Teach Your Kids to Code: 6 Beginner's Resources for Parents. Introducing computer programming to your kids can be a challenge, especially for those who aren’t familiar with the nuances of code.
Do Even More with Your Raspberry Pi Projects Kit. The new Raspberry Pi Projects Kit gives kids a chance to explore computer programming and electronics with a suite of creative projects using their own Raspberry Pi.
After working through the Science Buddies activities, Adventures in Raspberry Pi is a great way to explore other things to do with Raspberry Pi and move on to programming with Python. With the new Raspberry Pi Projects Kit from the Science Buddies Store, students can get up and running with a brand new Raspberry Pi (probably hooked to the living room TV!) And build, code, and make a series of eight creative projects—no prior coding experience necessary. These fun activities guide students in an introductory exploration of using Scratch on the Raspberry Pi for drag-and-drop computer programming, building circuits and connecting them to the Raspberry Pi, and integrating interactive sensors like motion detectors, light sensors, game buttons, and more. This Throwable Computer Teaches Kids How To Code.
Coding is a great skill for kids to learn but it can be a lonely, sedentary endeavor.
Hackaball, a new toy created from a partnership between the design agencies MAP and Made By Many, promises to get kids off their butts and playing outside—all while teaching basic coding skills and empowering kids to invent their own kind of play. It's a lot to ask from one product which is why Hackaball had to be meticulously designed. The latest ‘kidtech’ kits: tried and tested. Children should have the opportunity to be creators, not just consumers of technology.
I learned how to code when I was a kid and I’ve been doing it ever since. But introducing your kids to what’s possible with robots, electronics and computers can feel daunting, and I’m someone who has studied computer science! My wife is an author and photographer, and we have four children, aged two, four, six and eight – they call themselves the “mini-makers” because we’re all quite creative. The eldest have started showing an interest in technology, partly because they see me tinkering, but also because learning about technology now has a bigger emphasis in the school curriculum.
So, where do you start? A Simple Way To Introduce Your Students To Coding. A Simple Way To Introduce Your Students To Coding As apps and digital projects become more important to how we live and play, learning how to design and create those ideas is going to become more important as well.
And if the current trend continues, more accessible than ever. While many coding resources for students exist, many of these look like they were designed by lifeless robots. Coding already has a reputation as geeky, dry, and alphanumeric, as opposed to the svelte, elegant, and engaging interaction that code produces. Kind of ironic. HopScotch is an iPad app that introduces students to the concept of coding by using simple graphics, lots of color, and easy to use tools.
Using HopScotch, students can become familiar with the relationship with numbers and letters here, and subsequent movement or animation there. The biggest draw for this app is easily its simplicity. You can see more in the video below. Kodu. The periodic table of tech. You're probably familiar with the periodic table of elements, which adorns the wall of every high-school science classroom.
This comprehensive table charts elements by categories and characteristics, and even leaves room for synthetic elements yet to be created. The elements are the basic building blocks for chemistry, scientific development, and the entire universe. But beyond the chemistry lab, most elements appear in everyday tech gear, too. We've researched each element to learn more about its properties and typical uses, and found common products that spawn from that element. From iPhones to microwave ovens, from alkaline batteries to camera lenses, and from hybrid-car fuel cells to plasma HDTVs, everything starts with elements. 1. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13.