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Reading list
We've selected 22 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Arduino IDE.
The third edition of the classic introductory book by Arduino co-founder Massimo Banzi. This updated version continues to be an excellent resource for beginners, covering the fundamentals of the Arduino platform and the IDE with clear explanations and projects.
Focuses specifically on programming the Arduino using its modified C language within the IDE. It's suitable for beginners and gradually introduces more complex programming concepts. The book includes numerous examples and good resource for solidifying your understanding of writing code for Arduino projects. The latest edition also covers using the Arduino framework for other boards like ESP32 and Raspberry Pi Pico.
A comprehensive collection of recipes for common Arduino tasks and projects. is invaluable as a reference tool for users of all levels, providing practical solutions and code examples for interfacing with various sensors, actuators, and communication methods. The third edition recent publication.
Takes a project-based approach to teach electronics and programming with Arduino. It's well-regarded for its clear explanations and hands-on experiments, making it suitable for those who learn by doing. It delves into both hardware and software aspects and good resource for gaining a deeper understanding. The second edition includes updated content on the Arduino ecosystem and IoT.
Offers a project-intensive approach, guiding readers through 65 diverse projects. It's excellent for hands-on learning and applying Arduino IDE concepts in practical scenarios. The projects increase in complexity, making it suitable for progressing from beginner to more advanced topics. The second edition is updated for the latest IDE and hardware.
While not solely focused on Arduino, this book foundational text for understanding the electronics concepts necessary for working with Arduino. It uses a hands-on, experiment-driven approach to teach fundamental electronics principles. is highly recommended for those who need to build a strong electronics background before diving deep into Arduino projects.
A beginner-friendly introduction to the Arduino platform and IDE. is good for those with little to no technical background, providing a gentle entry into the world of physical computing. It covers the basics in an easy-to-understand manner and includes simple projects to get started.
Several course titles mention ESP32, making this book a valuable resource for understanding how to use these powerful boards, often programmed with the Arduino IDE, for IoT projects. It covers the specifics of the ESP8266 and ESP32 and their application in connected systems.
Provides a hands-on guide to prototyping with Arduino, suitable for both beginners and those with some experience. It moves from basic concepts to more complex projects, including interfacing with other devices. It's a good resource for seeing the Arduino in practical applications.
This handbook offers a variety of projects suitable for different skill levels, providing practical exercises to reinforce understanding of the Arduino IDE and hardware. It's a valuable resource for finding engaging projects to build and learn from.
Unlike project-based books, this serves as a comprehensive reference for the electrical and software aspects of the Arduino. It's a valuable resource for looking up specific details about the board and its programming, saving time on extensive online searches. is more suited as a reference tool for those with some existing knowledge.
Given the prevalence of IoT in the course titles, this book is highly relevant for connecting Arduino projects to the internet. It covers using Arduino with various communication methods and platforms for IoT applications. It helps bridge the gap between basic Arduino projects and connected devices.
A comprehensive reference book on electronics that is highly valuable for anyone working with hardware platforms like Arduino. While not Arduino-specific, it provides the foundational knowledge in electronics needed to design and troubleshoot circuits for Arduino projects.
Part of the 'Evil Genius' series, this book provides step-by-step instructions for building 30 fun and engaging projects. It's a great way to apply your Arduino IDE knowledge and gain practical experience through diverse builds. Suitable for hobbyists and students looking for project ideas.
Dives into a contemporary topic: running machine learning on small, low-power microcontrollers like those found on Arduino boards. It's highly relevant for exploring advanced applications and the intersection of AI and embedded systems using the Arduino platform.
A follow-up to 'Make: Electronics,' this book delves into more advanced electronics concepts and experiments. It's for those who want to further strengthen their understanding of the electronic principles behind their Arduino projects.
Focuses on teaching the C programming language specifically in the context of Arduino. It's beneficial for those who want to deepen their programming skills beyond the basics of the Arduino language and understand the underlying C code. It's more programming-centric than project-centric.
For those interested in robotics, this book applies Arduino and its IDE to building and programming robots. It covers the integration of sensors, motors, and control systems using the Arduino platform. It's a good resource for a specific application area of Arduino.
Delves into the internal workings of the Arduino hardware and software. It's for users who want to understand the microcontroller at a deeper level, beyond just writing sketches in the IDE. This more advanced text for those looking to optimize and customize their Arduino experience.
Goes beyond just programming the Arduino IDE and covers the entire process of developing a project, including hardware design, 3D printing, and PCB design. It's suitable for those looking to take their Arduino projects from concept to a more polished, engineered product.
A fun and project-oriented book that uses a creative theme to engage readers in building projects with Arduino and Raspberry Pi. It's good for applying basic Arduino skills in interesting and imaginative ways.
While not directly about Arduino, this classic programming book emphasizes writing clean, maintainable, and understandable code. For those using the Arduino IDE for more complex projects, adhering to these principles is crucial for good software design, especially in embedded systems.
For more information about how these books relate to this course, visit:
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