ROS is the "general operating system" in the field of robotics, providing standardized software architecture, toolchains, and development specifications. One of the core goals of the study program is to systematically master the ROS technology system, including:Basic Concepts: Understand key mechanisms such as Nodes, Messages, Services, and the Parameter Server, and grasp the principles of ROS distributed communication (master-slave nodes, multi-machine communication).

Toolchains and Debugging: Be proficient in using tools like RViz (visualization), Gazebo (simulation), Catkin (build system), rqt (monitoring), and master engineering skills such as log debugging and performance optimization.

Packages and Applications: Study ROS official or community-provided packages (such as the Navigation stack, SLAM (GMapping/Cartographer), robot arm control with MoveIt!, etc.), and understand how to quickly reuse mature solutions.

Programming Languages and Architecture: Master development specifications for C / Python in ROS and understand core design principles of robotic systems such as "modular design" and "loosely coupled architecture."

Through this learning, learners can establish a comprehensive knowledge system for robot software development, laying a foundation for further in-depth development.