Welcome back to the CAD Teacher VDCI video course content for the BIM 322 course. In our previous sessions, we successfully completed all the required sheet layouts that form the foundation of our project documentation. Now we're ready to advance to one of the most critical aspects of professional BIM workflows: mastering the art of detailing and seamlessly integrating CAD details or existing details from a Revit project into your current work.
Today's focus centers on what industry professionals often call "Revitizing"—the process of converting traditional CAD details into native Revit elements. This workflow remains essential in 2026, as many firms still maintain extensive libraries of proven CAD details that need integration into modern BIM processes. We'll create a new callout that references a detailed view, then import and convert the CAD data for full editability within Revit's environment.
Let's begin by navigating to our Plumbing Sheet View 1, where we'll demonstrate this process with a practical example that you'll encounter regularly in professional practice.
Our target area is the Janitor Storage space, where we'll create a detailed callout for the water heater installation. This type of mechanical detail is particularly valuable because it showcases how complex equipment connections translate from traditional drafting into BIM workflows. Navigate to the View tab and select the Callout tool, but here's the crucial difference from standard callouts: ensure the "Reference another view" checkbox is activated before drawing your callout boundary.
When the view selection dialog appears, you'll see your existing views, but for maximum flexibility, create a new drafting view instead. This approach gives you complete control over the detail's organization and ensures it integrates properly with your project's discipline structure. Click and drag the callout boundary over the water heater, positioning it to capture all relevant connection points and spatial relationships.
The callout boundary is fully adjustable—use the shape handles to refine the extents as needed, and position the callout head outside the building outline for optimal clarity. Professional tip: Always consider how your callouts will appear on printed sheets when positioning these elements.
Here's where Revit's organizational intelligence becomes apparent, yet requires your guidance. Navigate to the Project Browser, and you'll notice that Revit has created your new view but displays three question marks under the Mechanical discipline. This indicates that the system recognizes the view's mechanical nature but needs explicit subdiscipline assignment for proper project organization.
Expand the Mechanical section, then locate Drafting Views → Detail, where you'll find your "Callout of Sheet View 1 – Plumbing." Double-click to enter this view—you'll see a blank drafting environment ready for your imported content.
Before proceeding with the import, proper organization is essential for project maintainability. Access the view's properties and change the subdiscipline from the default Mechanical to Plumbing. This seemingly minor step ensures your details remain properly categorized as your project grows in complexity. Notice how the Project Browser immediately reorganizes, moving your detail to Plumbing → Drafting Views → Detail.
Now we'll import the CAD data using Revit's robust CAD integration tools. Navigate to the Insert tab, where you'll see both Link CAD and Import CAD options. For details that require editing and customization, Import CAD is the correct choice—linking would prevent the exploding and editing capabilities we need for full Revit integration.
Select Import CAD and navigate to your BIM 322 folder structure. Professional projects typically maintain organized detail libraries, and this folder organization mirrors industry best practices. Select the "Domestic Water Heater detail" file, ensuring your import settings optimize the conversion: Colors set to Black and White maintains drawing standards, Layers set to All preserves the original organization, Auto-Detect Import Units handles scale conversion, and Auto – Center to Center positioning places the detail optimally within your view.
After importing, use Zoom Extents to see the complete detail. Save your progress immediately—this workflow involves multiple steps where saving prevents potential data loss.
You'll notice that Thick Lines view can make complex details appear overwhelming initially. Toggle to Thin Lines using the view control to better evaluate the imported content. This viewing mode reveals the detail's true structure and helps you assess what elements may need modification or enhancement.
The final critical step transforms this linked CAD data into native Revit elements. Select the imported detail to reveal the contextual Import Instance tab. The Partial Explode function converts the CAD geometry into individually editable Revit elements while preserving the original drawing's intelligence and organization. This process may take several moments depending on the detail's complexity, but the result gives you complete control over every line, text, and dimension within Revit's native environment.
Once exploded, you'll have individual lines, text, and geometric elements that respond to Revit's editing tools, line weights, and annotation standards. Save your work again—this exploded detail now represents a fully integrated component of your BIM model.
In our next session, we'll dive deep into enhancing this imported detail with Revit's native annotation tools, exploring how to maintain drawing standards while leveraging BIM's parametric capabilities. We'll also cover best practices for detail library management that will streamline your future projects.