Embedding Computing

By: Ajit Singh

Narrated by: Virtual Voice

Philosophy: From Consumer to Creator

The guiding philosophy of Embedding Computing is "learning by doing." The book is founded on the belief that the most effective way to understand embedded systems is to build them. While theory provides the "why," practical application provides the "how"—and it is the "how" that transforms a student into an engineer. Every chapter is structured to take you from concept to code, from schematic to a functioning circuit. It intentionally prioritizes application, treating theoretical discussions as the essential scaffolding needed to support hands-on implementation, rather than as the end goal itself. This philosophy ensures that readers do not just learn about embedded systems; they learn how to engineer them.


Key Features

1. Application-Centric: The primary focus is on the practical implementation of embedded applications, from simple sensor readers to complex IoT devices.

2. Project-Based Learning: The book culminates in a comprehensive DIY capstone project that integrates concepts from all preceding chapters, providing a complete end-to-end development experience.

3. Step-by-Step Guidance: Complex tasks are broken down into manageable, sequential steps, making them accessible to beginners.

4. Platform Agnostic Principles: While using popular hardware like ESP32 and STM32 for examples, the book teaches core principles applicable to any microcontroller platform.

5. Beginner to Advanced: The content scales from fundamental "blinking LED" examples to advanced topics like real-time task scheduling, secure communication, and power management, making it suitable for both introductory and advanced courses.

6. Globally Compatible Curriculum: The chapter structure and topics (including RTOS, IoT, and Security) are explicitly designed to align with modern B.Tech/M.Tech syllabi in France, the UK, and other leading international universities.

7. Real-World Case Studies: Includes analysis of real-world embedded products (e.g., a smart thermostat, an industrial sensor node) to illustrate professional design trade-offs and architectural decisions.

8. Complete Code and Schematics: All examples and projects include full, commented source code and clear circuit diagrams, available for download.


Key Takeaways

Upon completing this book, you will be able to:

1. Design and Architect: Formulate the hardware and software architecture for a complete embedded solution based on a set of requirements.

2. Program Microcontrollers: Write efficient, low-level C/C++ code to control microcontroller peripherals, manage memory, and handle interrupts.

3. Interface with the World: Confidently connect and read data from a wide variety of sensors (digital and analog) and control actuators (motors, LEDs, displays).

4. Manage Complexity: Implement a Real-Time Operating System (RTOS) to manage multiple concurrent tasks, deadlines, and resources.

5. Build Connected Devices: Integrate wireless modules (Wi-Fi, Bluetooth) and use standard IoT protocols like MQTT to send data to the cloud.

6. Implement and Deploy: Move from a prototype on a breadboard to a more robust, deployed solution, with considerations for power consumption and security.

7. Solve Real Problems: Possess the comprehensive skill set to conceive, design, and build a fully functional embedded product from scratch.


Disclaimer: Earnest request from the Author.

Kindly go through the table of contents and refer kindle edition for a glance on the related contents.

Thank you for your kind consideration!