MoonCampaign by Zayne (10 years)
Hi, my name is Zayne, and I created a project using a potentiometer, RGB LED, and buzzer. This system controls light and sound based on the potentiometer’s position. The potentiometer acts as an input device, changing values as it is turned. These values are sent to the code, which adjusts the LED speed and buzzer sound. When the speed increases, the LED blinks faster and the buzzer produces a higher frequency sound. When it slows down, both effects decrease. This project helped me understand how inputs control outputs using code, and how electronic components can work together interactively.
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Hi, my name is Zayne, and today I would like to share my interactive electronics project. I built a system using a potentiometer, an RGB LED, and a buzzer. The goal of my project was to control both light and sound using a simple input device.The main input in my project is the potentiometer. When I turn the knob, it changes its value, and that value is read by the code. The code then converts this value into different outputs. For example, when the potentiometer value increases, the LED blinks faster, and the buzzer produces a higher-pitched sound. When the value decreases, the LED slows down, and the sound becomes lower.
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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.
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MoonCampaign gives students (ages 7–16) hands-on opportunities to build real projects using technology. Along the way, they develop:
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