Arduino Robotics & IoT Workshop: Traffic Light System
Ibrahim Hamadoun Macinanké
Embedded Systems / IoT / Robotics Workshop Embedded Systems / IoT / Robotics Workshop
Arduino Robotics & IoT Workshop: Traffic Light System
Atelier Robotique & IoT : Système de Feux Tricolores Arduino
Arduino / C++ mBlock 3 (Block Programming) mBlock 3 (Programmation par blocs) Electronics / Breadboard Électronique / Breadboard LEDs & Resistors LEDs & Résistances
Design, wiring, and programming of an intelligent traffic light system (Red, Orange, Green) on an Arduino microcontroller. This educational and technical project covers physical breadboard assembly, embedded C++ code via Arduino IDE, and algorithmic equivalence using functional blocks in mBlock 3.
Conception, câblage et programmation d'un système intelligent de feux tricolores (Rouge, Orange, Verte) sur microcontrôleur Arduino. Ce projet pédagogique et technique couvre à la fois la mise en place physique sur plaque d'essai (breadboard), le code source embarqué en C++ sous Arduino IDE, et son équivalence algorithmique sous forme de blocs fonctionnels avec mBlock 3.
Hardware Architecture & Embedded Logic
Architecture Matérielle & Logique Embarquée
Secure Electronic Setup: Connection of 3 LEDs (Red on digital pin 10, Orange on pin 9, Green on pin 8) protected by 220/330 ohm resistors and grounded to GND.
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Posted Sep 26, 2026
Arduino-based traffic light system project covering breadboard wiring, C++ Arduino code and block-programming equivalents for education.
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