Built a functional traffic light circuit on a breadboard using an Arduino microcontroller. The system simulates a real-world traffic signal by cycling through red, yellow, and green LEDs in a timed sequence, replicating the logic of an actual intersection light.
2025
Builder/Tester
TinkerCAD & Arduino
The goal was to get hands-on experience with digital output control and timing logic in Arduino. It was about understanding how to program sequential events and translate a real-world system into working circuitry and code.
Built a functional traffic light circuit on a breadboard using an Arduino microcontroller. The system simulates a real-world traffic signal by cycling through red, yellow, and green LEDs in a timed sequence, replicating the logic of an actual intersection light.
2025
Builder/Tester
TinkerCAD & Arduino
The goal was to get hands-on experience with digital output control and timing logic in Arduino. It was about understanding how to program sequential events and translate a real-world system into working circuitry and code.
Built a functional traffic light circuit on a breadboard using an Arduino microcontroller. The system simulates a real-world traffic signal by cycling through red, yellow, and green LEDs in a timed sequence, replicating the logic of an actual intersection light.
2025
Builder/Tester
TinkerCAD & Arduino
The goal was to get hands-on experience with digital output control and timing logic in Arduino. It was about understanding how to program sequential events and translate a real-world system into working circuitry and code.