Foundations of Robotics: Electronics, Mechanics, and Programming

Robotics is an exciting multidisciplinary field that combines mechanics, electronics, and software engineering to create intelligent automated systems. Understanding how these core areas interact is essential for anyone looking to build or work with modern physical computing technology. This text-based course guides you step-by-step through the core concepts of robotics engineering. You will gain a solid understanding of how physical components, electronic circuits, and written logic come together to form functional automated machines. What you'll learn: Understand core robotics terminology, system architectures, and basic engineering principles. Explore fundamental electronic components, circuit configurations, and power distribution basics. Analyze mechanical structures, linkages, gear ratios, and physical motion mechanisms. Read and write basic control logic routines to manage system behavior and microcontrollers. Integrate sensors and actuators to enable environmental feedback loops and reactive behaviors. Apply safety practices and modern embedded system concepts to real-world engineering concepts. You will start by mastering key definitions, basic circuit concepts, and structural mechanics before moving on to written code snippets and structural logic exercises. This course is designed specifically for complete beginners with no prior background in engineering or programming required. Start reading today to build your foundational knowledge in robotics.