Model a Retail Storefront in Revit

Model a single-story retail building and produce construction documents in Revit.

Introduction

30 Second Summary

Every retail store you walk into started as a digital model. Architects use Building Information Modeling software to design structures that contain not just shapes, but real construction data like wall types, door sizes, and material specifications.

In this project, you will model a single-story retail storefront from scratch in Autodesk Revit, producing coordinated construction documents including dimensioned floor plans, elevations, a building section, and a door schedule.

What You'll Build

A complete retail storefront building model with parametric walls, a curtain wall entry system, interior partitions, and professional construction documentation assembled on a formatted sheet.

By the end of this project, you'll have:

A complete building shell with exterior walls, a storefront curtain wall, interior partitions, doors, and windows.
Coordinated construction views including a dimensioned floor plan, four elevations, and a building section.
A door schedule and formatted sheet ready to export as a professional construction document set.
Secret Mission: Create a 3D perspective rendering and export a high-quality image for your portfolio.

Are there any prerequisites?

You need a Windows PC with Autodesk Revit installed and licensed. Revit is available via subscription, a 30-day free trial, or a free educational license for eligible students and educators.

Familiarity with basic 3D modeling concepts (from a tool like SketchUp or similar) is helpful but not required.

Set Up Your Project

Every Revit project starts with a structured foundation. Before you draw a single wall, you need a project file with the right template, properly defined floor levels, and a structural grid that guides element placement.

In this step, you'll create a new Revit project from the Architectural Template, configure your building's height with levels, and lay down a grid system that defines your storefront's structural layout.

In this step, get ready to:

Create a new Revit project using the Architectural Template.
Configure levels for a single-story building.
Place structural grids to define the building layout.

Create a new Revit project using the Architectural Template

The Architectural Template pre-loads wall types, door families, window families, and annotation styles. This saves you from loading each family manually.

On the Revit Home page, find the Models section.
Click New.
In the New Project dialog, confirm the Template file is set to the default Architectural template (an .RTE file).
Click OK.

Revit opens a default floor plan view. The Project Browser on the left shows your views, families, and schedules.

What does the Architectural Template give you?

The template includes predefined wall types (basic and curtain), standard door and window families, annotation styles, and two default levels. Without it, you would need to load each family one by one.

This is the same starting point used in professional Revit projects. It means you can jump straight into modeling instead of configuring basics.

Don't see the Architectural Template?

If the template dropdown is empty, your Revit installation may be missing template files. Templates are stored in the default templates folder (typically %ALLUSERSPROFILE%\Autodesk\RVT 2025\Templates or a similar version-specific path). Reinstalling Revit with the default content checked should restore them.

help me find the Architectural Template in Revit

Configure levels for a single-story building

Levels define the vertical structure of your building. Each level represents a key horizontal plane like a floor or roof line. You can only see and edit levels in an elevation or section view.

In the Project Browser, expand Elevations (Building Elevation).
Double-click South to open the South elevation view.
Click the level name text that says Level 1 on the bottom level line.
Type Ground Floor and press Enter.
Click Yes when prompted to rename corresponding views.
Click the elevation dimension value above Level 2 (the number showing its height).
Change the value to 4000 and press Enter. This sets the roof/parapet height to 4000 mm.

Your elevation view now shows Ground Floor at 0 mm and Level 2 at 4000 mm above it.

Why rename Level 1?

Revit uses level names in view titles throughout the Project Browser. Renaming to "Ground Floor" makes navigation intuitive. When Revit asks to rename corresponding views, clicking Yes updates the floor plan view name to match.

Level 2 at 4000 mm will serve as your roof/parapet level. This height gives the retail storefront a generous ceiling suitable for commercial use.

Can't click the level name?

Make sure you are in an elevation or section view. Levels are not visible or editable in plan views. Also ensure no other tool is active. Press Esc twice to deselect everything, then try clicking the level name text directly.

help me rename a level in Revit

Place structural grids

Structural grids define the layout skeleton of your building. Walls, columns, and other elements align to these grid lines, keeping everything consistent.

