Fundamentals of Industrial Automation and Robotics

Automation and robotics are transforming modern production and technology through precision control and intelligent machines. This introductory text-based course provides a structured foundation in the core principles governing automated systems and industrial robotics. You will start by learning key engineering terminology, hardware components, and control theory fundamentals before exploring system integration and software framework design. Through comprehensive written explanations and analytical exercises, you will gain practical clarity on how modern automated factories and robotic systems operate. What you'll learn: Understand core control theory, feedback loops, and system stability concepts. Apply principles of industrial sensors, signal processing, and actuator mechanisms. Learn the core logic structure of Programmable Logic Controllers (PLCs). Master foundational concepts of robot kinematics and motion planning. Explore modern ROS 2 framework architecture for modular robotic software design. Examine Industrial Internet of Things (IIoT) concepts and digital twin integration. The course guides you step by step from basic terminology and component identification through to software design patterns and real-world system workflows. This course is designed specifically for beginners, requiring no prior experience in engineering or robotics. Start your learning journey today and build a solid theoretical and technical base in robotics engineering.