Foundations of Robotics: Hardware, Sensors, and Control Principles

Robotics combines mechanics, electronics, and software to create autonomous systems that interact with the physical world. This comprehensive text-based course guides you through the fundamental principles of modern robotics without requiring complex prior engineering experience. You will develop a solid theoretical base and practical understanding of how robotic hardware and software operate together. What you'll learn: • Understand key terminology, coordinate systems, and basic kinematic principles • Explore microcontroller fundamentals and hardware interface protocols • Master motor control techniques, pulse-width modulation, and feedback loops • Apply sensor data processing for environmental awareness and navigation • Study finite state machines and behavioral algorithms for robot logic • Discover modern robotics software architecture and simulation fundamentals The course begins with introductory concepts, key definitions, and component breakdowns before advancing to control logic and algorithm structure. Designed for absolute beginners, it requires no previous background in robotics or hardware design. Dive into the fundamentals of robotics engineering and start building your knowledge step by step.