The FME Revit reader can read IFC files as well, and its Data Views simplify the data into a form compatible with Geodatabase.
If you use the Building Elements with Hierarchy data view in the Revit reader, you will get 3D data with the Property Sets info attached as feature attributes. The attribute names will need some adjustment for Geodatabase however. I suggest using a BulkAttributeRenamer to Regular Expression Replace, with the expression [\\.\\-\\s\\(\\)\\/].
The resulting Geodatabase will be viewable within ArcScene.
The FME Revit reader can read IFC files as well, and its Data Views simplify the data into a form compatible with Geodatabase.
If you use the Building Elements with Hierarchy data view in the Revit reader, you will get 3D data with the Property Sets info attached as feature attributes. The attribute names will need some adjustment for Geodatabase however. I suggest using a BulkAttributeRenamer to Regular Expression Replace, with the expression [\\.\\-\\s\\(\\)\\/].
The resulting Geodatabase will be viewable within ArcScene.
Hey @DaveAtSafe 
thanks for your prompt reply. I am currently using Data Interoperability extension from esri. Using Quick Import, IFC files are imported and converted to geodatabase. The entire revit model is represented in Arc Scene, however when I opened the attribute table of IfcSlab_surface I can only see most of the fields having "null values". Also, dimension values like length, Area and Volume are totally missing. Kindly help me in displaying these attributes and its corresponding values.
Hey @DaveAtSafe thanks for your prompt reply. I am currently using Data Interoperability extension from esri. Using Quick Import, IFC files are imported and converted to geodatabase. The entire revit model is represented in Arc Scene, however when I opened the attribute table of IfcSlab_surface I can only see most of the fields having "null values". Also, dimension values like length, Area and Volume are totally missing. Kindly help me in displaying these attributes and its corresponding values.
We are working on providing a more dynamic schema for the Revit reader, but in the meantime, it is best to create a Spatial ETL Tool to import Revit data. You can use the Feature Information window in the Data Inspector to see all the attributes actually being read from the IFC file, then adjust the schema of the output Geodatabase features to match.
We are working on providing a more dynamic schema for the Revit reader, but in the meantime, it is best to create a Spatial ETL Tool to import Revit data. You can use the Feature Information window in the Data Inspector to see all the attributes actually being read from the IFC file, then adjust the schema of the output Geodatabase features to match.
FME can read all of the Property Set data. However, the complex IFC data structure will need to be manipulated using FME's transformers in order to convert the Property Set information into GIS feature attributes.