In the Project Browser, double-click Floor Plans > Ground Floor to switch to the plan view.
Go to the Architecture tab on the ribbon.
In the Build panel, click Grid.
Click a starting point in the drawing area, then click directly below it to draw your first vertical grid line (running north-south).
Click the grid bubble number and change it to A. Press Enter. Revit will automatically label subsequent grid lines B, C, D.
Draw 3 more vertical grid lines to the right, spacing each one 5000 mm apart. Use the temporary dimensions that appear to verify the spacing. You should now have grids A, B, C, and D.
Draw a horizontal grid line (running east-west) by clicking a point on the left, then clicking to the right.
Click the grid bubble and change its label to 1. Press Enter. Subsequent horizontal grids will be numbered 2, 3.
Draw 2 more horizontal grid lines above the first, spacing each one 5000 mm apart. You should now have grids 1, 2, and 3.
Press Esc twice to exit the Grid tool.

Your Ground Floor plan view now shows 4 vertical grid lines (A through D) and 3 horizontal grid lines (1 through 3), forming a rectangular grid framework.

What are structural grids for?

Grids act as a reference framework for your building model. In professional practice, architects and engineers use them to coordinate wall and column placement across the entire project.

Your grid defines a roughly 15m x 10m area (3 bays at 5000 mm wide, 2 bays at 5000 mm deep). This is the footprint of your retail storefront.

Use temporary dimensions for spacing

As you draw each grid line, Revit displays temporary blue dimension text showing the distance from the previous grid. If the spacing is not exactly 5000, click the dimension value and type 5000 to correct it before placing the next line.

Grid lines not spacing correctly?

If your grids are clustering together or at odd distances, check that your temporary dimensions are reading in millimeters. Go to the Manage tab, click Project Units, and confirm Length is set to Millimeters.

help me fix grid line spacing in Revit

Your project foundation is in place. You have a properly configured single-story building structure with levels defining the height and grids defining the layout. Next up, you'll start modeling the building shell with exterior walls and a storefront curtain wall.

Model the Building Shell

Your project has a structural grid and levels ready to go. Now it is time to build the physical shell of the retail storefront.

In this step, you will place exterior walls to define the building footprint, then replace a section of the south facade with a glass curtain wall system. You will also add glass doors to create the main customer entry.

In this step, get ready to:

Place exterior walls along the grid to form a 10m x 15m building outline.
Add a Storefront curtain wall on the south facade for the glass entry.
Place curtain wall doors to create a double-door entrance.

Place exterior walls

Exterior walls define the boundaries of the building. You will trace a rectangle along your grid lines using a 200mm generic wall type.

In the Project Browser, double-click the Ground Floor plan view to make sure you are working in it.
Go to the Architecture tab on the ribbon, then click Wall in the Build panel.
In the Type Selector (the dropdown at the top of the Properties palette), choose Basic Wall: Generic - 200mm.
In the Properties palette, set Top Constraint to Level 2. This makes the walls extend from the ground up to the roof/parapet height at 4000 mm.
Draw walls along your grid lines to form a rectangle approximately 10m wide (east to west along grids 1 to 3) and 15m deep (north to south along grids A to D). Click to place each wall endpoint, snapping to grid intersections.
Press Esc twice to exit the Wall tool when you have completed the rectangle.

If your wall corners have gaps or overlapping segments, clean them up with the Trim/Extend tool.

Go to the Modify tab on the ribbon, then click Trim/Extend to Corner in the Modify panel.
Click the portion of each wall you want to keep near a corner. Revit will trim or extend both walls to form a clean intersection.
Repeat for all four corners until you have a closed rectangle with no gaps.

What does Top Constraint do?

Top Constraint tells Revit which level the wall should extend up to. By setting it to Level 2 (at 4000 mm), your walls automatically span the full floor-to-roof height.

If you later move Level 2 higher or lower, the walls adjust automatically. This is the parametric behavior that makes BIM powerful.

Save your project with Ctrl+S. Switch to the default 3D view by pressing the house-shaped 3D View button on the Quick Access Toolbar. You should see a rectangular box of walls extending up from the ground plane.

Walls not connecting at corners?

Make sure you are using Trim/Extend to Corner (not Trim/Extend Single Element). Click the side of each wall you want to keep. If walls still overlap, select one wall and drag its end grip to the corner intersection.

Help me fix my wall corners in Revit

Add a storefront curtain wall at the entry

The south facade will feature a glass storefront for the main customer entrance. You need to remove a section of the basic wall and replace it with a Storefront curtain wall type.

Switch back to the Ground Floor plan view in the Project Browser.
Go to the Modify tab, then click Split Element in the Modify panel.
On the Options Bar, check Delete Inner Segment.
Click the south wall at a point approximately 4.5m from the left corner (leaving about 6m for the storefront opening centered on the wall).
Click a second point approximately 10.5m from the left corner. Revit removes the 6m segment between those two points.

