7 Best-Selling ESP32 Books Millions Love

Drawing from over 18 years of experience in software development and wireless networking, Agus Kurniawan offers a focused guide to ESP32-based IoT projects. You’ll learn to program GPIO sensors, build weather stations, and even create Wi-Fi cams and wardriving devices, progressing from basic setups to cloud integration with AWS. The book is ideal if you’re transitioning from platforms like Arduino or Raspberry Pi, looking for a practical way to harness ESP32’s Wi-Fi and BLE capabilities. It’s straightforward without oversimplifying, giving you concrete projects that make IoT concepts tangible and applicable.

What makes this book a go-to resource is its clear focus on the ESP32's unique capabilities beyond its predecessor, the ESP8266. Dogan and Ahmet Ibrahim, both seasoned experts in microcontroller tech, guide you through hardware and software features, emphasizing hands-on learning with the ESP32 DevKitC. You'll explore projects that gradually step up in complexity, using popular tools like the Arduino IDE and MicroPython, making concepts accessible whether you’re just starting or looking to deepen your embedded systems skills. The inclusion of a dedicated hardware kit aligns perfectly with the practical approach, letting you build and experiment with real components as you go.

This tailored book explores detailed ESP32 project strategies designed specifically for connected devices, focusing on your unique interests and background. It covers essential aspects of IoT device creation, from network communication to sensor integration, with content personalized to match the skills and goals you share. By combining proven knowledge from millions of readers with insights tailored to your objectives, this book offers a focused learning journey that emphasizes reliability and practical application. You’ll find carefully selected topics that align with your specific device challenges and project ambitions, creating a custom pathway through the complexities of ESP32 IoT development. This personalized approach ensures you gain targeted knowledge and practical understanding that directly supports your IoT mastery.

Unlike many ESP32 guides that skim the surface, Janani Sathish’s book digs into practical IoT applications using the ESP32 development board, especially emphasizing its dual-core capabilities and integration with Bluetooth and WiFi. You’ll learn how to program the ESP32-S3 microcontroller, build internet-connected projects, and create email alerts triggered by sensor readings, all illustrated through detailed examples that bridge hardware and software workflows. Whether you’re a software engineer venturing into hardware or a beginner familiar with Arduino basics, this book offers a clear path to connecting DIY circuits with cloud services and social media platforms. It's ideal if you want to understand how to leverage ESP32’s features for real-world IoT projects without getting bogged down by overly technical jargon.

What started as a challenge to bridge mobile apps with hardware projects became Dr. Dogan Ibrahim's focused guide on Android app development tailored for electronics designers. You’ll learn to use the B4A programming language to create apps that communicate with platforms such as Raspberry Pi, Arduino, and ESP32 over Wi-Fi or SMS. The book walks through installing the B4A IDE, then dives into projects that send and display data between devices, complete with full code listings and detailed explanations. If you’re an electronics hobbyist or professional eager to integrate Android apps with hardware, this book offers practical insights without unnecessary complexity.

Janani Sathish brings a hands-on approach to mastering ESP32 and ESP8266 microcontrollers in this guide rooted in affordable, practical application. You’ll get detailed insights into the chips’ architecture, including their dual-mode Bluetooth and Wi-Fi capabilities, plus how to leverage their low-cost design for IoT projects. The book walks you through hardware specs like RAM allocation and GPIO connections, empowering you to build sensor-driven devices and startup code efficiently. If you’re diving into embedded systems or IoT development and want a clear, example-driven resource on these popular chips, this book fits your needs without overcomplicating the tech.

This tailored book offers an accelerated pathway into ESP32 programming and hardware integration, uniquely crafted to match your experience and interests. It explores essential concepts such as microcontroller fundamentals, Wi-Fi and Bluetooth capabilities, and hands-on project development, ensuring that each topic aligns with your goals and skill level. The content covers both foundational knowledge and practical applications, delving into real-world examples that reinforce learning through doing. By focusing on your specific objectives, this personalized guide makes the complex ESP32 ecosystem more accessible and engaging, empowering you to build connected devices confidently and efficiently. It reveals how to bridge software and hardware integration through tailored, step-by-step projects designed for rapid progress.

After analyzing the needs of embedded system learners, Harish Kondoor developed a focused guide to MicroPython programming tailored for ESP32 and ESP8266 microcontrollers. You’ll find detailed instructions on setting up your development environment, flashing firmware, and controlling GPIO pins, with practical examples like blinking LEDs and reading sensor data such as temperature and humidity. The book also delves into connecting ESP32 devices to WiFi and fetching real-time data via APIs, making it ideal if you want hands-on skills in IoT projects. If you’re new to microcontrollers or Python-based hardware programming, this book offers a clear, approachable path without unnecessary complexity.

The methods Janani Sathish developed while exploring the ESP32 platform reflect a deep understanding of both hardware and software integration. You’ll find detailed guidance on building IoT projects using ESP32 chips, including example code for Arduino and Android applications, plus insights into the ESP32 CAM and ESP32-S3 modules. This book breaks down complex concepts like dual-core processing, WiFi and Bluetooth connectivity, and multiple sensor integrations into accessible projects you can replicate. It suits anyone eager to deepen their hands-on skills with ESP32 microcontrollers, whether you're a hobbyist or a professional seeking practical knowledge.