Using DroneBlocks to Teach Computer Science in the Classroom

If you’re a teacher who wants to integrate computer science into your classroom, then DroneBlocks is a great option. Students can code missions and test them before launching them, using the online simulator. It’s a great tool for pre-flight code testing, or just on days when it’s not possible to fly your drone outside. Students can also get creative with the app by creating obstacle courses and loops. DroneBlocks also features a trail feature to visually track where the drone goes during a flight.

During a program development class, students can use the DroneBlocks simulator to practice their code, coding in Python. Students can test their code using a tabbed canvas, and can execute multiple missions at once. They can also diagnose errors in their code. The program’s simulator also allows larger groups to work together on a project. In addition, it offers tutorials on teaching computer programming, including Python. This program also has a user-friendly interface that’s easy for students to follow.

DroneBlocks also features a membership program that enables educators to develop curriculum that covers both piloting and drone programming. Students can create their own autonomous mission codes and share them with other students. The mission preview feature lets students plan their flights with greater detail, and helps them identify bugs. DroneBlocks also has PD content that teaches drone programming and safety. You can even develop a drone to fly in a real-world environment.

Using DroneBlocks, students can experiment with coding without the hassle of purchasing or flying a real drone. The virtual Tello drone works as a DroneBlocks Tello Simulator, and can be used for coding and exploring coding without using real drones. Once you’ve mastered this basic concept, you can use DroneBlocks to teach your students how to use the drone with a computer.

The DroneBlocks mobile app is another great option. Students can easily send autonomous missions to each other through a web browser, which they can then launch with the app. Using the mobile app to build drones is easy, and the app is compatible with many devices. Students can use the app on tablets or Android phones. It’s also compatible with PCs and Macs. You can get a subscription to the app if you want to gain access to new content.

For a more advanced experience, you can purchase the DroneBlocks Simulator and complete access to the DroneBlocks curriculum. Upon purchase, the simulator connects to the DJI GO app over WiFi. The device features a 2.25GHz processor, making it easy for students to learn the basics before trying out the real thing. Once your students master these skills, they can move on to the real drones.

In addition to the DroneBlocks app, DroneBlocks also has a downloadable simulator for coding with LED blocks. Students can practice their coding by creating volcanoes on Io, riding a Lava Lake, and more. Students can also create drones and complete challenges using the compass and GPS. They can even create their own virtual worlds and challenge themselves! There are many more features in the DroneBlocks App, so don’t wait!