Fundamentals of Robotics: Industrial Systems, Kinematics, and Control

Robotics is transforming manufacturing, logistics, and smart industries, creating a massive demand for professionals who understand how these machines operate. To enter this exciting field, you need a firm grasp of the core physical, mechanical, and structural principles that govern robotic systems. This text-only course provides a comprehensive introduction to the fundamentals of robotics, helping you transition from a curious beginner to someone who understands the inner workings of automated machinery. What you'll learn: - Understand the fundamental terminology, structural elements, and classification of industrial robots. - Analyze robot kinematics, coordinate systems, and the mathematical models behind joint movements. - Explore robotic control systems, feedback loops, and actuator technologies. - Study robot adaptation tools, including modern sensor integration and basic environmental perception. - Examine robotic technological complexes and how automated systems coordinate in industrial settings. - Learn about modern trends in robotics, including collaborative robots (cobots) and safety standards. The course begins with essential definitions and structural classifications before moving into the core mechanics of kinematics and control systems. You will then explore how robots interact with their environment through sensors and how they function within larger industrial ecosystems. Designed specifically for beginners and junior students, this course requires no prior background in engineering or advanced mathematics. Start your journey into the world of robotics engineering today.