Code Full-Stack GPS Project with Expert Guidance | 2025

Based on the provided script, it seems like you're outlining a comprehensive course structure for a project that integrates hardware (GPS module, ESP32 microcontroller, OLED display) with software components (Firebase real-time database, Mapbox maps, and web frontend using Python with Flask, HTML, CSS, and JavaScript). The course will guide learners through each step, from assembling the hardware, setting up the software services, to deploying the entire system on a live server.

Here's a structured breakdown of the script into sections that could be used for video content in the course:

1. Introduction

   • Overview of the project and its components.
   • Introduction to the tools and technologies used (Arduino IDE, Firebase, Mapbox, Python with Flask, etc.).

2. GPS Module Testing

   • Explanation of GPS technology and how it works.
   • Assembly and testing of the GPS module.
   • Verification of the GPS data output.

3. ESP32 Board Testing

   • Setting up the Arduino IDE and adding the ESP32 board package.
   • Writing and uploading a basic sketch to test the ESP32 functionality.
   • Ensuring that the ESP32 is communicating correctly with other modules.

4. OLED Display Testing

   • Understanding how the OLED display operates.
   • Wiring the OLED display to the ESP32.
   • Programming the display to show data from the ESP32.

5. Firebase and Mapbox Integration

   • Setting up a Firebase account and configuring the real-time database.
   • Introduction to Mapbox, creating an account, and setting up the API.
   • Integrating GPS data with Firebase and displaying it on Mapbox.

6. Backend Development

   • Designing the circuit for the backend system.
   • Writing code to collect GPS data from the module and send it to Firebase.
   • Displaying selected GPS data on the OLED Display.

7. Frontend Development

   • Introduction to Python with Flask for backend web services.
   • Creating the user interface with HTML, CSS, and JavaScript.
   • Enhancing interactivity and visual appeal of the web application.

8. Deployment

   • Choosing a hosting platform for the web application.
   • Uploading the frontend code to the server.
   • Storing real-time data permanently using Google Sheets.

9. Live Demonstration

   • Showcasing the complete workflow of the project.
   • Demonstrating real-time data acquisition, Firebase display, and Google Sheets integration.

10. Course Summary

    • Recapping the key points and technologies covered in the course.
    • Encouraging learners to build upon this project and apply the knowledge to other projects.

11. Support and Resources

    • Offering support through a Q&A section.
    • Sharing the complete source code for replication and immediate deployment.
    • Providing English subtitles for lectures.

12. Money-Back Guarantee

    • Assuring students with a 30-day money-back guarantee if they are not satisfied with the course.

This structured approach will help learners follow along and understand each component of the project, from hardware to software, and ultimately how to deploy a full-stack application that integrates both.