With the support of visualized 3D images and dynamic effects, students can have an in-depth understanding of equipment component information and operating principles. Students can also deploy virtual training equipment onto any surface at any time and place. They can engage in virtual training and practice through clear and intuitive step-by-step instructions and operational prompts. The platform integrates multidisciplinary expertise, allowing learners to gain a comprehensive understanding and mastery of the entire process of intelligent manufacturing.

For automotive repair majors, traditional paper-based training manuals are transformed into digitalized repair operation steps using AR technology. This can provide students with clear and intuitive instructional content, allowing them to independently engage in practical hands-on guidance and improve their operational proficiency. It lays a solid foundation for future employment.

By leveraging the resources of various departments and majors within schools, the development and application of resources are optimized to enhance the teaching resources of vocational institutions. It provides teachers with efficient and intelligent auxiliary tools for instruction and offers students a vivid and realistic learning environment. This not only improves teaching efficiency but also avoids the risks associated with real hands-on training and the expenses related to equipment consumption.

By projecting virtual objects into real-life scenarios, students can have a more intuitive understanding of abstract concepts and complex processes. They can observe and interact with virtual objects to further comprehend workflow and operational details. Additionally, they can engage in learning at any time and place, accessing virtual learning resources, thereby enhancing learning flexibility and convenience effectively.