BIM combines Information Technology (IT), computer-aided design techniques, and specialized expertise from the Architecture, Engineering, Construction, and Facility Management (AEC/FM) industries to create and manage building information models from a design perspective. Unlike traditional computer-aided drawing systems that primarily focus on geometric data, BIM systems deliver meaningful information—such as detailed door and window models or the precise dimensions of beams and columns—directly from the model, eliminating the need for manual interpretation.
BIM systems empower users to extract essential information straight from the building information model. But what exactly defines a BIM system?
1. BIM systems support both input and output of building information models. They can import models for processing and export updated versions for further use.
2. BIM systems facilitate efficient information sharing across various disciplines. Since buildings involve multiple professional fields at different stages, related data must be synchronized and shared seamlessly. For instance, if an architect changes the position of a beam in their BIM system, the structural engineer’s BIM software should instantly reflect this update based on the revised building information model.
3. BIM systems focus on individual objects, each with a unique identity and containing relevant data. This information is often represented parametrically, including attributes like the location, geometry, and quantity of beams or other building components.
These features clearly distinguish BIM systems from traditional design and construction methods. For further insights and BIM consulting services, please visit our official website: BIM Building Training Network.
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