ESP32 By Example

Master Arduino Development with ESP32 Microprocessors

This comprehensive course guides you through Arduino development, with a strong focus on the powerful ESP32 microprocessor family. We'll utilize the Arduino IDE version 2.2.1 or newer to bring your projects to life. Perfect for beginners and experienced makers alike, this course empowers you to build real-world applications using readily available kit hardware.

Deep Dive into ESP32 Microprocessors

We'll explore at least 5 different ESP32 variants, ensuring compatibility with our practical examples and mini-projects. If you already own an ESP32 development board, you'll learn how to integrate it seamlessly into the course content, with guidance on adapting to different pin configurations.

Hands-On Learning: Examples-Based Approach

Our teaching methodology centers around practical application. You'll start with fundamental Arduino code and progressively build towards more complex projects. You'll gain hands-on experience with:

• Breadboard construction: Learn the basics of prototyping electronic circuits.
• LED control: Master controlling LEDs for visual feedback and indicators.
• Push-button switches: Implement interactive controls for your projects.
• Mini OLED displays: Visualize data and information on compact displays.
• MPU with Gyroscope & Accelerometer: Explore motion sensing and data acquisition.

The first part of the course culminates in a fascinating project: integrating ESP32 WiFi and Bluetooth capabilities with a video game controller system.

Flexible Kit Options

Choose the kit that best suits your needs and budget. We offer:

• Affordable All-Inclusive Kit: A cost-effective option for getting started.
• Advanced Kit: Featuring the Adafruit ESP32 Feather Huzzah and a LiPo battery for truly wireless projects.
• PCB Versions: Ideal for those with soldering skills seeking a more robust and stable assembly. (Kit not required if you already have components).

Who is this course for?

This course is designed for anyone interested in the exciting field of cyber-physical systems – where software and physical system control converge.

• Drone Enthusiasts: Curious about how drones receive and execute commands? This course will demystify the process. Part 2 builds upon the hardware learned in Part 1 to control a drone and/or a drone simulator.
• Arduino Beginners: Looking for a structured learning path that goes beyond basic introductions? This course provides a deeper understanding of Arduino programming.
• Electronics Explorers: Want to experiment with simple electronic circuits using LEDs, switches, and displays? This course is perfect for you.
• Game Controller Developers: Interested in understanding how video game controllers (gamepads) work and integrating them with your own hardware? This course will provide the knowledge and skills you need.