Arduino: Building Intelligent Systems with Microcontroller Programming

Unlock the world of Arduino and microcontrollers with "Arduino," a musthave guide in the "Robotics Science" series by Fouad Sabry. Whether you're a professional, an undergraduate or graduate student, or an enthusiast, this book offers an essential exploration into the world of Arduino and related technologies. It provides comprehensive insights into the critical role of microcontrollers and their applications in robotics, making it a powerful resource for anyone passionate about robotics, automation, and electronics.

Chapters Brief Overview:

1: Arduino: An introduction to Arduino, its capabilities, and how it serves as a foundational tool in robotics and electronics.

2: AVR Microcontrollers: A deep dive into AVR microcontrollers, exploring their architecture and role in embedded systems.

3: AVR Butterfly: Understanding the AVR Butterfly, a development tool, and its contributions to microcontroller projects.

4: Atmel ARMbased Processors: Learn about ARM processors from Atmel, used in powerful, energyefficient microcontroller designs.

5: PICkit: A guide to using PICkit for programming and debugging, essential for mastering embedded system design.

6: Singleboard Microcontroller: Explore singleboard microcontrollers and their advantages for robotics and automation applications.

7: OBDuino: Discover the OBDuino platform, its relevance to automotive diagnostics, and how it connects to robotics projects.

8: Faustino (Platform): Uncover Faustino, a powerful development platform for embedded systems with realworld robotics applications.

9: Bus Pirate: Delve into Bus Pirate, a versatile tool used to interact with various electronic devices and systems in robotics.

10: DebugWIRE: Gain insights into DebugWIRE, an advanced debugging tool for microcontrollers in embedded system projects.

11: STM32: Learn about the STM32 series of microcontrollers, recognized for their highperformance and versatility in robotics.

12: Simplecortex: Understand the Simplecortex platform and how it enables rapid development of robotics systems.

13: ATtiny Microcontroller Comparison Chart: A comparison of the ATtiny series microcontrollers, helping you choose the best option for your project.

14: ATmega328: An overview of the ATmega328 microcontroller, its features, and its widespread use in Arduinobased robotics projects.

15: Arduino Uno: Dive into the Arduino Uno, one of the most popular and versatile boards used in robotics development.

16: Makey Makey: Explore Makey Makey, a creative and fun tool that introduces the basics of interactive electronics in robotics.

17: ESP8266: Understand the ESP8266, a WiFi enabled microcontroller, and how it facilitates wireless communication in robotics.

18: Arduino Nano: A look at the Arduino Nano, its unique features, and its role in smallscale robotics projects.

19: MicroPython: Learn how MicroPython, a streamlined version of Python, is revolutionizing programming for microcontrollers.

20: Comparison of Singleboard Microcontrollers: A detailed comparison of popular singleboard microcontrollers, helping you make the right choice for your robotics projects.

21: Microcontroller: A general overview of microcontrollers, their importance, and how they drive the robotics field.

This book provides you with a solid foundation in the core technologies driving modern robotics, from simple controllers to advanced processors. Master the tools that power automation and robotics, and equip yourself with the knowledge needed to excel in this fastevolving field. The value of this book far exceeds its cost—empowering you with the skills to build sophisticated robotic systems.