Mini Embedded Engineering Development Bundle

Applying Agile Principles to Hardware Engineering

Hardware doesn’t have to be slow.

Rapid Iterative Development offers a clear, practical framework for bringing the speed and adaptability of agile software methods into the world of hardware. Whether you're designing electronics, robotics, or complex mechanical systems, this book shows how to reduce cycle times, respond faster to test results, and move from concept to production without losing quality.

It draws on real practices used by leading engineering teams—focusing on short feedback loops, modular prototypes, integrated digital tools, and collaborative workflows that prioritize learning and progress over perfection.

Inside, you’ll learn how to:

• Identify bottlenecks in physical development cycles
• Build systems for continuous testing and feedback
• Align engineering teams for faster, more confident iteration
• Bridge the gap between simulation and physical validation
• Adapt agile thinking to manufacturing realities

If you’re involved in building physical products and want to move faster without cutting corners, this book will help you rethink your process—and deliver results.

C++ for Embedded Systems

With Exercises and Code Samples for Intermediate Developers

Build real-world embedded systems using the full power of C++.

This practical guide gives you the skills to write efficient, reliable, and scalable firmware for modern microcontrollers and connected devices.

Designed for developers with a working knowledge of C++, this book bridges the gap between theory and applied embedded development.

Each subsection delivers a focused explanation, a complete code sample, and several challenging exercise—without handholding or filler.

You'll learn how to interface with hardware, optimize for real-time performance, and deploy robust systems in resource-constrained environments.

What you'll gain:

• A deep understanding of embedded C++ design principles

• Confidence working with GPIO, UART, I2C, SPI, DMA, and RTOS

• Practical fluency in register-level programming and low-power design

• The ability to build secure IoT devices and connect them to the cloud

• Mastery of modern C++ features tailored for embedded applications

With clear infographics, advanced exercises, and real code for every concept, this book is your blueprint for building professional embedded systems in C++.