Industrial robotics is playing a transformative role in modern manufacturing, automation, and production systems. From automotive assembly lines to precision electronics manufacturing, robotic systems are increasingly essential for improving productivity, accuracy, and efficiency. Despite this rapid growth, many beginners struggle to enter the field due to the complexity of robot programming environments, the mathematical foundations involved, and the highly specialized industrial terminology.

This book is designed to remove those barriers by offering a clear, practical, and project-oriented introduction to industrial robot programming using RoboDK. Its primary goal is to guide readers from a complete beginner level to the ability to confidently design, program, and simulate industrial robot applications. Rather than focusing solely on theoretical concepts, the book emphasizes hands-on learning, visual understanding, and real-world implementation.

By leveraging the RoboDK environment, learners can experiment freely in a safe and cost-effective setting without the need for expensive industrial robot hardware. This makes the learning process more accessible to students, educators, and professionals transitioning into automation.

From Zero to Robot offers a strong emphasis on simplicity, practicality, and guided learning. It presents concepts in a structured, application-driven manner. Each topic is reinforced through visual examples and step-by-step workflows that mirror real industrial tasks.

This book is particularly relevant today as industries worldwide are rapidly adopting automation and smart manufacturing technologies. By bridging the gap between theory and practice, it equips readers with the essential skills needed to engage effectively with modern robotic systems and prepares them for real-world industrial challenges.

What You Will Learn

• Develop foundational proficiency in industrial robot programming
• Design, simulate, and implement complete robotic systems progressively.
• Understand and apply key robotics concepts, including the definition of reference frames and tool center points (TCPs).
• Generate and validate collision-free robot trajectories using simulation-based tools and techniques.
• Integrate RoboDK with external software environments to support advanced automation workflows and interoperability.

Who Is This Book For

This book is a practical guide for students, engineers, researchers, and hobbyists looking to build real-world robotics skills using a flexible, hardware-free professional platform.

Muhammad Umer Khan holds a PhD in Electrical Engineering, specializing in robotics, computer vision, and control. He has been engaged in academia for over fifteen years, with a sustained focus on robotics, particularly manipulators, their programming, and practical applications. During this time, he has authored and co-authored numerous research papers and book chapters on robotics and its applications across diverse domains. He regularly teaches robotics courses at both undergraduate and graduate levels, with particular emphasis on robot programming, simulation, and hands-on implementation.