This IFC2x3 architectural model provides a structured two-storey medical and dental clinic, designed for openBIM coordination workflows. Representing a comprehensive architectural project, this two-storey medical and dental clinic model is structured according to the IFC2x3 schema. It captures the essential spatial configuration and building geometry typical of small-scale clinical facilities. The file contains the primary building elements required for architectural documentation, including walls, floors, and basic spatial divisions, providing a clean foundation for interdisciplinary coordination. As a redacted real-world building, it reflects standard construction logic and assembly sequences, ensuring that the model maintains a high level of technical integrity suitable for testing data exchange processes and COBie-related workflows.

The download is a 9.3 MB file containing .IFC files.

Professionals can import this IFC file into any openBIM-compliant authoring software, such as Revit, ArchiCAD, or Vectorworks, to test interoperability and data mapping. The model serves as a reference for verifying object classification and property sets during the coordination phase. Users should manage the file within their native BIM environment by linking it as a container to check for structural or MEP conflicts, ensuring that all architectural elements align with project-specific classification standards and data requirements.

This asset is primarily intended for BIM managers, coordinators, and students exploring openBIM data exchange and COBie compliance. It is an ideal reference for setting up clinical facility templates or validating software import settings in healthcare architecture projects. Practitioners working on small-scale medical or dental clinics will find this model useful for understanding building assembly structures and data-rich object hierarchies in a collaborative environment. It serves as a benchmark for testing software-agnostic design workflows across various professional architectural project stages.