Now draw the curtain wall to fill that opening.

Go to the Architecture tab, then click Wall in the Build panel.
In the Type Selector, select Curtain Wall: Storefront.
In the Properties palette, set Base Constraint to Ground Floor.
Set Top Constraint to Unconnected, then set the Unconnected Height value to 4000 mm.
Draw the curtain wall from one end of the opening to the other, snapping to the endpoints of the remaining south wall segments.
Press Esc to exit the Wall tool.

Why the Storefront type?

Revit provides three default curtain wall types. Curtain Wall 1 has no grids or mullions. Exterior Glazing has preset grids but no mullions. Storefront includes both preset grids and mullions, giving you a realistic glass facade with minimal setup.

The Storefront type demonstrates type-driven layout. Instead of manually placing every grid line and mullion, the type definition handles it. This is the more transferable skill for professional BIM work.

Save your project. In the 3D view, you should see vertical glass panels with thin mullion frames filling the opening on the south side of the building.

Curtain wall not filling the gap?

Make sure you snapped both endpoints of the curtain wall to the exact endpoints of the remaining basic wall segments. If there is still a gap, select the curtain wall and drag its end grip to meet the adjacent wall.

Also confirm the Base Constraint is set to Ground Floor and the Unconnected Height is 4000 mm. If the curtain wall appears too short or tall, check these values in the Properties palette.

Help me fix my curtain wall placement

Place curtain wall doors

Doors in curtain walls work differently from regular walls. Instead of inserting a door family into the wall, you swap individual glass panels with a special door panel family using the Type Selector.

Switch to the Default 3D View (click the house icon on the Quick Access Toolbar or press the 3D View button). This makes it easier to select individual panels.
Position your cursor near a lower panel at the center of the curtain wall.
Press Tab to cycle through selectable elements until the panel highlights (not the mullion or the entire wall). Then click to select it.
Look for the Pin icon near the selected panel. Click it to unpin the panel. Unpinning allows you to change the panel type.
In the Type Selector, change the panel to Door-Curtain-Wall-Single-Glass. The panel transforms into a glass door.
Repeat this process for the adjacent panel (the one immediately next to the first door). Select the panel, unpin it, and change it to Door-Curtain-Wall-Single-Glass. You now have a double-door entry.
Select the mullion between the two door panels (hover over it and press Tab until the mullion highlights, then click). Press Delete to remove it. This creates a seamless double-door opening.

Why unpin before changing the panel type?

Curtain wall panels are pinned by default to prevent accidental edits. Unpinning a panel tells Revit you intentionally want to swap its type. If you skip this step, the Type Selector will not let you change the panel to a door family.

Save your project. In the 3D view, you should see two glass door panels side by side in the center of the storefront, with no mullion dividing them.

Can't select the curtain panel?

Press Tab repeatedly before clicking. Revit cycles through nested elements (wall, grid, mullion, panel) as you hover. Wait until just the panel highlights in blue before you click.

If the Type Selector does not show Door-Curtain-Wall-Single-Glass, confirm you selected a panel (not a mullion or the wall itself). Only panels can be swapped to door families.

Help me place doors in my curtain wall

Your building shell is complete. You have a solid rectangular enclosure with a professional glass storefront entry on the south facade. Next up, you will add interior walls, more doors, windows, and a roof to finish out the building.

Add Interior Layout and Components

Your building shell is in place with exterior walls and a storefront curtain wall entry. A real retail space needs more than four walls and a glass front, though.

In this step, you will divide the interior into functional rooms, add doors and windows, and close the building with a flat roof. These are the components that turn a simple shell into a usable floor plan.

In this step, get ready to:

Place interior partition walls to create four distinct rooms.
Add doors and windows to the building.
Create a flat roof to close the building shell.

Place interior partition walls

Interior partitions are thinner than exterior walls because they only need to separate rooms, not resist weather. A typical interior partition is 100mm thick compared to the 200mm exterior walls you placed earlier.

In the Project Browser, double-click the Ground Floor plan view to switch back to it.
Go to the Architecture tab on the ribbon and click Wall.
In the Type Selector (Properties palette, top dropdown), choose Basic Wall: Generic - 100mm.
Set the Top Constraint to Level 2 in the Properties palette so partitions match the exterior wall height.
Draw interior walls to create four rooms: a large main retail space, a storage room (back-left corner), a restroom (back-right corner), and a small office (adjacent to the storage room).
Go to the Modify tab and click Trim/Extend to clean up any wall junctions where partitions meet exterior walls or each other.

