Robotics and Engineering Technology Fundamentals

Robotics and modern technology require a solid grasp of physical mechanics, electronic circuits, and algorithmic logic. This course provides a structured introduction to core robotics principles, helping you understand how hardware and software integrate in modern automated systems. You will start by learning primary engineering concepts, electrical fundamentals, and control logic before exploring sensor integration and programmatic decision-making. What you'll learn: Understand essential terminology in mechanics, electronics, and microcontrollers; Read and interpret basic circuit diagrams and sensor feedback mechanisms; Write foundational logic and algorithms for autonomous robotic behavior; Apply state machine concepts to structure complex task sequences; Explore modern fundamentals of control loops and obstacle navigation; Analyze technical problems to design structured engineering solutions. The course begins with essential definitions and foundational principles before guiding you through motor control, microcontrollers, sensor data processing, and algorithmic logic. Designed for absolute beginners, this guide requires no prior technical experience. Read through the lessons to start building your robotics skills today.