“Ever since I began working with C++, I dreamed of a book that would bridge the gap between the elegance of modern C++ and the rigorous demands of embedded systems. C++ in Embedded Systems is that book—a long-awaited and much-needed guide for engineers who want to move beyond C without sacrificing performance, determinism, or control.

This book does more than advocate for C++ in embedded environments—it shows you how to do it, safely and effectively. At first, it serves as a myth buster for those who are afraid of C++ (and as an embedded SW developer I know many of these). […] At last, it provides the reader with several common embedded-oriented frameworks and libraries. The author clearly understands both worlds – C++ and embedded – and he navigates that intersection with practical wisdom and clarity.”

Alexander Kushnir, Principal Software Engineer, Johnson&Johnson Medtech

“[…] You may have been reluctant to use C++ because of past concerns about its suitability for embedded systems. The language and its compilers have evolved over the decades to eliminate those concerns. Better type and memory safety mean the compiler finds more errors at compile time without runtime overhead.

Amar takes you through the features of modern C++ (through C++23) that achieve these improvements. These include techniques like static and dynamic binding, dynamic and compile-time polymorphism, templates and metaprogramming, resource management, and compile-time computation, as well as patterns and principles that support robust design. He provides simple, practical examples written from the perspective of an experienced embedded systems developer and shows you how to use tools like Compiler Explorer and Renode to examine the generated machine code and simulate embedded targets to convince yourself that these methods deliver on their promises.

The methods you learn here will help you build more reliable, flexible, maintainable, reusable, adaptable, efficient embedded systems.”

Steve Branam, Senior Software Development Engineer, Amazon Robotics

“One of the book’s standout features is its practical approach. It’s packed with sample code that is easy to follow, using freely available tools, making hands-on learning available. Every chapter is purposefully framed, showing not only its relevance but also how it fits into the broader narrative of this book.

While highly valuable, this book is best suited for intermediate or advanced developers with a solid grasp of toolchains and machine code. It is not designed for complete beginners, but for those with foundational experience who are looking to dispel common misconceptions about using C++ in embedded development. The author does an excellent job in addressing these misunderstandings, clearing up persistent doubts about performance, efficiency, and debugging strategies.

[…] This book is a superb addition to the embedded development literature, filling an essential gap for intermediate engineers moving toward modern C++. Its carefully curated content, strong practical examples, and well-grounded explanations make it a must-read for those aiming to modernize their embedded software development practices.”

Nino Vidovic, Senior Software Engineer at SEGGER Microcontroller GmbH

Amar Mahmutbegović is the co-founder and head of engineering at Semblie, where he leads the utilization of modern C++ for firmware development. His expertise extends to working on BLE consumer devices and medical devices, delivering sophisticated solutions for a wide range of clients, including start-ups. Amar’s dedication to innovation helps bring electronic product ideas to the world. Amar actively shares C++ benefits in the embedded community via blogs and LinkedIn. He also mentors young engineers, enhancing their skills in modern development practices. His work aims to make embedded systems more accessible, maintainable, and scalable, bridging the gap between traditional methods and modern efficiencies for developers worldwide.