One important feature of note is that the RVR is all-terrain. Unlike its spherical predecessors, the RVR is shaped like a car and has treads, torque, and a precision control system to help it tackle the most uneven of surfaces. Besides that, the RVR is compatible with third-party hardware and programmable using the Sphero Edu app!
Whether students are coding with the micro:bit and MakeCode or using it with other STEAM tools, it’s a powerful tool for CS education in any grade. Speaking of its integrations, the micro:bit is compatible with a number of other technologies, allowing students to add exciting elements to various STEM projects!
Integrating coding and robotics in any classroom is a popular and effective approach to offering children of all ages a real-world STEM education. One of the best options for doing so involves programming with the mBot-S, an engineerable robot that’s compatible with various entry-level languages, so kids can explore computer science in elementary, middle, or high school.
Our one-stop shopping experience is a favorite among K-12 tech teachers and specialists and our Educator Discount on technology and quoting help make it easier to obtain STEM tools from various manufacturers and STEM disciplines in one place. So, what’s among the newest offerings we’re able to provide for students involved in remote, hybrid, or in-person learning?
One of the more highly anticipated educational technology releases within recent years, the Finch Robot 2.0 is now shipping! Much more robust and versatile than the original Finch Robot from BirdBrain Tech, this new Finch 2.0 is a viable coding and robotics solution for students across every K-12 grade and allows students of different ability levels to try coding in school.
In the webinar, a lot is covered and we hope there is some helpful information for what you need when it comes to coding education in remote learning. Thanks to how it’s evolved along with the emergence of the Ozobot Classroom learning management system, teachers and students have been able to continue making use of this STEAM solution.
While it’s not the environment we’d all want to be using the databot in, this post paints a prime picture of how the databot is adaptable in almost every learning situation! Keep on reading to learn more about how teachers have found success using this data-collecting bot in different learning scenarios and with their students of all different ages.
Both STEAM tools combine various elements of engineering and coding in what they offer to students. These robots are buildable, too, which enables students to explore engineering as they work to figure out how to build the bots correctly. Once they’re built, children can work on programming them whether they’re at home or in the classroom.
We’re excited to sponsor one of the sessions, led by our friend, Jasmine Saab, on Thursday, Oct. 15! Jasmine will be discussing coding in middle school with the Cue and a “DASH” of distance learning and we’ll provide a Wonder Workshop kit to one lucky attendee! The session is for teachers, STEAM specialists, and anyone looking to innovate in distance learning.
We added the databot kits to our offerings just a few months back and this small, cube-shaped robot is certainly now a powerhouse when it comes to STEAM education—even in the remote variety. Using its on-board sensors, which include air pressure, altitude, CO2, and humidity sensors, the device is capable of collecting a whole lot of real-world information.
