Setting Up Interior Elevations in Revit: A Step-by-Step Guide

With our plans properly positioned, we'll implement several critical housekeeping measures to ensure consistency across our project. These organizational steps may seem minor, but they form the foundation of professional-grade documentation and will save significant time during revisions.

First, we need to standardize our view template assignments. Notice that our Level 2 plan currently lacks the proper view template setting. I'll navigate to this view and assign it the "Enlarge Floor Plan" template, ensuring visual consistency between our floor plan levels. This uniformity becomes crucial when presenting to clients or coordinating with consultants who expect predictable formatting across all drawings.

Next, we'll address the wall sections that remain unassigned to any view template. Select all four section views using Shift+click, then apply the "Wall Sections" template simultaneously. This batch assignment method demonstrates efficient project management—a skill that distinguishes experienced practitioners from newcomers to the software.

With our view templates properly assigned, every section now maintains consistent graphical standards. This systematic approach serves two essential purposes: it provides immediate visual feedback about which views follow our established standards, and it ensures that any future template modifications automatically propagate to all associated views. This automation prevents the inconsistencies that plague poorly managed projects.

Now we'll create interior elevations for our lobby spaces—a critical step for communicating design intent to contractors and building officials. Double-click into the First Floor view to begin this process. We'll generate an interior elevation for each restroom space, providing the detailed vertical information necessary for proper construction documentation.

Access the elevation tool through the View tab, but modify the default settings by changing the type from "Building Elevation" to "Interior Elevation." This distinction is crucial—interior elevations follow different graphical conventions and scaling standards than exterior building elevations, reflecting their role in communicating interior construction details rather than overall building massing.

The software will automatically analyze the space geometry and suggest optimal placement locations for the elevation markers. Begin with the Men's Room, positioning the first interior elevation tag strategically to capture the most relevant wall information. The placement logic considers room boundaries, fixture locations, and sight lines to generate practical elevation views.

Notice that the elevation tag displays the view name by default—a helpful feature during initial placement, but potentially cluttered for final documentation. We'll activate all four elevation directions by clicking the circular control and selecting each directional indicator. This creates comprehensive coverage of the interior space, though the current display settings show excessive information that we'll need to refine.

The key to professional-looking elevation tags lies in the type parameters. Select any elevation tag to access these controls—if you've deselected everything, simply click on one of the tags to reactivate the properties panel. The elevation appearance is controlled by nested type parameters that govern both the tag graphics and the information displayed.

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Click "Edit Type" on the Interior Elevation properties, revealing that our Elevation Tag is set to "Half Inch Circle"—an appropriate choice for most interior documentation. However, clicking into this parameter reveals deeper formatting options. The current setting shows "Mark Body Circle Filled Arrow and View Name," which creates visual clutter in tight interior spaces.

Consider the alternative options: "Mark Body Circle Detail Number" provides cleaner graphics while maintaining reference functionality, while "Mark Body Circle Detail Number and View Name" offers a middle ground. For professional interior documentation, I recommend the "Filled Arrow" option, which provides clear directional indication without overwhelming the floor plan with text. Experiment with these options to develop your office standards—consistency across projects builds client confidence and streamlines project delivery.

With cleaner tag graphics established, we can focus on optimizing the elevation extents. Each elevation marker includes a cutting plane line that defines what information appears in the resulting view. The North Elevation marker, for example, shows this cutting plane as a dashed line extending from the elevation symbol.

Understanding this cutting plane concept is crucial: elements intersected by this line appear as cut sections in the elevation view, while elements beyond the line appear in projection. Adjust these extents carefully—bringing them too close eliminates important background information, while extending them too far includes irrelevant clutter from adjacent spaces.

Work systematically around each space, fine-tuning the elevation extents to capture essential information while maintaining drawing clarity. The goal is comprehensive documentation that serves construction needs without overwhelming the reader with excessive detail. This balance requires professional judgment developed through experience with both design intent and construction realities.

After creating the elevation markers, check the Project Browser under the "Elevations" category. A new "Interior Elevations" grouping now contains Elevations A, B, C, and D—each corresponding to our placed markers. This automatic view generation exemplifies Revit's parametric power, where geometric changes in one location automatically update related documentation throughout the project.

Begin organizing these views on drawing sheets, starting with proper scale verification. Interior elevations typically work well at 1/4" = 1'-0" scale, providing sufficient detail for finish specifications while maintaining reasonable drawing sizes. However, verify that your project's complexity and sheet format support this scale before proceeding.

Implement consistent naming conventions as you place views—"Men's North Elevation" immediately communicates location and orientation to anyone reviewing the drawings. This clarity becomes essential during construction administration when contractors need quick reference to specific conditions.

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Follow professional layout principles by aligning views based on their content rather than their title blocks. This creates visual harmony and makes comparative review easier for plan reviewers and contractors. Position view titles consistently, maintaining the same relationship to their associated drawings across all sheets.

Plan your sheet layout strategically—with both Men's and Women's restroom elevations to accommodate, consider a two-row arrangement that maximizes sheet real estate while maintaining readability. This forward-thinking approach prevents the need for extensive reformatting later in the project when time pressures intensify.

Continue with systematic view placement, maintaining the established alignment and spacing patterns. Notice how the view numbering updates automatically as you place each elevation—this parametric behavior ensures consistent cross-referencing throughout your documentation set, eliminating the manual coordination errors that plague traditional drafting methods.

Organize the elevation sequence logically: arrange them to follow a natural reading pattern that supports efficient review by building officials and contractors. Consider numbering schemes that group related spaces together while maintaining overall project organization standards.

I'll demonstrate the complete process with the Men's room elevations, then pause to allow you to practice the same workflow with the Women's restroom. This hands-on practice builds the muscle memory essential for efficient production work. When working on your own projects, this repetitive practice pays dividends in both speed and consistency.

Upon completing both restroom elevation sets, we'll need to address several view template refinements. Notice that section tags currently appear in our interior elevations—while sometimes useful, they often create visual clutter in these detailed views. We'll adjust the view template to control this visibility, along with other graphical elements that impact drawing clarity.

The final organizational step involves systematic renaming to ensure logical view sequences. Professional numbering schemes should support intuitive navigation through the drawing set—elevations 3, 4, 5, 6 for the Men's room, followed by 7, 8, 9, 10 for the Women's room creates clear groupings that facilitate rapid reference during construction and review processes.

With our basic elevation views established and properly organized, we're positioned to implement advanced graphical enhancements, including the distinctive thick border treatment that characterizes professional interior elevation presentation. These refinements, combined with comprehensive annotation and dimensioning, will transform our basic views into construction-ready documentation that meets current industry standards.

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