Metodología y Tecnología
BIM in Construction
Our services in BIM construction
BIM in construction projects
BIM in works refers to the application of BIM methodology in the construction of roads, railways, hydraulic works, buildings, and other structures. This involves creating detailed digital models that include information about materials, geometry, and construction planning.
BIM in project management
BIM in project management refers to the application of BIM methodology for planning, scheduling, and managing construction projects. This includes developing detailed digital models, enabling real-time collaboration among team members, and efficiently managing quantities, costs, and project timelines.
BIM 4D
BIM 4D refers to the inclusion of temporal information in BIM digital models. This allows designers and builders to simulate and visualize project progress over time in accordance with construction planning.
BIM 5D
BIM 5D refers to the inclusion of cost information in BIM digital models. This allows designers and builders to estimate project costs in real-time and track costs over time based on updated cost databases according to the country where the work is executed.
Virtual tours
Virtual tours use realistic 3D models that allow users to explore and simulate the built space. This may include visualizing construction from different angles, simulating natural and artificial light, and simulating interaction between users and the built space.
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Advantages of BIM construction system and model
Improved collaboration and communication
BIM breaks down barriers between different disciplines involved in a construction project. It acts as a central repository for information exchange, allowing real-time collaboration and smooth communication. Architects, engineers, contractors, and clients can easily access and review the project model, increasing project efficiency and reducing errors.
Streamlined design and planning
By creating a 3D model of the project, BIM allows architects and engineers to visualize the asset in a digital environment. They can simulate different design options, check the feasibility of ideas, and identify potential conflicts early in the process.
Improved cost and timeline management
BIM's ability to accurately estimate quantities, costs, and improve project timeline management contributes to better work management. By analyzing the virtual model, stakeholders can identify potential cost-saving opportunities, optimize your BIM construction methods, and improve project timelines.
Efficient facility management
Once a construction project is completed, BIM continues to provide value by serving as a valuable asset management tool. Being the foundation of a digital twin, facility managers can access crucial information about the asset's components, systems, and maintenance requirements through the BIM model.
