new tech tools to potentially bring into the classroom for the new year! So, here’s some suggestions for tech tools to use in many different areas of STEM.
Among the newest STEM tools added to our store is the Airblock drone from Makeblock, an exceptional way for students to explore aviation and dive into long-lasting innovation. They don’t even need any prior coding experience to learn with Airblock—just an eye for exploration and the desire to take charge of their learning!
The various educational drone kits from OnPoynt are designed to allow for class-wide collaboration and getting your students innovating, 3D printing, and flying both in and outside the classroom safely and effectively. Plus, OnPoynt’s line of innovative and highly customizable drones take learning to new heights—both literally and figuratively.
We’re big fans of STEAM education. Like, really big fans. If you’re not familiar with what the A in STEAM stands for, or even the other four letters for that matter, STEM represents science, tech, engineering, and math with the A added in to represent art and create a more well-rounded 21st century education with opportunities for expression.
As personal drones become more popular, innovators have been working hard on developing new ways to use drone technology. One of the most popular uses for a drone today? A sophisticated, flying camera! That’s just one of the features that the subject of this week’s Eduporium Experiment, the Micro Drone, comes fully equipped with.
Remote-controlled (or RC) toys have been popular since the debut of the first RC car in the late 1960s. The newest RC toy on the market these days? Personal drones: little flying machines, often modeled after helicopters, with a set of propellers to keep them airborne. Light, easy to fly, and tons of fun, every kid (and adult!) these days wants a drone.
Innovations in technology, the ways in which we use technology and the tasks that technology helps us accomplish are constantly being updated and extensively innovated. With the Olympics finishing up earlier this week, we got to thinking of athletes being at the very top of their game and how exactly they are able to get there.
