Foundations of Robotics Engineering for Students

Robotics is reshaping modern industry, yet transitioning from general engineering to robotics requires a solid grasp of multidisciplinary concepts. This text-based course bridges that gap, providing clear explanations of the mathematical and physical foundations of robotic systems. By reading through this material, you will understand how robots perceive, plan, and act in the physical world, giving you the theoretical and practical groundwork needed for academic success and future engineering projects. What you'll learn: - Understand the fundamental mechanics, coordinate transformations, and forward/inverse kinematics of robotic manipulators. - Analyze control systems and feedback loops to ensure precise and stable robot motion. - Configure sensors and actuators, including modern IMUs, encoders, and LiDAR, for environment perception. - Explore path planning algorithms and motion profiling techniques for autonomous navigation. - Learn the basic architecture and communication patterns of modern Robot Operating System (ROS) environments. - Practice solving engineering problems through structured written exercises and mathematical derivations. The course begins with essential terminology and mathematical foundations before advancing to kinematics, dynamics, control theory, and modern simulation workflows. This course is designed for engineering students and beginners seeking a structured, conceptual introduction to robotics engineering with no prior robotics experience required. Start reading today to build a strong foundation in modern robotics engineering.