We kick off by introducing the hardware and software essentials. By the end of this lesson, you'll have everything set up, including a flashy traffic light code.

• Explore RGB Lights: Compare traditional RGB lights to addressable pixels like WS2812B on amomii Glow.
• Software Setup: Download and set up the Arduino IDE.
• Coding Library: Get the FastLED library.
• Virtual Environment: Introduce WokWi, a helpful online simulator.
• Hands-On: Build the circuit and write the blinking traffic light code.

Overview: Delve into color protocols—HTML Color Names, RGB, HEX, and HSV. Learn how to use each to assign vibrant colors to your pixels.

• Color Naming: Introduce HTML color names.
• Code Styling: Implement HTML color names in your code.
• Hex Color Protocol: Understand and use the HEX color protocol.
• Coding Hex: Apply HEX color protocol in your code.
• HSV Protocol: Introduce the HSV color protocol.
• Coding with HSV: Utilize the HSV color protocol effectively.

Overview: Shift your focus to coding techniques. Explore variables, increments, and if statements, creating dynamic, bouncing, color-changing patterns.

• Coding Structure: Examine the coding structure on the Arduino IDE.
• Variable Mastery: Understand and use 'int' and 'bool' variable types.
• Operator Insights: Explore useful operators in coding.
• Conditional Coding: Dive into 'if statements.'
• Hands-On: Write the bouncing, color-changing code.

Overview: Learn about coding libraries, specifically FastLED functions. Wrap up the course by creating a beautiful rainbow chase effect.
• FastLED Functions: Explore essential FastLED functions, including Fill Solid, Fill Gradient, and Fill Rainbow.
• Coding Techniques: Learn EVERY_N_MILLIS and if/else statements with the index variable.
• Project Finale: Write a code cycling through various mesmerizing effects.