Introduction to Mechatronics and Robotics Engineering

Mechatronics unites mechanical engineering, electronics, and software to power modern autonomous machines. This course guides you through the foundational concepts needed to understand how modern robots are designed, wired, and programmed. You will start with essential terminology and core engineering principles before exploring the practical integration of hardware and control logic. What you will learn: Understand key terminology in mechatronics, kinematics, and control logic; Identify essential mechanical components, gears, and structural designs for robots; Analyze microcontrollers, sensor interfaces, and motor driver circuits; Explore feedback loops, PID control, and basic autonomous navigation algorithms; Learn modern ROS2 concepts and robot simulation principles; Apply system design methodology to plan modular robotic projects. The material begins with foundational electrical and mechanical definitions before progressing to control algorithms and system architecture. This course is designed for complete beginners and aspiring tech enthusiasts with no prior engineering background. Step into the world of robotics and build a solid foundation in mechatronic engineering today.