Robotics Fundamentals and Robot Locomotion Systems

Robotics is reshaping modern technology, but understanding how machines navigate the physical world starts with the fundamentals of movement. This beginner-friendly course guides you through the principles of robotics, focusing specifically on how robots achieve controlled locomotion across different environments. You will explore physical drive mechanisms, basic kinematics, and the control systems that translate instructions into precise movement. What you'll learn: - Understand core robotics terminology, structural components, and system architectures - Compare various locomotion methods including wheeled, tracked, and legged designs - Learn the fundamentals of kinematics for rotational and linear robot motion - Explore how sensors like encoders and inertial measurement units inform motion control - Study modern path planning and basic obstacle avoidance techniques for autonomous navigation - Apply movement concepts through structured text-based analysis and theoretical scenarios. Your learning begins with key concepts and foundational definitions, giving you a clear grasp of mechanical and electronic terminology. From there, you will read through detailed explanations of motion logic, propulsion systems, and sensor integration. This course is ideal for complete beginners with no prior engineering background required. Start reading today to build a strong foundation in mobile robotics and movement logic.