About the Book
This book is part of a comprehensive series designed to guide users through conducting Arduino experiments using a variety of software environments, including the Arduino IDE, Scilab, Xcos, Python, Julia, and OpenModelica. This series offers a practical approach to learning how to control an Arduino Uno board from these popular languages through hands-on experimentation.
Given the widespread use of both Arduino microcontrollers and these programming languages, this series is an invaluable resource for students, teachers, hobbyists, and professionals alike. The added benefit of both the languages and the Arduino platform being open source fosters accessibility and collaborative learning.
All code examples demonstrated within the books are freely available, ensuring ease of access and promoting reproducibility. This allows readers to actively engage with the material and verify the results presented, thereby reinforcing the learning process.
To streamline experimentation, this series utilizes a dedicated Shield designed for the Arduino Uno board. This Shield simplifies connections, creating a near plug-and-play experience. Gerber files necessary for manufacturing the Shield are accessible through the book, offering the option for users to create their own. Alternatively, the Shield can be conveniently purchased from online retailers.
The series caters to a wide range of educational levels, proving beneficial to students and educators in schools, polytechnic colleges, science colleges, and engineering colleges.
About the Authors
This work has been carried out under the guidance of Prof. Kannan Moudgalya, the Principal Investigator of the FOSSEE Project. The authors of this book are employees or Interns or well wishers of the FOSSEE project.
