Introduction to Robotics: Motion, Control, and Path Generation

Robotics is transforming industries from manufacturing to healthcare, but working with these systems requires a solid grasp of how they move and think. This course provides a clear, foundational understanding of the mechanics, control systems, and software patterns that drive modern robots. You will progress from basic terminology to understanding how robots are classified, how their physical joints and links translate into precise motions, and how control algorithms guide their paths safely. Through structured text explanations and conceptual exercises, you will learn to analyze robotic specifications and plan efficient trajectories. What you'll learn: - Understand robotic classification systems and standard industrial specifications - Analyze coordinate systems, degrees of freedom, and basic kinematics - Configure feedback loops and control systems for precise robotic joint movement - Generate collision-free paths and trajectories using modern planning algorithms - Explore the applications of collaborative robots (cobots) and modern safety standards - Practice calculating fundamental motion profiles through step-by-step written guides. We begin with foundational definitions, robot anatomy, and classification schemes. From there, we transition into the physics of motion, control loop theory, path generation techniques, and real-world industrial applications. This course is designed for beginners, aspiring automation engineers, and tech enthusiasts. No prior robotics experience or advanced math background is required to get started. Start reading today to build your core knowledge of robotic systems and control.