WE VIRTUALIZE YOUR PROJECT WITH
BIM METHODOLOGY
WE VIRTUALIZE YOUR PROJECT WITH
BIM METHODOLOGY
WE VIRTUALIZE YOUR PROJECT WITH
BIM METHODOLOGY
The Building Information Modeling (BIM) is a collaborative working methodology used in the architecture, engineering and construction (AEC) industry to create and manage digital information about a building or construction project.
This BIM methodology allows AEC professionals to create a 3D virtual model that integrates data on building geometry, materials, building systems, facilities, energy analysis and other important details.
With BIM, it is possible to simulate and analyze different scenarios before actual construction begins. This helps to optimize the design, to identify and resolve conflicts between different systems and to evaluate the energy performance of the building. In addition, the ability to visualize the project in 3D allows for a better understanding of the spaces and the end-user experience, which contributes to customer satisfaction.
TheBIM methodology is not limited to design and construction. It also has a significant impact on the operations and maintenance phase of the building. The data stored in the BIM model can be used for efficient facility management, scheduled maintenance, renovations and future upgrades. This prolongs the life of the building and optimizes its performance over time.
The Building Information Modeling (BIM) is a collaborative working methodology used in the architecture, engineering and construction (AEC) industry to create and manage digital information about a building or construction project.
This BIM methodology allows AEC professionals to create a 3D virtual model that integrates data on building geometry, materials, building systems, facilities, energy analysis and other important details.
With BIM, it is possible to simulate and analyze different scenarios before actual construction begins. This helps to optimize the design, to identify and resolve conflicts between different systems and to evaluate the energy performance of the building. In addition, the ability to visualize the project in 3D allows for a better understanding of the spaces and the end-user experience, which contributes to customer satisfaction.
TheBIM methodology is not limited to design and construction. It also has a significant impact on the operations and maintenance phase of the building. The data stored in the BIM model can be used for efficient facility management, scheduled maintenance, renovations and future upgrades. This prolongs the life of the building and optimizes its performance over time.
The Building Information Modeling (BIM) is a collaborative working methodology used in the architecture, engineering and construction (AEC) industry to create and manage digital information about a building or construction project.
This BIM methodology allows AEC professionals to create a 3D virtual model that integrates data on building geometry, materials, building systems, facilities, energy analysis and other important details.
With BIM, it is possible to simulate and analyze different scenarios before actual construction begins. This helps to optimize the design, to identify and resolve conflicts between different systems and to evaluate the energy performance of the building. In addition, the ability to visualize the project in 3D allows for a better understanding of the spaces and the end-user experience, which contributes to customer satisfaction.
TheBIM methodology is not limited to design and construction. It also has a significant impact on the operations and maintenance phase of the building. The data stored in the BIM model can be used for efficient facility management, scheduled maintenance, renovations and future upgrades. This prolongs the life of the building and optimizes its performance over time.
MAIN ADVANTAGES OF THE
BIM METHODOLOGY
MAIN ADVANTAGES OF THE
BIM METHODOLOGY
MAIN ADVANTAGES OF THE
BIM METHODOLOGY