Write codes for electronic devices!

Electronic kits are a great way for kids to understand how the digital and physical worlds can blend and result in interesting inventions.

Beginner projects like a blinking LED bracelet or a motor-driven windmill model are excellent starting points, where kids can experience the thrill of building something tangible while applying coding skills.

Electronic kits are a great way for kids to understand how the digital and physical worlds can blend and result in interesting inventions.

micro:bit

Beginner projects like a blinking LED bracelet or a motor-driven windmill model are excellent starting points, where kids can experience the thrill of building something tangible while applying coding skills.

Today, for under $30, you could buy a programmable computer that can power robots or build games. And in the next 10 years, your kids will be able to get a lot more features for the same $30, such as augmented reality and artificial intelligence! This ease of access has spurred a generation of DIY makers and inventors worldwide.

What kit should I choose?

With its simple set-up and block-based coding, beginners should opt for micro:bit.

Coding with micro:bit

The micro:bit is a tiny programmable microcomputer designed by the BBC for introducing computing to kids. After a successful rollout across UK schools in 2015, software updates and worldwide distribution of micro:bit are now being managed by the Microbit Education Foundation.

The micro:bit is the best beginner board for kids as they can start with block-coding and more advanced learners can use MicroPython, a subset of Python, to program the board. Additionally, the micro:bit is packed with motion and temperature sensors, a compass, a communication device, buttons and a 5X5 LED grid for display. So, unlike the other boards, kids can program a number of interesting projects with no additional wires or external parts, although it is easy to expand with more sensors.