Virtual Design and Construction (VDC) is a method for managing construction projects using digital building models, scheduling plans, and coordinated workflows.
It combines data from the design, construction, and operational phases to help teams address problems before they happen, organise tasks, and finish projects on time.
VDC is applied throughout a construction project, starting with early design, moving through construction, and continuing into maintenance after completion. It helps teams map out designs, test for errors, and stay in sync, reducing delays and unexpected costs.
Today, we are going to explore how VDC is used in different stages of construction, the benefits it offers, and examples of software like Autodesk BIM 360, Synchro, Navisworks, and Procore that professionals often rely on.
Keep reading to see how VDC could simplify even the most complex projects.
What is Virtual Design and Construction (VDC)
Virtual Design and Construction (VDC) is a project management approach that uses digital models to improve the way construction projects are planned, designed, and managed.
It creates a virtual version of a building or structure before construction begins, allowing you to identify potential issues, improve collaboration, and manage every detail more effectively.
VDC uses software like Building Information Modelling (BIM) with project management practices to go beyond traditional design processes.
For example, rather than relying on static blueprints, teams use dynamic digital models that show how different systems—like electrical wiring and plumbing—interact within the structure. These models make it easier to spot and fix conflicts early, reducing delays and unexpected costs during construction.
What sets VDC apart is how it connects people and processes. It brings together architects, engineers, and contractors to work within the same system, making sure everyone shares the same up-to-date information.
Complex projects are made simpler by this type of cooperation, which also helps you maintain budget, stay on track, and produce better outcomes.
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Where is Virtual Design and Construction used?
VDC is used in three key stages of a project: pre-construction, construction, and post-construction. Each stage has its own processes and applications, addressing specific needs and challenges.
Let’s get into details about how VDC is applied at every phase and how it supports better project outcomes.
Pre-construction
During pre-construction, VDC helps teams create detailed models combining architectural, structural, and mechanical designs.
Software like Autodesk Revit and Navisworks makes it easier to identify conflicts between systems, such as plumbing running through electrical lines, before construction begins.
This stage also uses VDC for cost estimation, task scheduling, and resource planning.
For example, construction managers can review construction sequences in a virtual environment to prepare for material deliveries and workforce allocation. These steps help avoid delays and provide clarity for everyone involved.
Construction Phase
In the construction phase, VDC provides accurate, up-to-date project data to guide installations and track progress.
Procore and Trimble Connect are the software that allow on-site teams to access digital models and make necessary adjustments if unexpected issues occur.
VDC supports decision-making during construction by providing visualisations and data to compare what is being built with what was planned. This reduces errors and allows contractors to stay aligned with the original design.
Post-construction
After the project is completed, VDC offers long-term benefits through detailed project records.
These models are used for facility management, helping building owners maintain and operate their structures efficiently. For example, platforms like BIM 360 provide access to system layouts, maintenance schedules, and operational data.
What are the benefits of Virtual Design and Construction?
Virtual Design and Construction (VDC) helps construction professionals solve common challenges by improving planning, communication, and decision-making. Its benefits apply to every stage of a project, offering real-world solutions that save time and money.
- Clash Detection: Highlights design conflicts, such as overlapping mechanical and structural systems, early in the planning stage. Fixing these issues before construction avoids delays and unnecessary costs.
- Improved Collaboration: Ensures architects, engineers, and contractors work together effectively using shared, accurate information. This reduces miscommunication and keeps everyone on the same page.
- Resource Management: Helps allocate materials, labour, and equipment efficiently. For example, teams can sequence tasks to match resource availability and avoid slowdowns during construction.
- Cost Savings: Lowers the chance of unexpected expenses by refining designs and reducing rework. This helps keep projects within budget and minimises waste.
- Simplified Maintenance: Creates detailed records of the building, including system layouts and component details, making maintenance and future upgrades easier to manage.
These benefits show how VDC helps construction projects run more smoothly and produce better results without unnecessary complications.
What software is used for Virtual Design and Construction?
Some of the most commonly used software includes Autodesk BIM 360, Synchro, Navisworks, and Procore.
Autodesk BIM 360 is used for collaboration and real-time data sharing, helping teams stay aligned throughout the project.
Synchro focuses on combining 3D models with construction schedules to plan and visualise project timelines. Navisworks integrates models from different disciplines and detects clashes to prevent design conflicts.
Procore provides a platform to manage tasks, budgets, and progress, ensuring projects stay organised and on track.
Let’s explore in more details on how each software supports VDC processes
Autodesk BIM 360
Autodesk BIM 360 is a centralised project data management platform.
In the VDC workflow, teams use it to share updated models, drawings, and documents in real time.
For example, architects and engineers can upload design changes directly to the platform, ensuring everyone, including contractors and project managers, has access to the latest information. This reduces errors caused by outdated plans and streamlines team communication throughout the project.
Synchro
Synchro adds a fourth dimension—time—to 3D modelling, allowing teams to visualise construction sequences.
In VDC, it’s used to simulate the entire construction process, from foundation work to final installation. These simulations help identify scheduling conflicts or inefficiencies, giving teams the chance to optimise workflows before work begins. Synchro is especially useful for large-scale or fast-paced projects where timing is critical.
Navisworks
Navisworks plays a key role in coordinating designs from multiple disciplines.
It integrates models created by architects, structural engineers, and MEP specialists into a single environment. Teams use Navisworks for clash detection, identifying issues like overlapping systems or incompatible components.
Resolving these conflicts during the planning stage reduces rework and keeps construction moving smoothly.
Procore
Procore supports the management side of VDC by tracking schedules, budgets, and tasks.
Teams use it to monitor progress, assign responsibilities, and make sure activities align with the project plan. It also integrates with other VDC applications, creating a seamless flow of information. For example, Procore can link scheduling data from Synchro or model updates from BIM 360 to provide a complete picture of the project in one place.
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Learn Virtual Design and Construction (VDC) Fundamentals
Virtual Design and Construction (VDC) depends on accurate drafting and modelling to deliver successful projects. Before using professional software like Navisworks or Synchro, you need to develop a strong foundation in design software.
Interscale Education’s Certified AutoCAD Online Course gives you the skills to create precise designs and models that will fit into VDC workflows.
Here’s what we offered:
- Extensive Course Options: Explore over 100 courses that cover drafting, BIM fundamentals, and advanced modelling techniques.
- Real-World Focus: Practice creating models that align with actual project needs, helping you solve common construction challenges.
- Expert Instruction: Learn from professionals with more than 60 years of experience in IT and construction.
- Flexible Learning: Access over 60,000 minutes of lessons that you can complete at your own pace.
- Recognised Certification: Earn certification that highlights your skills and prepares you for VDC and BIM opportunities.
Building a strong AutoCAD foundation prepares you to use VDC software confidently and deliver better results in your projects.Start learning with a certified AutoCAD online course—sign up today!