You should see your floor plan now divided into four clearly defined rooms with clean wall intersections.

What is a partition wall?

In BIM terminology, a partition wall is a non-load-bearing interior wall used to divide space. Revit treats partitions as parametric elements. If you move a partition, the doors and windows hosted in it move automatically.

Walls not connecting cleanly?

If you see gaps or overlaps at wall intersections, select the Trim/Extend to Corner tool from the Modify tab and click both walls near the intersection. Revit joins them automatically.

If your partitions extend through the exterior walls, you drew past the boundary. Use Trim/Extend Single Element to cut them back to the exterior wall face.

Help me fix my wall intersections

Place doors and windows

Doors in standard walls work differently from the curtain wall doors you placed in Step 2. Standard doors are families that cut a host wall automatically when placed.

Go to the Architecture tab and click Door.
In the Type Selector, choose Single-Flush: 0915 x 2134mm.
Click on the interior partition wall for the storage room to place a door.
Repeat to place doors in the restroom and office partition walls.
Use the temporary dimensions that appear after placement to adjust door positions. Click the dimension value and type a new number to reposition.

What are temporary dimensions?

When you place or select an element, Revit shows blue dimension lines to nearby references. You can click the dimension number and type a precise value to move the element to an exact location.

Now click Window on the Architecture tab.
In the Type Selector, choose a standard window type available in your template.
Place 3-4 windows on the north and east exterior walls by clicking on the wall where you want each window.
Adjust placement using temporary dimensions to space the windows evenly.

Your floor plan should now show door swings in each interior partition and window symbols on the north and east exterior walls.

Door or window not appearing?

If the door does not place, make sure your cursor is hovering directly over a wall. Doors and windows must be hosted in a wall to be placed.

If the door swing direction is wrong, press the spacebar before clicking to flip the swing direction. You can also select the placed door and use the flip arrows that appear.

Help me troubleshoot door and window placement

Add a flat roof

A flat roof closes the building shell. In Revit, you create a flat roof by tracing the exterior wall footprint and disabling the slope setting so the roof stays level.

In the Project Browser, double-click the Level 2 floor plan view (this is your roof level).
Go to the Architecture tab, Build panel, click the Roof dropdown, and select Roof by Footprint.

Why Roof by Footprint?

Revit offers multiple roof creation methods. Roof by Footprint is the most common for flat and simple roofs because it traces the building perimeter directly from your walls.

Revit enters sketch mode. On the Draw panel, click Pick Walls.
On the Options Bar, clear the Defines slope checkbox. This ensures your roof is perfectly flat.
On the Options Bar, set Overhang to 300 (mm).
Hover your cursor near one of the exterior walls. A dashed line appears showing the overhang position. Press Tab to highlight the chain of all exterior walls, then click to place the roof boundary lines around the entire building.
Click the green checkmark (Finish Edit Mode) on the Mode panel to complete the roof.

What does clearing Defines slope do?

By default, Revit assumes roof boundary lines define a slope (creating a pitched roof). Clearing this checkbox for all edges makes every boundary line flat, producing a level roof at the elevation of the level you are working on.

Open the Default 3D View by clicking the house icon on the Quick Access Toolbar (or pressing the 3D View button). Verify the flat roof sits on top of all four exterior walls with a 300mm overhang beyond the wall faces.

Your building now has a complete enclosure. The 3D view should show the roof resting at the Level 2 height, extending slightly beyond the exterior walls on all sides.

Roof has an unexpected slope?

If your roof is not flat, you likely left Defines slope checked when picking the walls. Select the roof, click Edit Footprint on the Modify | Roofs tab, select all boundary lines (Ctrl+A), and clear Defines Roof Slope in the Properties palette. Click Finish Edit Mode again.

If you see a dialog asking to move the roof to a higher level, click No. This prompt appears when Revit detects you are placing a roof on the lowest level, but Level 2 is correct for this project.

Help me fix my flat roof in Revit

Your building is now fully enclosed with a functional interior layout. Next up, you will create coordinated views and add professional annotations to start building your construction document set.

Create Views and Annotate

Your building model is complete with walls, doors, windows, and a roof. Now it's time to make that model useful to someone reading construction documents.

