BIM (Building Information Modeling) is an information modeling technology that allows the simulation of any construction object, including civil and industrial buildings.
The main advantage of 3D design is its ability to clearly demonstrate the final result. Instead of numerous hard-to-understand drawings, the client sees the project as a realistic image that can be rotated and viewed from different angles and with varying levels of zoom. Moreover, the 3D project is not static: at the client's request, changes can be made, and the results can be immediately evaluated, including their feasibility. Simultaneously with the visualization of the object, the corresponding project documentation is automatically generated.
During the design process, collisions, overlaps, and errors often occur. Corrections made during the construction phase (in metal and concrete) can lead to significant financial losses and delays in the commissioning of the facility. Working with three-dimensional models allows the identification and elimination (minimization) of these errors during the project creation phase. One can open a project from one institute, add a second project, and see how everything will look in reality.