In this module, we will begin building your first Arduino class focused on controlling an LED. You'll learn how to define the class structure, add attributes and methods, use constructors, and create objects. By the end of this section, you'll have a fully functional LED class integrated into your program.

In this module, we will organize the structure of your Arduino class by creating separate files for better clarity and maintainability. You'll learn to define the class interface in a header file, separate it from the implementation, and understand how to use this structure effectively. We’ll also explore how to turn your class into an Arduino library for future projects.

In this module, we will guide you through building the circuit required for the course. You'll learn how to connect the components step by step, ensuring that everything is set up correctly for the project. This hands-on section will help you gain practical experience in circuit building and troubleshooting.

In this module, we will guide you through creating a PushButton class from scratch. You'll define the class interface, handle button states, resistors, and debounce logic. By the end, you'll learn how to combine buttons and LEDs to work with multiple objects, further enhancing your project.

In this module, we will explore advanced OOP concepts by embedding an LED object within the LEDBlinker class. You’ll learn how to toggle the LED state, manage blinking without delays, and use getters and setters. We’ll finish with a practical example where three LEDs blink at varying intervals, applying everything learned in this section.

In this module, we will guide you through building a traffic light system for the final project. You'll set up a Traffic Light class, implement a state machine, and use timing functions for transitions. Additionally, you'll learn how to use a Potentiometer to adjust LED brightness, integrating these features into a fully functional traffic light system.

In this module, we will wrap up the course by reviewing the project, discussing potential improvements, and covering essential best practices for using OOP in Arduino projects. Finally, we’ll provide guidance on what to explore next, helping you continue your journey in Arduino and embedded systems development.