Raspberry Pi Full Stack: A Comprehensive Course

Build a Complete Raspberry Pi Application, One Layer at a Time ⚙️

Raspberry Pi Full Stack is a hands-on course for readers who want to understand how the pieces of a real Raspberry Pi project fit together. It begins with a Pi Zero W running Raspbian Buster—though the same project has been tested on the Pi 4, Pi 3 and Pi 1—and builds toward a working environmental monitoring system. Sensors gather data, a Python application stores and serves it, and a web interface makes that data readable from a browser.

The book’s strength is its scope. Rather than treating GPIO, Linux, Python, databases and web frameworks as separate topics, it follows one project through all of them. That makes the material especially useful if you have met these technologies individually but want to see how they behave in a single, connected build.

What the Course Covers 💻

Across 19 parts and around 120 short chapters, the book moves through:

• Raspberry Pi and Arduino comparisons, plus the roles of the Pi Zero W, Pi 3 and Pi 4
• Headless Raspbian setup, SSH, Wi-Fi, hostnames and fixed IP addresses
• Python fundamentals, GPIO control, buttons, LEDs and the DHT22 sensor
• The web application stack: Python virtual environments, Flask, Nginx and UWSGI
• SQLite3 for storing sensor readings
• Skeleton boilerplate CSS, Flask templates and debugging
• Capturing sensor data, scheduling readings with Cron and displaying values in the browser
• Date-range selection, Google Charts, Plotly and datetime picker widgets
• Time-zone handling with Arrow
• Secure Internet access through port forwarding and self-signed SSL/TLS certificates
• Google Sheets data logging and Google API credentials
• A remote Arduino sensor node using nRF24 wireless modules
• IFTTT webhooks, alerts and a Twilio text-messaging extension

Because each chapter is short and focused, the course works well as a project you build over several sessions. You can follow it in order or return to specific parts when you need to solve a particular problem.

Who It’s For 🧠

This is a practical book for makers, electronics hobbyists, STEM students and STEM teachers who are comfortable trying things at the command line. Some prior exposure to Python or Linux will help, but the book explains its setup steps and includes code repositories and a companion web page for support. Readers who prefer learning by building a single substantial project will get more from it than those looking for a quick collection of disconnected recipes.

About the Author

Dr. Peter Dalmaris is an educator, electrical engineer, electronics hobbyist and maker. He founded Tech Explorations, has taught at tertiary level for over 15 years, and has authored several technical books and online video courses on DIY electronics. His teaching style is clear and incremental, which suits the layered structure of this project.

Why This Digital Edition Works Well

The book is organised as a course, so having it in a searchable digital format is useful when you are switching between code, configuration files and hardware notes. You can keep the relevant chapter open beside your terminal, copy commands accurately, and jump between the table of contents and later reference sections without losing your place. For anyone building a Raspberry Pi sensor-to-web system, it offers a structured path from first boot to remote alerts.