Introduction to Aquatic Robotic Systems and Underwater Engineering

Aquatic robotics is a rapidly growing field that combines mechanical engineering, software development, and ocean technology to explore underwater environments. This text-based course introduces you to the core principles of designing, programming, and controlling autonomous and remotely operated aquatic vehicles. You will gain a clear understanding of marine robotics fundamentals, progressing from essential terminology to modern software architectures used in autonomous aquatic platforms. What you will learn: - Understand key terminology, buoyancy physics, and hydrodynamic principles of aquatic systems. - Explore essential sensors including depth gauges, IMUs, acoustic positioning, and sonar. - Learn how control algorithms manage propulsion, navigation, and stabilization in water. - Apply basic ROS concepts and software architecture for marine vehicle automation. - Analyze communication protocols and power management for underwater deployments. - Practice solving foundational design and programming challenges through written exercises. The material begins with core definitions and hardware fundamentals before walking you through control software logic, navigation strategies, and modern simulation workflows. Designed specifically for beginners, this course requires no prior background in robotics or marine engineering. Expand your engineering skills today and master the fundamentals of underwater system design.