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Abstract
This article presents an analysis and comparison between the traditional coordination process used by architectural project offices and the automated coordination method available through Building Information Modeling (BIM), with a focus on structural projects. The main objective of this study is to evaluate the benefits that systematization and automation of coordination bring to companies in the architecture, engineering, and construction sector that adopt BIM technology. To this end, the study maps the current coordination procedure in an architectural office and compares it with the automated process applied in two real case studies developed by the same firm. The case study reveals that the coordination process improves significantly when automated clash detection tools are used, surpassing the effectiveness of the hybrid method currently in place. Moreover, the results emphasize that while the exclusive adoption of BIM by the architectural office yields significant benefits during the design, modeling, and documentation stages, effective coordination and optimal conflict detection require the entire project to be developed using BIM-compatible tools. This finding highlights the importance of comprehensive BIM implementation across all project phases to maximize efficiency and avoid potential discrepancies during execution.
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