Improving Model Based Structural Engineering With Application Usage Data

https://drive.google.com/file/d/18jCLk4Jx4BU4X7r-Qa-sCACdy8DUX8No/view?usp=drive_link

Over the past decade, the utilisation of building information modelling (BIM) has increased. Building information models are precise 3D representations of building structures with geometric data vital for construction and design. From these models it is possible to extract different kinds of data such as, material, geometry information, location data and relational attributes. This thesis explores the analysis of existing data collected during building modelling and detailing to enhance structural modelling and make it more efficient. The primary objective is to identify data patterns, such as user groups, use-case scenarios, and potential challenges, to identify areas of improvement. The research methods used are literature review and case study to gather knowledge about the data collection and analysis process. The case study puts this knowledge into action and analyses the usage data that is collected. Key findings from the analysis highlight the importance of simplifying complex components. Additionally, tailoring user interfaces to accommodate specific user groups and workflows enhance user experience and make modelling more efficient. Future research directions include investigating what improvements to the Tekla and component user interfaces could be implemented. In addition, there is potential in implementation of a component recommendation system using artificial intelligence with automated component settings.