OVERVIEW Discover how Ultrasonic Sensors work with Arduino! This sensor uses sound waves to measure distance, just like a bat finding its way in the dark. With this project, you can make your Arduino “see” without eyes! 🦇📏🚀 You can…
OVERVIEW This project creates a smart night light that automatically turns on in the dark and off in bright light using an LDR (Light Dependent Resistor). It’s a great way to learn how sensors work and how we can use…
OVERVIEW In this project, we use a joystick to control LEDs, just like a game controller! Moving the joystick in different directions will turn LEDs on and off, helping us understand how input from sensors can be used to control…
OVERVIEW In the POT with Servo project, you’ll use a potentiometer (POT) to control the position of a servo motor. By turning the knob, you’ll send a signal using PWM (Pulse Width Modulation) to move the servo smoothly, showing how…
OVERVIEW Servo motors are special motors that move to specific angles with precision! In this project, we’ll explore how servos work, how to control their movement with Arduino, and how they’re used in robotics and automation. Get ready to make…
OVERVIEW 🚦 Traffic Light Signals with 7-Segment Display & Arduino 🚦 In this project, we’ll build a traffic light system using LEDs and a 7-segment display! The LEDs will change colors just like real traffic lights, while the 7-segment display…
OVERVIEW A 7-segment display is a simple electronic component used to show numbers and some letters. It has seven LEDs arranged in a pattern to form digits when turned on in different combinations. This project explains how a 7-segment display…
OVERVIEW Dive into the world of colors with the RGB LED Color Codes project! By mixing red, green, and blue light, we can create endless colors using code. It’s like having a tiny rainbow at your fingertips! 🌈✨ You can…
OVERVIEW In this project, we’ll build a mini traffic light using Arduino and LEDs! Just like real traffic lights, our setup will cycle through red, yellow, and green signals to control the “traffic.” This is a fun way to learn…
OVERVIEW In this project, we’ll use a potentiometer (a type of adjustable resistor) to control the brightness of an LED using PWM (Pulse Width Modulation)! As we turn the knob, the LED will smoothly fade in and out, just like…
