Drone Technology: Building from Scratch

De: Ajit Singh

Narrado por: Virtual Voice

"Drone Technology: Building from Scratch" is a comprehensive, hands-on guide designed to take readers from foundational principles to the construction and programming of a fully functional autonomous drone. This book serves as both a university textbook and a practical project manual, meticulously designed for the next generation of engineers and technologists.


Philosophy:

The core philosophy of this book is "learning by building." I believe that abstract concepts in engineering and computer science become concrete and memorable only when they are applied to create something tangible. This text systematically breaks down the complexity of a drone into its constituent parts—physics, hardware, software, and AI—and empowers the reader to master each domain through a combination of clear theoretical explanations and practical implementation.


Key Features:

1. Globally Relevant: While referencing Indian regulations, the book covers international standards (FAA/EASA) and uses globally recognized open-source technologies (ArduPilot, ROS), making it suitable for university students worldwide.
2. Holistic Coverage: Provides a 360-degree view of drone technology, covering aerodynamics, electronic hardware, flight control firmware, radio communication, ground control software, high-level programming (Python), and advanced AI/Computer Vision integration.
3. Focus on Open-Source: Empowers students by extensively using and explaining open-source tools and platforms, which are crucial for innovation and cost-effective development in the real world.
4. Industry-Ready Skills: Equips students with in-demand skills in areas like STM32 microcontrollers, Python scripting for drones (DroneKit), Robot Operating System (ROS), and on-board AI implementation (OpenCV, YOLO).
5. Emphasis on Safety & Ethics: A dedicated chapter on regulations, safety protocols, and ethical considerations prepares students to be responsible and law-abiding drone professionals.


To Whom This Book is Addressed:

1. B.Tech/M.Tech Students: Undergraduate and postgraduate students in Computer Science, Electronics and Communication, Electrical Engineering, Mechatronics, and Robotics.
2. DIY Enthusiasts and Hobbyists: Individuals who want to move beyond pre-built kits and gain a fundamental understanding of drone engineering.
3. Educators and Faculty: Professors and instructors looking for a comprehensive textbook for courses on UAVs, Mechatronics, or Robotics.
4. Professionals and Researchers: Engineers and scientists looking to upskill or incorporate drone technology into their field of work.