Gestión BIM para el centro de distribución y logística Aloag Park, rol Líder MEP

Abstract

This thesis documents the application of Building Information Modelling (BIM) during the pre-construction phase of the “Aloag Park” distribution and logistics centre, with a particular focus on the role of the MEP leader. Clear general and specific objectives were defined, roles were assigned, and a three-dimensional model of the plumbing systems was developed in Revit at Level of Development (LOD) 300, following the organisation’s style guides and naming protocols. The MEP discipline encompasses the mechanical, electrical and plumbing systems that make buildings habitable. The model incorporated polypropylene pipes for cold water, hot water, recirculation and rainwater drainage; pumps and storage tanks; and rainwater harvesting networks. The project adopted workflow maps based on the Penn State BIM Execution Planning Guide to plan processes and coordinate the model with the architectural and structural disciplinespsu.pb.unizin.org. The audited model was integrated into a Common Data Environment compliant with ISO 19650 and linked to 4D scheduling and 5D costing through Presto software. The conclusions highlight that early coordination and model audits reduce clashes and optimise resources; recommendations emphasise clearly defining roles from the outset, maintaining document traceability and moving towards higher LODs in future projects.