A 3D model alone doesn't communicate enough for construction. Builders need flat views with dimensions, labels, and cross-sections to understand how a building goes together. In this step, you'll create the annotation layer that turns your model into professional documentation.

In this step, get ready to:

Create a building section view showing the full cross-section.
Add aligned dimensions to the floor plan using intersecting grids.
Tag all doors with mark numbers automatically.

Create a building section

A section view slices through your building to reveal what's happening inside the walls, floors, and roof. It's one of the most important drawings in any construction document set.

In the Project Browser, double-click the Ground Floor plan view to switch to it.
Go to the View tab in the ribbon.
In the Create panel, click Section.
Click at a start point outside the west wall and drag to the east, placing the section line through the middle of the building.
Double-click the section head (the arrow symbol) in the drawing area to open the section view.

You should see the full building cross-section from the foundation line up to the roof. Your exterior walls, interior partitions, and roof are all visible in the cut.

What is a section head?

The section head is the triangular arrow at one end of the section line. It indicates the direction you're looking at the cut. Double-clicking it navigates directly into that section view.

Section view looks empty or cropped?

If you only see part of the building, your section line might not extend far enough. Return to the Ground Floor plan view, select the section line, and drag the blue grip dots on either end to extend the crop region beyond the building edges.

If you see nothing at all, check that the section line actually passes through the building. The line must cross the walls to slice them.

Still having trouble? Help me fix my section view in Revit

Add dimensions to the floor plan

Dimensions communicate exact measurements to builders. Revit's auto-dimension feature can dimension an entire wall and its grid intersections in one click.

Return to the Ground Floor plan view by double-clicking it in the Project Browser.
Go to the Annotate tab in the ribbon.
In the Dimension panel, click Aligned.
On the Options Bar, set Pick to Entire Walls.
Click Options on the Options Bar.
In the Auto Dimension Options dialog, select Intersecting Grids and click OK.
Click the south exterior wall of your building.
Move your cursor above the building and click to place the dimension string.
Repeat the process for the east exterior wall to dimension the building depth. Place this dimension string to the right of the building.

You should see dimension strings showing the total wall length and the distances between each grid intersection along both the south and east walls.

Why use Intersecting Grids?

The Intersecting Grids option automatically places dimension witness lines at every point where a grid line crosses the selected wall. This saves you from clicking each grid intersection manually and ensures your dimensions align with your structural grid.

Dimensions not showing grid intervals?

If your dimension string only shows the total wall length without intermediate grid measurements, you may not have selected Intersecting Grids in the Auto Dimension Options dialog. Press Esc to cancel, then start the Aligned dimension again and check the Options setting.

If no dimension appears at all, make sure your wall click actually selects the wall face and not empty space. Help me troubleshoot my Revit dimensions

Tag the doors

Door tags label each door with a mark number that corresponds to the door schedule you'll create in the next step. Revit can tag all untagged doors in a view at once.

Stay in the Ground Floor plan view.
Go to the Annotate tab in the ribbon.
In the Tag panel, click Tag All Not Tagged.
In the dialog, select Doors from the category list.
Ensure Include elements from linked files is unchecked.
Click OK.

Door tags with mark numbers now appear on every door in your plan view. Each number uniquely identifies a door for the schedule.

What are door mark numbers?

Every door in Revit has a Mark parameter that acts as its unique identifier. When you tag doors, the tag displays this mark number. These same numbers appear in the door schedule, creating a direct link between the drawing and the data table.

Tags overlapping or unreadable?

If tags overlap each other or sit on top of walls, click and drag individual tags to reposition them. The leader line automatically stretches to maintain the connection to the door.

If no tags appeared after clicking OK, make sure you selected Doors in the category list and that you're in a plan view (tags won't place in 3D views). Help me fix my door tags in Revit

Your floor plan is now fully annotated with dimensions tied to your structural grids and every door clearly labeled. Next up, you'll turn this annotated model into a formatted construction document with a door schedule and a professional sheet layout.

Create a Door Schedule and Sheet

Your building model is fully annotated with dimensions and door tags. The next step is to turn that model into professional construction documentation that an architect would actually hand to a contractor.

In BIM, a schedule is a table that automatically extracts data from your model elements. A sheet is the printable page layout where you arrange views, schedules, and title blocks into a coordinated document set. In this step, you will create both.

