In the context of BIM, VDC is configured as a methodology that leverages informative models to plan, simulate, and control all phases of a project’s life cycle: from design to construction, up to management. In this sense, the integration between BIM and VDC<\/strong> allows for transforming the digital model into an operational tool to support decision-making and optimizing processes.<\/p>\n To effectively apply VDC in BIM and obtain all the benefits in terms of control, efficiency, and quality, it is essential to have adequate tools, such as advanced BIM software<\/a> and BIM management platforms<\/a> for team collaboration and coordination.<\/p>\n In this article, we will detail what VDC is in BIM, how it works, the differences compared to BIM, and how to apply it concretely in construction projects.<\/p>\n VDC is a \u201cvirtual\u201d process because it relies on digital models created with BIM software to simulate the final outcome before the project is physically built.<\/p>\n The terms \u201cDesign\u201d and \u201cConstruction\u201d refer to the two primary phases where VDC plays a role, enhancing quality, efficiency, and coordination throughout the project lifecycle.<\/p>\n The three fundamental principles of VDC are:<\/p>\n In BIM (Building Information Modeling)<\/a>, these three elements are managed in an integrated manner through shared informative models, which allow for optimizing decisions, timelines, and costs.<\/p>\n In the context of BIM, VDC can be defined as a management methodology that uses digital informative models to plan<\/strong>, simulate<\/strong>, and control<\/strong> the entire construction process.<\/p>\n In other words:<\/p>\n VDC in BIM thus allows for transforming the informative model<\/strong> into an operational tool<\/strong>, capable of:<\/p>\n VDC uses 3D BIM models as a basis to develop advanced project simulations<\/strong>.<\/p>\n Through the integration of data contained in the model (time, costs, performance), it is possible to:<\/p>\n The BIM model thus becomes a shared digital environment where all information is collected, updated, and used to guide the decision-making process.<\/p>\n BIM and VDC work synergistically but with distinct roles:<\/p>\n This integration allows for transitioning from traditional design to an approach based on:<\/p>\n How VDC uses BIM<\/p><\/div>\n The goal of VDC is to understand the complexity of a project and anticipate critical issues before incurring high costs. In the context of BIM, this translates into the ability to use digital models to apply the Lean principles<\/a>, often associated with the advanced dimensions of BIM (such as BIM 9D<\/a>), including:<\/p>\n The main tools of VDC that enable these goals are:<\/p>\n Virtual Design and Construction: the structure<\/p><\/div>\n Integrated Concurrent Engineering (ICE<\/strong>) is a social method that descends from NASA and its Extreme Collaboration (Extreme Collaboration \u2013 XC), aimed at facilitating decisions and improving communication<\/strong> through the best available technologies.<\/p>\n Within the VDC framework, this methodology aims to organize meetings with the design team<\/strong> and allow stakeholders from multiple disciplines to participate simultaneously<\/strong> to create and evaluate multidisciplinary VDC models<\/strong> in an extremely rapid and reliable manner. Using ICE sessions in VDC allows for:<\/p>\n PPM<\/strong> (Project Production Management) is the component of VDC responsible for the processes.<\/p>\n Project Production Management, when applied to a project, clearly defines its objectives<\/strong> and provides a broad overview of the entire project and the activities that require the most attention.<\/p>\n It is a planning tool through which the execution of the project can be managed. It utilizes systems and methodologies to define:<\/p>\n The use of PPM in VDC design allows for understanding, controlling, and improving project delivery<\/strong>.<\/p>\n BIM is the component where the virtual part resides, utilizing technology to enhance projects. It is the way to obtain the digital<\/strong> and visual representation of what the team is working on with information related to each object<\/strong> of the building.<\/p>\n BIM is of immense importance in ICE sessions for:<\/p>\n To ensure that each component can pursue the objectives of the VDC process<\/strong>, it is necessary to monitor appropriate metrics. These metrics are important to identify corrections<\/strong> to be made in order to achieve continuous improvement of the process.<\/p>\n The Key Performance Indicators (KPI)<\/strong> to monitor for project success must be selected based on the identified objectives. They should include:<\/p>\n VDC framework<\/p><\/div>\n The BIM method and the VDC method have many points in common and are therefore often confused. Both are based on collaboration<\/strong> and intelligent communication<\/strong>; however, in the context of BIM, VDC represents a broader approach that uses BIM as an operational basis.<\/p>\n The main difference between BIM and VDC lies in the purpose and level of application.<\/p>\n BIM (Building Information Modeling)<\/strong>:<\/p>\n VDC (Virtual Design and Construction)<\/strong>:<\/p>\n In other words, BIM builds the information model, while VDC uses that model to manage the entire design and construction process in an integrated manner.<\/p>\n Differences between BIM and VDC<\/p><\/div>\n The application of VDC in construction extends to the entire life cycle of the work and uses BIM models as an informational basis to plan, simulate, and control every phase of the project.<\/p>\n In the context of BIM, VDC transforms the digital model into an operational tool that guides decisions, processes, and construction activities, significantly reducing uncertainties and inefficiencies.<\/p>\n In particular, VDC finds application in the following phases:<\/p>\n This approach allows VDC in BIM to improve project predictability, increase efficiency, and ensure greater control over time, costs, and quality.<\/p>\n The integration between BIM and VDC requires specific skills and new professional figures<\/strong> capable of managing not only digital models but also processes and collaboration among different stakeholders.<\/p>\n In the context of VDC in BIM, roles evolve from the traditional project organization and lean towards greater integration between design, planning, and construction.