This comprehensive Robot Kinematics course provides a complete roadmap for learning how robots move and interact with their environment. Starting with fundamental concepts such as coordinate systems, joint types, and robot motion principles, the course gradually moves into advanced topics like forward and inverse kinematics, trajectory planning, and computational exercises.

Through detailed, chapter-based video lessons, you will explore both theoretical concepts and practical applications. Chapter 1 introduces the basics of robot motion, Chapter 2 focuses on forward kinematics and transformations, while Chapter 3 dives into inverse kinematics and workspace analysis. Later chapters cover trajectory planning, dynamics, and complex exercises to reinforce your understanding. Each lesson includes step-by-step explanations, numerical examples, and problem-solving techniques, making the material accessible for beginners while still valuable for advanced learners.

By the end of the course, you will be able to model robot movements mathematically, analyze motion constraints, and apply kinematic principles to design and simulate real robotic systems. This course is ideal for engineering students, robotics enthusiasts, and professionals aiming to strengthen their robotics foundation.