The development of interactive learning platform for industry-university-research cooperation based on augmented reality technology aims to integrate the advantages of information exchange and resource sharing among universities, enterprises and researchers, with the fundamental goal of improving the quality of talent training. This paper uses object-oriented system engineering method to carry out elaborate design, the content mainly covers the following aspects. The introduction introduces the background and significance of this topic in detail. Based on the existing literature at home and abroad, the relevant work part makes an in-depth analysis of the status quo of independent innovation research and development, summarizes the preparatory work required for the development of industry-university-research cooperation platform based on augmented reality technology, possible problems, and future development direction. After that, this paper designs an interactive learning platform for industry-university-research cooperation based on augmented reality technology, and tests and analyzes the platform. The results are as follows: Platform A has achieved significant advantages in user authentication and data encryption, reaching 95% and 90% respectively. Platform B, on the other hand, performs slightly less well in these two areas, at 85% and 80%. This means that Platform A has a 10% higher level of user authentication and data encryption compared to Platform B. In terms of secure transmission, although Platform A is slightly lower, reaching 85%, Platform B has a higher level, reaching 90%. Platform B's high level of user authentication and data encryption indicates that user identity information and data are more reliably protected on the platform. This gives users a greater sense of trust and security. Despite the slight shortcomings in secure transmission, Platform B is still committed to improving its own security level to ensure that users' information is protected to the maximum extent possible during transmission.