<\/p>\n The main figures involved are:<\/p>\n These professionals work synergistically to ensure the effective use of the BIM model within the VDC process.<\/p>\n The BIM VDC Coordinator<\/a> is the operational figure who manages the technical coordination of BIM models<\/strong> within the VDC process.<\/p>\n His role is essential to ensure integration among different disciplines (architecture, structure, systems) and to ensure the quality and consistency of the information contained in the model.<\/p>\n Among the main activities of the BIM VDC Coordinator are:<\/p>\n Thus, the BIM VDC Coordinator does not limit himself to controlling the model but actively contributes to improving the design process.<\/p>\n The BIM VDC Manager<\/a> is the strategic figure responsible for the implementation and management of the VDC methodology within the project.<\/p>\n They have a comprehensive view of the process and coordinate people, tools, and objectives to ensure the achievement of expected performance.<\/p>\n Their main responsibilities include:<\/p>\n The BIM VDC Manager is responsible for transforming the digital model into an effective management tool and ensuring its use for the optimization of the entire process.<\/p>\n The BIM VDC Engineer<\/a> and BIM VDC Specialists are technical figures who work directly on BIM models<\/strong> and project data and support the practical application of VDC.<\/p>\n Their contribution is essential for the development of analyses, simulations, and integrations that allow for improved planning and project management.<\/p>\n Among their main activities:<\/p>\n These figures represent the operational link between the BIM model and the VDC process<\/strong> and contribute to making the project more efficient, controllable, and predictable.<\/p>\n BIM VDC Professionals<\/p><\/div>\n The main innovation introduced by VDC in construction design and planning concerns the optimization of the management phase<\/strong>, with a direct impact on time, costs, and project quality.<\/p>\n In the context of BIM, VDC allows using the information model as a basis for improving collaboration, planning, and control of activities.<\/p>\n Among the main advantages of using VDC, we can highlight:<\/p>\n The integration between BIM and VDC allows for obtaining the maximum value from the digital process<\/strong>, thanks to the combination of the information model and process management.<\/p>\n In particular, this integration enables:<\/p>\n To plan and manage a construction project using the VDC methodology and obtain all the advantages listed above, you need:<\/p>\n BIM VDC is an integrated approach that combines BIM informational models with processes and organization to plan, simulate, and control the entire lifecycle of a project, from design to construction to management.<\/p>\n BIM creates and manages the digital model of the building, while VDC uses that model to optimize processes, coordinate the team, and support decisions during all phases of the project.<\/p>\n VDC in BIM serves to improve planning, reduce risks, and optimize time and costs through simulations, multidisciplinary coordination, and proactive analysis of critical issues.<\/p>\n VDC uses BIM models to integrate project data, timelines, and costs, allowing scenarios to be simulated, activities to be coordinated, and progress to be monitored throughout the lifecycle of the project.<\/p>\n The main advantages of BIM VDC include:<\/p>\n VDC is applied in all phases of the project:<\/p>\n The main professionals involved are:<\/p>\n To apply VDC in BIM, BIM modeling software and BIM management platforms that enable collaboration, coordination, and management of timelines and costs are required.<\/p>\n <\/p>\nPrinciples of Virtual Design and Construction<\/h2>\n
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What is VDC in BIM?<\/h2>\n
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How VDC Works with BIM Models<\/h2>\n
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How BIM and VDC Work Together<\/h3>\n
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![\"How](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2026\/04\/How-VDC-uses-BIM.jpg\")
The structure of Virtual Design and Construction<\/h2>\n
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![\"Virtual](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2022\/03\/virtual-design-and-construction-structure.jpg\" "\\"Virtual")
ICE: Integrated Concurrent Engineering<\/h3>\n
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PPM: Project Production Management<\/h3>\n
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BIM: Building Information Modeling<\/h3>\n
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Metrics<\/h3>\n
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![\"VDC](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2022\/03\/VDC-framework.jpg\" "\\"VDC")
BIM vs VDC: what are the differences<\/h2>\n
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![\"Differences](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2026\/04\/Differences-between-BIM-and-VDC.jpg\")
VDC in Construction: How It Is Applied<\/h2>\n
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Roles and Professionals of BIM VDC<\/h2>\n
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What is a BIM VDC Coordinator?<\/h3>\n
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What does a BIM VDC manager do?<\/h3>\n
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BIM VDC engineer and specialist<\/h3>\n
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![\"BIM](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2026\/04\/BIM-VDC-Professionals.jpg\")
The advantages of using VDC<\/h2>\n
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Benefits of the integration between BIM and VDC<\/h3>\n
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FAQ on BIM VDC<\/h2>\n
What is BIM VDC?<\/h3>\n
What is the difference between BIM and VDC?<\/h3>\n
What is VDC used for in BIM?<\/h3>\n
How does VDC work in construction projects?<\/h3>\n
What are the main advantages of BIM VDC?<\/h3>\n
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In which phases of the project is VDC applied?<\/h3>\n
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Which professionals work with BIM VDC?<\/h3>\n
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What tools are needed to apply VDC in BIM?<\/h3>\n
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