Introduction to Robotics: Mechanics, Control, and Programming

Robotics is an exciting field, but the underlying concepts of mechanics, electronics, and programming can seem complex. This course provides a clear, structured introduction to the fundamental principles that govern all robotic systems, preparing you to analyze, design, and implement basic automation tasks. What you'll learn: * Understand the fundamental architecture of robotic systems, including the roles of sensors, actuators, and controllers. * Master the principles of mechanical design and movement, including locomotion methods and kinematic chains. * Apply basic programming logic to implement effective control systems for autonomous operation. * Learn how to integrate different sensor types to enable environment awareness and decision-making. * Practice designing simple closed-loop feedback systems for precise control of motion and position. * Configure inputs and outputs (I/O) to effectively interface physical components with embedded control logic. The course begins with essential terminology and system architecture before moving into mechanical and electrical principles, concluding with practical application of programming logic and various control loops. This course is for absolute beginners with no prior experience in engineering, electronics, or coding who want a structured entry into robotics. No prerequisites are required. Start building your understanding of the automated world today.