Arduino Projects Overview

Welcome to my Arduino project hub. This section of the wiki serves as a living documentation library for my hardware experiments, ranging from basic circuit building to future projects of complex automated systems.

Each project listed in the sidebar is documented with a "build-first" approach, ensuring you have everything needed to replicate or learn from the designs.

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What Each Project Includes

To make these guides as helpful as possible, every project page is structured into four main components:

1. Project Introduction & Goal

A brief explanation of what the project does, the inspiration behind it, and what problem it solves.

2. Materials and Components (Tools & Parts)

A complete list of hardware and tools used, including:

• Microcontrollers: (e.g., Arduino Uno, Nano, or ESP32)

• Components: Sensors, LEDs, resistors, and modules.

• Tools: Soldering iron, breadboards, or specific libraries.

3. Wiring Schematics & Visuals

Clear, high-resolution wiring diagrams (Fritzing or Schematics) and real-life photos of the completed breadboard or PCB layout to help you visualize the connections.

4. Source Code & Logic

Fully commented Arduino (.ino) code. I break down the logic of the setup() and loop() functions so you understand how the code interacts with the hardware.

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Getting Started

If you are new to these projects, I recommend starting with the Knight Rider project. It covers the fundamentals of array-based LED control and timing—a staple for any Arduino enthusiast.

Future Roadmap

I am constantly working on new builds. Upcoming documentation will include: * IoT Home Automation (ESP8266) * Ultrasonic Distance Sensors with LCD Displays * Motor Control for Robotics

💡 Contribution & Feedback

Since this is a read-only wiki for documentation, if you find a bug in my code or a mistake in a schematic, please reach out via the main website contact form!