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3D Modeling

Existing Condition Documents
3D Revit Modeling

ABOUT THE 3D MODELING PROCESS

3D modeling has become a standard practice in architecture, offering numerous benefits in terms of design quality, efficiency, and project coordination. 3D modeling in Revit can be faster and more efficient than traditional 2D drafting, allowing architects to focus more on design aspects rather than repetitive tasks. For example, when changes are made to one design element, Revit automatically updates related elements throughout the model. This feature streamlines the documentation process and ensures consistency across the project.

Coast 2 Coast offers a range of architectural 3D modeling services to support the planning and visualization phases of renovation, retrofit, and restoration design. Software applications like AutoDesk Revit provide tools for creating and working with various architectural elements like walls, floors, ceilings, roofs, stairs, and railings. It also allows the modeling of site topography, mass families, rooms, areas, and materials. We commonly use client templates and libraries and discuss best practice file organization. Our goal is to deliver a final product that fits seamlessly into your workflow.

BIM WORKFLOWS

Enable better coordination and management throughout the project,
implement BIM practices into the workflow.

Scope considerations for a 3D model:

When considering details in an as-built model, the technical standards (structure behind walls, manufacturer, serial numbers) are separate from the visual characteristics (trim, ornamentation, fixtures/hardware details). Each element within the as-built model can include a few visual details to represent accurate size and placement or more features for a near-exact representation.

Typical elements captured include:

  • Walls, doors, windows, columns
  • Stairs, ramps, changes in floor level
  • Fixed cabinetry
  • Standard MEP including HVAC, electrical finish, plumbing fixtures
  • Ceiling grid, soffits, transitions
  • Light fixtures
  • Fire protection
  • Finished floor

HOW 3D MODELS BRING VALUE

One of the biggest benefits of 3D modeling is combining information. Existing condition documentation, compliance requirements, and future design plans come together to create visuals that accurately represent the final vision.

Did you know?

Projects utilizing 3D modeling techniques have been shown to finish 20% faster when compared to traditional 2D design methods.

3D models bring value to architectural design through visualization, error checking, cost savings, efficient communication, and overall project efficiency. Here’s how:

Revit can create accurate 3D models of existing buildings, which is valuable for renovation and maintenance projects. Using the captured 3D data as the basis of BIM offers a quality control process that eliminates expensive and time-consuming rework by helping teams visualize the current state of the building as it compares with the CAD model. Revit allows architects to attach attributes to the drawn object, such as dimensions, specifications, and interactive properties. This ensures that the model possesses accurate real-world characteristics.

3D architectural modeling allows architects to create detailed virtual representations of buildings, interiors, and landscapes. The 3D model in Revit provides better visualization of designs, allowing architects and clients to see the project in detail before construction begins. This aids decision-making and helps identify potential issues early in the design process.

3D modeling tools enable architects to be more creative and experimental with their designs as they can focus on aesthetics without being overly concerned about technical constraints. Revit’s 3D modeling capabilities support sustainable design practices by allowing architects to analyze and optimize building performance.

With the adoption of 3D modeling in architecture, project lead times, errors, and costs are minimized. Architects use 3D models to check for and correct errors that may have occurred during the design phase, reducing design flaws and changes required. Revit uses intelligent parametric components that maintain relationships and consistency throughout the model. When changes are made to one element, related elements automatically update, ensuring design integrity. The software also offers automated drawing and schedule generation, saving time and reducing the risk of human error in documentation.

Revit uses a central data source to improve coordination between different stakeholders involved in the project. 3D models facilitate collaboration among project teams by providing a clear visual representation of the design intent, ensuring everyone is on the same page. This reduces errors and saves time during the design and construction phases.

By incorporating models from different disciplines (e.g., structural, MEP), Revit helps identify conflicts between various building systems early in the design process, reducing on-site issues during construction.

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