The original kit from Kano was just the beginning and now they offer different add-ons to help support deeper learning and even more fun. One of those add-ons is the Kano Pixel Kit, which empowers kids to invent and code dazzling lights in up to 16 million different colors. Keep reading to learn more about it!
The Root Robot is a dynamic teaching tool in education. Not only can it help students learn multiple coding concepts with graphical, computational, and full text coding options, it can be programmed to draw and climb whiteboards! Right now, we’re offering qualified educators the chance to try a Root Robot in their classroom.
STEM education is sweeping the country and, over the next couple of weeks, we’ll see more of what makes this line of thinking so important and so exciting. From April 6-14, much of the STEM community is going to be celebrating National Robotics Week, highlighting the importance of building vital 21st century skills, like engineering, coding, and more.
Since the release of their original Kano Computer kit, the Kano team has released more, including a touchscreen version, pixel kit, motion sensor kit, and—perhaps the most exciting one of them all—the Harry Potter Coding Wand, which happens to be the subject of this week’s Eduporium Experiment!
There are two books kids can follow—one with instructions for building the computer and another that details all of the ways kids can then code with it. Well, now Kano has a few new models (as well as classroom packs), but for this edition of the Eduporium Experiment, we’re taking a look at the Kano Touch Kit and how kids can become engineers.
The C++ programming language can be learned by anyone with some computer science experience. On the basic side, students can learn things like loops, arrays, strings, functions, and variables, while the more advanced programming with C++ includes the capability to control pointers, structures, dynamic allocation, binary trees, and more.
Now, Kano’s options have expanded and we’re excited to introduce their STEAM Packs, Club Packs, and Classroom Packs for both the traditional Kano and the touchscreen model. With these kits, innovative educators can support up to 30 students and empower them to code, create, and collaborate with all new options!
Every year, students in schools around the world take part in Computer Science Education Week and the Hour of Code. Participation in this fantastic initiative has continued to grow every year since its official inception and we expect this year to the biggest one yet! This year’s CS Ed Week begins on Monday (Dec. 3) and runs through Dec. 9.
We’re excited to announce that our latest EdTech grant recipient is Cynthia Rumery, an elementary, middle, and high school teacher at the American School for the Deaf in West Hartford, CT. Cynthia is extremely dedicated to providing her students with innovative and visual opportunities to help them develop the skills of tomorrow!
Coding with the Bit can be done in one of two ways: Color coding and OzoBlockly (block coding). Color coding involves drawing paths on paper for Bit to follow and adding in color codes that tell Bit to do something, such as speed up, slow down, turn around, spin, and more. Keep reading to learn more about the original Ozobot model.
