Analysis of Software Requirement Specification and Use Case Diagram of Metaverse Museum Muhammadiyah

Abstract This article presents a detailed analysis of the Software Requirement Specification (SRS) and Use Case Diagram for the Metaverse Museum Muhammadiyah, a virtual museum platform designed to offer an immersive and interactive user experience. The study aims to assess the alignment between the functional requirements defined in the SRS and their representation in the Use Case Diagram, ensuring that all critical functionalities are accurately captured and adequately addressed in the system design. The analysis identifies key functional requirements such as user navigation, interaction, content management, and customization features, evaluating their presence and clarity within the Use Case Diagram. Additionally, the study examines the non-functional requirements, including availability, portability, response time, safety, security, and ergonomic design, highlighting their importance in delivering a reliable and user-friendly system. The findings reveal a strong correlation between the SRS and the Use Case Diagram, with most functionalities well-represented. However, the analysis also uncovers certain gaps such as the omission of features like link sharing which require further refinement in the diagram. The article concludes by emphasizing the need for continuous improvement in both the SRS and Use Case Diagram to ensure comprehensive coverage of user needs and to meet the high standards expected in a metaverse environment. This analysis serves as a critical step in guiding the successful development and implementation of the Metaverse Museum Muhammadiyah.