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MoonCampaign by Abiral (11 years)
Hello, my name is Abiral, and today I am showing my project. My project displays numbers from 1 through 15 in binary using four LEDs. Each LED is connected to a pin on a microcontroller. I set each pin as an output using pin.out, which lets the microcontroller send electricity to turn the LEDs on or off. I created a function called display_binary to control how the LEDs light up. A function is like giving instructions to a robot. The LEDs act like switches, and together they show numbers in binary. This project helps explain how computers use binary to represent numbers.
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Hello, I’m Abiral, and today I’m presenting my project where I display numbers from 1 to 15 in binary using four LEDs. This project helps demonstrate how computers use binary code to represent numbers. Instead of using regular decimal numbers, computers use only two states: ON and OFF, which are represented as 1s and 0s.In my project, each LED represents one binary digit (bit). Since I am using four LEDs, I can represent numbers from 0 to 15. Each LED is connected to a specific pin on the microcontroller. In the code, I assign these pins as output pins using pin.out, which allows the microcontroller to send electricity to turn each LED on or off.
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Everything parents need to know about building future-ready skills in an AI-powered world.
The future of work is changing rapidly. According to the World Economic Forum's Future of Jobs Report 2025, while AI is expected to create 69 million new jobs globally by 2030, it is also projected to eliminate 83 million roles, especially those involving routine and repetitive tasks. The message is clear: success in the future will belong to those who can think critically, solve complex problems, and adapt to change.
While AI can automate tasks, it cannot replicate uniquely human abilities such as:
These are the future-proof skills every child needs.
MoonCampaign gives students (ages 7–16) hands-on opportunities to build real projects using technology. Along the way, they develop:
Project-based learning pushes children beyond memorization. It teaches them to experiment, debug mistakes, solve unexpected problems, and think independently. When kids build, test, fail, improve, and present their work, they develop the exact mindset needed to thrive in an AI-driven world—not just as users of technology, but as future creators and innovators.
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