An article by Ankit Kansara at the VirtualBuilding Studio.
For instance, while shuttling data back and forth between phases of the usable life cycle of a bridge, it ends up in systems that recognize only their own data sets. As soon as that data is converted to align with the system format, it loses its authenticity and value.
It leads to manually recreating data for an earlier project phase, resulting in unnecessary rework. GIS data integration is the process of combining spatial data from a multitude of sources, generating an inclusive dataset for data analysis and better decision-making.
It encompasses different data sources and various formats to develop a unified database that deals with inconsistencies in data accuracy and quality.
Role of BIM and GIS Integration in AEC Projects
The AEC industry is switching from 2D drawings to interactive Revit 3D modeling processes for building design. It brings immense value to the design and construction process with a wide array of information about the project that facilitates seamless building construction.
The combination of BIM and GIS provides a methodical planning process, leading to a comprehensive work approach. The provision of a geospatial feature allows the designers to design in compliance with the surroundings of the project site.
The loss of data was a frequent occurrence during the construction process. BIM simulation ensures data consistency and safety within the system. The BIM and GIS integration helps in maintaining the building lifecycle and facilitates the efficient operation of community infrastructure.
Geospatial elements such as roads, transportation nodes, or built forms in the neighborhood, each form a significant part of the project on a micro level. These elements are catered to efficiently with the combined use of BIM and GIS technology.
For the complete article on BIM and GIS HERE.
