![]() ![]() It is possible to create a maze where the robot has to find a way to the exit. Students can create complex algorithms by combining different blocks of commands. There is a possibility to choose actions, movement speed, direction, colors, and other parameters of the robots. It allows students to use flowcharts and a graphical interface to create a sequence of commands. The application provides learning visual programming. Machines have various sensors to control from the app such as accelerometers, gyroscopes, and color detectors. If you are interested in controlling more devices like LEGO Mindstorms, and Arduino, you should check out Tynker. It allows you to develop skills in the field of programming. The utility supports various models of robots, such as Sphero Bolt, Sphero Mini, and Sphero RVR. Users can choose the level of difficulty from beginner to advanced. There are algorithms and techniques for managing machines through utility. Thanks to the Windows App SDK and great developer support from Microsoft, Sphero was able to quickly build a better version of a critical app in a very short timeframe.Sphero Edu is an Android application for students to study and develop in the field of programming as well as robotics. It’s a lot easier to inspire the creators of tomorrow when the tools fit their needs. For schools where an internet connection is unavailable, the ability to use the app offline is critical. The user interface takes advantage of the Windows App SDK’s ability to adapt to whatever screen size is available and works with both Windows 10 and 11 touch-enabled devices and keyboards. It has a very responsive UI and takes advantage of caching data locally to increase performance. Whereas in the prior version of the Sphero Edu app, a teacher would need to get all students through the process of logging in (and potentially needing to create accounts to be able to login), the new Sphero Edu app allows students to dive in and start creating programs immediately. In this context, having technology that is simple, performant and reliable is especially important. The Sphero Edu platform is primarily used in classrooms. The payoff for the user, however, mostly comes from the enhanced experience. The list goes on, but the key point is that Sphero was able to find a way to deliver all the critical functionality using the Windows App SDK. Local storage is key for creating and storing programs on the device. Internet connectivity is important for access to educational content as well as storing programs on the Sphero Edu platform. All Sphero apps require a Bluetooth connection to communicate with robots. This was critical for delivering within the time and staffing constraints.Ī Sphero Edu app utilizes a wide range of capabilities of a device. The user interface where kids assemble blocks to create programs for their robots and the layers of code that interpret those programs and send instructions to the robot could largely be re-used. One of the critical value-adds of using Windows App SDK was that Sphero was able to reuse a significant amount of code from the prior Sphero Edu app. In turn, Sphero was able to provide feedback on the development experience of using the new technology. Sphero was greatly aided by quick answers from Microsoft App Consult experts as questions arose. To do this, Sphero decided to utilize the Windows App SDK.īuilding an app with cutting edge technology can be a challenge. But Sphero’s goal was to build the new app in a few months with only a few developers. The new app would need to deliver all the functionality in the old app that had been built with the investment of many developer-years of effort. Sphero decided to build a new version of the Sphero Edu app for Windows from scratch. It wasn’t compatible with a new version of the Sphero Edu platform that was in development.It required users to login to create and save programs.It did not support an offline experience.It was built with outdated technology and was difficult to maintain. ![]() Sphero had a version of the Sphero Edu for Windows devices, but it had several challenges: In addition to its pre-built coding robots and STEAM kits, a key part of this experience is the Sphero Edu app which gives students a platform for creating programs and completing educational activities with Sphero robots. Sphero is transforming K-12 education with accessible tools that encourage exploration, imagination, and perseverance through STEAM and computer science. ![]()
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