BIM platforms serve various purposes throughout the project lifecycle. Architects use them to model and create drawings, engineers manage data like structural details and energy consumption, and contractors develop construction models. Additionally, component manufacturers and property managers also utilize BIM platforms. Some platforms cater to multiple users, and depending on their market focus, each integrates different functionalities.
As a leader in the BIM architectural design market, Revit facilitates data exchange with a wide range of related applications. Some software connects directly via Revit’s open API, while others rely on intermediate formats such as IFC and DWF to enable data sharing. Below is a list of software capable of exchanging data with Revit.
Structural Analysis: Revit Structure, ROBOT, RISA Structural Analysis, ETABS, SismiCAD, Fastrak Building Designer, StruSoft FEM-Design, SOFTEKS-Frame, STAAD-PRO, SOFiSTiK.
MEP (Mechanical, Electrical, and Plumbing): Revit MEP, HydraCAD, MagiCAD, QuantaCAD, TOKMO.
Energy and Environmental Analysis: Ecotect, EnergyPlus, IES al indirect, Green Building Studio.
Visualization: MentalRay, 3DMax, Piranesi.
Facility Management: Autodesk FM Desktop, Archibus.
Revit also integrates with AutoCAD Civil 3D for site analysis and Autodesk Inventor for mechanical design. Additionally, it connects to LANDCADD for site planning; Nomitech, Innovaya, Sage Timberline, and TocomaniLink for cost budgeting; Autodesk Navisworks for model aggregation, 3D walkthroughs, clash detection, and 4D simulation; and VICO Office for scheduling.
Regarding compatibility, before Revit 2011, it could import DXF files exported from software like SketchUp, Autodesk Systorm, McNeel Rhinoceros, and Google Earth conceptual design tools. However, capturing points and measuring imported pairs was not yet supported.
Revit supports numerous file formats including DWG, DXF, DGN, SAT, DWF/DWFx, ADSK, HTML, FBX, gbXML, IFC, and ODBC.
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