/ NEW GENERATION OF DESIGN! /
All project files are interlinked as close as possible, so work is carried out simultaneously in all sections – making the process much faster and more efficient than traditional design methods!
BIM design of a building – is the creation of an integrated computer model that describes both the object itself (all sections of the building without physical embodiment) and the process of its construction.
All BIM information is combined into a database, which allows one to obtain current project documentation and visualization at any time, as well as the ability to analyze the provided data.
Thus, BIM-design at the moment is the most effective, efficient and accurate method of obtaining consistent construction documentation. BIM-design provides the customer with maximum clarity on all components of a building, its equipment, organization of construction, etc.
/ NEW GENERATION OF DESIGN! /
All project files are interlinked as close as possible, so work is carried out simultaneously in all sections – making the process much faster and more efficient than traditional design methods!
BIM design of a building – is the creation of an integrated computer model that describes both the object itself (all sections of the building without physical embodiment) and the process of its construction.
All BIM information is combined into a database, which allows one to obtain current project documentation and visualization at any time, as well as the ability to analyze the provided data.
Thus, BIM-design at the moment is the most effective, efficient and accurate method of obtaining consistent construction documentation. BIM-design provides the customer with maximum clarity on all components of a building, its equipment, organization of construction, etc.
/ ADVANTAGES OF BIM DESIGN /
1) Increased efficiency through the team work and collaboration of all participants in the design process.
2) Complete project control – high level of customization and flexibility; ability to quickly make changes of all types and obtain current status documentation.
3) Better cost control and predictability from the early stages of design; rapid assessment of any changes made to the project. The cost of construction is reduced due to a significant improvement in the quality of design.
4) Reduced rework due to the well-established design process.
5) Fast decision making and choice of alternatives due to 3D visualization starting from the early stages of design.
6) Faster drafting without loss of quality.
7) Compliance of a construction object with design data and meeting construction deadlines due to a significant reduction of errors and omissions in construction documents, conflict detection and risk mitigation.
1) Increased efficiency through the team work and collaboration of all participants in the design process.
2) Complete project control – high level of customization and flexibility; ability to quickly make changes of all types and obtain current status documentation.
3) Better cost control and predictability from the early stages of design; rapid assessment of any changes made to the project. The cost of construction is reduced due to a significant improvement in the quality of design.
4) Reduced rework due to the well-established design process.
5) Fast decision making and choice of alternatives due to 3D visualization starting from the early stages of design.
6) Faster drafting without loss of quality.
7) Compliance of a construction object with design data and meeting construction deadlines due to a significant reduction of errors and omissions in construction documents, conflict detection and risk mitigation.
