Parametrično modeliranje in avtomatizacija gradbenih detajlov v okolju BIM

The construction industry's adoption of Building Information Modeling (BIM) has highlighted a significant inefficiency: construction detailing practices remain largely manual and error-prone, failing to utilise the full potential of parametric design. This research addresses this disconnect by developing and validating a systematic, software-agnostic framework to integrate parametric automation into detailing workflows. The study employs a single-case methodology to analyse an existing industry process, identifying key bottlenecks in the creation of construction details. In response, a four-stage framework was developed, encompassing stages of Deconstruction and Definition, Parametric Assembly, BIM Element Generation with Data Enrichment, and Final Documentation. The framework’s practical applicability was validated through the implementation of a proof-of-concept, demonstrating its effectiveness in a real-world scenario. The results confirm that the framework not only reduces the time required for detail creation but, more importantly, enhances the quality of construction documentation. By embedding design rules into an automated process, the methodology ensures consistency, minimises human error, and enriches the model with structured, interoperable data compliant with the IFC standard. The research concludes by presenting a practical and transferable methodology that empowers firms to bridge the gap between the potential of BIM and the daily practice of construction detailing