Building Information Modeling (BIM) is @ way of representing a built asset as a digital model. By capturing all project knowledge in a single, accessible place, it allows you and your stakeholders to explore every aspect of a building-foundations, surroundings, past configurations, and even possible futures.
Creating a single, digital source of truth that all stakeholders can access and contribute to empowers collaboration and speeds delivery timelines.
By digitizing and showcasing every angle of your design, BIM helps you communicate your project vision and bring clients with you every step of the way.
BIM makes visualization more precise, detects clashes, and enhances design accuracy so that outcomes are consistently more sustainable and effective.
The 3D Building Model is developed to represent the basic information, in this stage conceptual model is created by using paramerters area, heights, volume, and orientations are specified.
Next level of BIM with approximate quantites, size, shape, location and orientation. Further more non geometric informtation is added based on the requirement.
In this BIM model. elements are graphically represented as a defined system, object in terms of quantity, size, shape, location and orientation.
Details and elements are represented with this model how the building interface align with various systems and others building elements with graphics and written definitions.
The BIM model is specific assemblies of complete fabrication, assembly and detailing information along with precise measurements such as quantity, size, shape, location...etc
Final BIM model that shows constructed assemblies maintenance and operations. Beyond to actual and accurate measurements, non geometric information is attached.