Advanced Robotics Foundations

Robotics is transforming manufacturing, healthcare, and autonomous transit, but building these complex systems requires a deep understanding of the mathematics and mechanics behind their movement. This text-based course bridges the gap between basic robotics and advanced physical execution, giving you the theoretical foundations and practical algorithms to program sophisticated robotic arms and mobile units. You will transition from simple conceptual designs to formulating precise control models for multi-axis systems. What you will learn: Understand the core mathematical principles of rigid body motion and spatial transformations; Formulate forward and inverse kinematics for multi-joint robotic manipulators; Analyze robot dynamics using Lagrangian and Newton-Euler formulations; Configure trajectory planning algorithms for smooth, collision-free movement; Apply modern control techniques, including feedback linearization and force control; Explore foundational concepts of autonomous navigation and sensor integration. The course begins with essential terminology, coordinate frames, and spatial mathematics before guiding you through kinematics, dynamics, and real-world control applications. This course is designed for engineering students, software developers, and technology enthusiasts who want to enter the field of robotics; no prior background in advanced robotics is required. Start your journey toward mastering robotic systems today.