The microbit, which resembles a pocket-sized computer, enables children to learn programming skills and basic coding to prepare them for today’s technologically advanced world. It is the successor of BBC Micro, which introduced the UK to computing in the 1980s—back when computers looked nothing like the advanced systems we have today!
Its goal is to motivate young individuals to experiment with technology while gaining important technology, engineering, and science skills.
So, just what is a microbit? What precisely does it accomplish? This post will teach you all you need to know about the BBC microbit.
What Exactly Is a Microbit?
A microbit is a tiny computer that fits in your pocket. The BBC created it, and the term “microbit” (without the comma in the middle) is sometimes used to refer to it.
In the 1980s, the BBC Micro was used to educate people about computers, but the BBC Micro bit, which is still in production today, looks different. It is substantially smaller and faster than the original BBC Micro, just as today’s phones and computers are smaller, faster, and more powerful.
Furthermore, the current microbit is about the size of a credit card. It has a two-button LED light display and 25 red LED lights, as well as various sensors and other functions. These include an accelerometer, which detects movement; a compass, which displays movement direction; and a radio and Bluetooth transmitter, which can communicate with other devices.
Some of the most modern versions even have a microphone and a speaker for sound detection.
Microbit: What Is Its Purpose?
Children may use a microbit to learn about the connection between hardware and software. The word “software” refers to the digital information that allows computers to work correctly; one example of software is mobile device apps. The phrase “hardware” refers to the physical components of a computer that allow the software to execute. The motherboard of a computer is an example of this.
Furthermore, the microbit allows children to learn about computer operations. They will be able to learn not just coding or programming but also inputs and outputs. The BBC initiative sent over one million microbits to children in 2016 to help them learn computer science and other STEM disciplines.
Paper clips, crocodile clips, and headphones leads are illustrations of additional features that might help you finish one of the projects. However, please start with the foundations and see where your journey with the microbit takes you.
What Can a Microbit Be Used For?
Here are some examples of what you can do with a microbit:
Music. Connect your phone to the microbit to control the music player, create music, or use a banana as a music keyboard.
Fitness. Count your steps with a handmade version of a ‘Fitbit,’ or create an obstacle course and use microbit kits to play a balancing game.
Fashion. Make a digital watch, brooch, or other objects that display the time, your design, or make a statement.
Games. Create traditional mobile phone games, such as ‘Snake,’ or their game designs. You may also use it as a scoreboard or timer for other games.
Garden. Connect a sensor to the microbit, and it will tell you whether the plant is happy with a simple smile or needs a drink with a frown.
Cooking. Make a digital egg timer or connect the microbit to a thermometer to acquire the appropriate temperature for the Mary Berry Victoria Sponge.
You might also try these tips:
- Create a robot;
- Track your progress;
- Use the microbit as a die;
- Use the lights to establish a breathing pattern that you must follow;
- Create a night light that illuminates as it becomes dark;
The Benefits of Using Microbits in the Classroom
Technologies are just another weapon in a teacher’s arsenal, but they may be utilised imaginatively to engage students in learning and teach them new skills. Here are some of the benefits of using microbit kits in the classroom.
Increase Engagement
With so many applications, the microbit is intended to engage and inspire a new generation of young individuals.
Prepare Students for Work
An easy-to-use microbit makes learning about technology enjoyable and engages kids in STEM courses, which will help them find employment in the future.
Suitable for All Educational Levels
The microbit is an excellent approach to get young children interested in technology since it is simple and can handle various tasks. The more you hack, though, the more you can do. As a result, it’s also a strong tool for more experienced programmers, scientists, artists, designers, and engineers.
Raise the Overall Level of Computational Thinking
When it comes to the educational advantages of the microbit, it’s not necessarily about programming. The machine could educate computational thinking, boost learning, and assist individuals with problem-solving in various professions. Students need these abilities to have the tools necessary to succeed in our modern and challenging economy.
Improve Memory and Learning
Students learn best when they are completely immersed in what they are doing, which may be accomplished via engagement and application. Students may construct their digital material instead of merely utilising the microbit. This kind of active learning also aids in the retention of knowledge.
Encourage People to Share Their Knowledge
The microbit is a hands-on tool that may be used to create better multisensory classrooms focused on communication, creation, and collaboration skills.
Conclusion
The microbit teaches you about the inner workings of contemporary technology. Children may get familiar with each component, including how and where it functions. If the children understand the subject, they can use the BBC microbit to code in various situations and activities.
