Embedded Systems Design

Utilizing the Silicon Labs EFR32XG24 BLE Microcontroller

Preface

Welcome

Welcome to the “System Design with Silicon Lab EFR32XG24 BLE Microcontroller”. This book is designed to guide you through the process of programming, building applications, and integrating machine learning with the EFR32XG24 BLE Microcontroller. Whether you’re an engineering student or a seasoned professional, this book offers hands-on examples to make advanced concepts accessible.

You’ll learn how to: - Program the EFR32XG24 microcontroller using C. - Design and implement embedded systems applications. - Apply machine learning techniques to solve real-world problems. - Explore gesture recognition, anomaly detection, and audio-based ML solutions.

The book balances theory with practice, empowering readers to develop embedded systems that are robust, efficient, and intelligent.

If you’re interested in broader programming concepts or other machine learning platforms, we encourage you to explore additional resources and apply your learning across domains.

This book was originally developed as part of the EE260 and EE513 courses at Clarkson University. The Quarto-based version serves as an example of modern technical publishing and open access education.

License

This book is free to use under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. You are welcome to share, adapt, and use the material for educational purposes, as long as proper attribution is given and no commercial use is made.

If you’d like to support the project or contribute, you can report issues or submit pull requests at github.com/clarkson-edge/ee513_book. Thank you for helping improve this resource for the community.