BIM (Building Information Modeling) is an approach that involves creating and managing 3D digital models of a construction project, integrating geometric data and semantic information.

Two-dimensional data on the building’s shape, like those from conventional drawings, as well as information on specifications such as material types and performance, allowing those involved to better visualize the project.

The ability to visualize allows parties to form a consensus early on.
The use of 3D modeling enables stakeholders to easily visualize the finished product and all processes, from planning, design, and construction management to operation and maintenance. This facilitates information sharing and mutual understanding among stakeholders, allowing clients, architects, and builders to form a consensus early in the process.
The ability to visualize enhances quality management.
The use of BIM, which integrates design, structure, and equipment, allows for interference checks before construction to identify and resolve conflicts, ensuring a smooth construction process and a quality product.
Centralizing building information facilitates operation and maintenance.
BIM enables the centralization and integration of building information. BIM helps consider layout changes and plan renovation works. Since it can also integrate the history of the building’s construction and renovation, as well as information about installations, the once complex task of building management should become somewhat simpler.