7/2/2023 0 Comments Sphero edu robot![]() ![]() The same coding opportunities are possible (Draw, Block, and Text) and the RVR helps create a plethora of programming possibilities. It’s compatible with the Sphero Edu app as well and features numerous sensors to allow for the creation of extremely accurate programs. It’s also compatible with third-party hardware, like the micro:bit, Raspberry Pi, and Arduino, and is built to allow for expansion as students engineer objects for attaching. They can program it using Draw mode, Block mode (with Scratch blocks), or Text mode with Javascript.įinally, we have the Sphero RVR, which is an all-terrain robot for older students (mostly high school). This enables students to create programs that display any type of message they’d like. The BOLT has a programmable 8x8 LED matrix beneath its shell. This helps inspire them to ask questions as they pursue their natural curiosity. The BOLT is the next Sphero robot up and includes a clear shell so students can see its inner workings. Once they get more skilled, they can start creating programs using the Sphero Edu app. It’s only the size of a golf ball and they can easily control it using different driving modes. The Sphero Mini is often the starting point for students and there are plenty of Sphero lesson ideas to use. Throughout the course you will be interacting with your purchased Sphero robot, the Sphero Edu app and a number of other tools we will provide you in this platform.Nate and Greg covered a lot in the webinar (above), but we’ll share some of the key points as well. Most users will take 4-6 hours to complete this course, and it will be available to you for 90 days. To receive the Sphero Edu Professional Learning certificate, you must complete all the modules along with all of the deliverables included in each of the sessions. You will be completing a series of modules to help you achieve these objectives, it is encouraged that you complete the modules in order. ![]() Discover ways to make it all work in any classroom environment.Understand how Sphero Edu uses project and problem based learning to enhance the learning experience.Review Sphero activities and programs to understand how to find the right ones for you and your class.Learn how to program Sphero robots using the app’s Draw, Blocks and Text programming canvases.Dive into the Sphero Edu app to: set-up an educator account, create classes, activities and programs.Understand your Sphero robot and how it can be used.Learn about who Sphero Edu is and how it can enhance computational thinking in your classroom.Throughout this course you will achieve the following objectives: It is time to think outside the bot and inspire brighter futures. Our cross-platform app is approachable for all readiness levels and allows learners to progress with ease. While coding and 21st century skills are important, our platform goes beyond code by incorporating robotics and technology with collaborative STEAM activities, nurturing students’ imaginations in ways no other education program can. We believe that sometimes the best lessons are the ones we teach ourselves. It’s not our role to limit young minds and place them on an established path, but to knock down the barriers and let them discover their own. Sphero Edu provides a toolset that is unbounded in its potential. Sphero Edu uses app-enabled robots to foster creativity through discovery and play, all while laying the foundation for computer science. Our goal with Sphero Edu is to learn through play and inspire creativity. We at Sphero are excited to help you learn more about Sphero robots, Sphero Edu and how to integrate these into your classroom, school, makerspace, after-school club or wherever else you find Sphero.
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