This IFC2x3 openBIM mechanical model provides a comprehensive duplex apartment layout including defined room and space boundaries. The file contains a structured mechanical representation of a multi-level residential duplex. It focuses on the spatial configuration, incorporating defined room and space boundaries necessary for environmental analysis and facility management. The model is structured to support data exchange, specifically tailored for COBie extraction and building performance workflows. It provides the essential geometric and semantic data required to understand the mechanical distribution within a residential environment, ensuring that all spaces are correctly identified and bounded for downstream engineering calculations or facility lifecycle management tasks.

The download is an 8.4 MB file containing .IFC files.

Engineers and BIM managers can import this IFC file into any openBIM-compliant authoring or coordination software to verify mechanical system integration. It is designed to be used as a reference or a base for further MEP coordination, allowing users to map spaces to their own mechanical families. The structured nature of the data ensures that room parameters are preserved during the import process, facilitating quick analysis of floor areas and volumetric data for heating and cooling load calculations.

This asset is intended for mechanical engineers, BIM coordinators, and facility managers working on residential projects. It serves as a valuable resource during the design development and construction documentation stages, particularly when coordinating MEP systems within complex multi-level dwellings. Professionals can use this model to test interoperability workflows, validate space tagging, or as a template for standardising mechanical layouts in apartment blocks. It is suitable for those seeking a reliable, open-standard foundation for building information modelling in a residential context.