In this step, get ready to:

Create a door schedule that automatically lists every door in your model.
Set up a formatted sheet with your floor plan, schedule, and an elevation view.
Produce a coordinated construction document ready for export.

Create a door schedule

A door schedule pulls information from every door family instance in your model and displays it in a table. When you add or remove doors, the schedule updates automatically.

Go to the View tab on the ribbon.
In the Create panel, click Schedules, then click Schedule/Quantities.
In the New Schedule dialog, select Doors from the category list.
Click OK.
In the Schedule Properties dialog, go to the Fields tab.
Add the following fields: Mark, Width, Height, Frame Type, and Comments.
Switch to the Sorting/Grouping tab.
Set the sort to Mark in ascending order.
Click OK.

The door schedule appears listing all doors in your model. Each row corresponds to a door instance, with columns for mark number, dimensions, frame type, and comments.

What is a schedule in Revit?

A schedule is a live table view of your model data. It is not a static spreadsheet. If you go back and add a new door to the model, it automatically appears in your door schedule.

This is one of the core advantages of BIM over traditional CAD. The documentation stays coordinated with the model at all times.

Schedule shows no doors?

Make sure you selected Doors (not Door Tags or another category) in the New Schedule dialog. If you accidentally picked the wrong category, delete the schedule from the Project Browser and start again.

Also verify that your doors were placed into walls, not floating in space. Unhosted doors will not appear in a schedule filtered by room.

Help me figure out why my Revit door schedule is empty.

Create a sheet and place views

A sheet is the equivalent of a printed page in construction documentation. You will create one, then drag your floor plan and schedule onto it.

In the Project Browser (the panel on the left side of the screen), scroll down to the Sheets category.
Right-click Sheets and click New Sheet.
In the dialog, select the default titleblock template (e.g., A1 metric or E1 30x42 Horizontal).
Click OK.
Rename the sheet to A101 - Floor Plan and Schedule. Right-click the new sheet in the Project Browser, select Rename, and type the new name.
In the Project Browser, find your Ground Floor plan view under Floor Plans.
Drag the Ground Floor view from the Project Browser onto the sheet.
Position the view outline on the left side of the sheet and click to place it.
In the Project Browser, expand Schedules/Quantities and find your door schedule.
Drag the door schedule onto the sheet and position it on the right side.
Click to place it.

Your sheet now shows the dimensioned floor plan on the left and the door schedule table on the right.

Why drag views onto sheets?

In Revit, views and sheets are linked. When you place a view on a sheet, any change to the model automatically updates both the view and the sheet. This is the core of coordinated BIM documentation.

The view title (including name and scale) appears automatically beneath the placed view. You do not need to label it manually.

Can't drag a view onto the sheet?

A view can only exist on one sheet at a time in Revit. If the view is already placed on another sheet, you will not be able to drag it again. Check the Project Browser for a sheet number next to the view name, which indicates it is already placed.

Also make sure you are dragging from the Project Browser panel, not from the drawing area.

Help me troubleshoot why I can't drag my view onto a Revit sheet.

Add an elevation to the sheet

A professional construction document set includes elevation views alongside the floor plan. You will add the South elevation to complete the sheet.

In the Project Browser, expand Elevations and find the South elevation view.
Drag the South elevation view from the Project Browser onto the sheet.
Position it below the floor plan.
Use the alignment guidelines that appear to align the view title with the floor plan view above.
Click to place it.

Your sheet now contains a dimensioned floor plan, door schedule, and south elevation. This forms a basic construction document set.

Alignment guidelines save time

When you drag a second or third view onto a sheet, Revit displays dashed blue alignment guidelines. These help you line up view titles and edges without manually measuring. Follow them for a clean, professional layout.

Elevation looks too small or too large on the sheet?

The view's scale controls how large it appears on the sheet. Select the viewport (click the view on the sheet), then check the Scale in the Properties palette. Adjust it to match your floor plan's scale for a consistent look.

Help me resize a view on my Revit sheet.

You now have a professional construction document sheet that coordinates your model, annotations, and schedule in one place. Next up, you will take on the Secret Mission and create a 3D rendering of your storefront for your portfolio.

Secret mission

Create a Portfolio-Ready 3D Rendering

Your construction documents are complete, but a flat floor plan doesn't grab attention in a portfolio. In this secret mission, you'll place a 3D camera, apply realistic materials and shadows, and export a high-resolution rendering of your storefront that looks professional enough to present to a client.

Clean Up Your Resources

Decide whether to keep your resources running, pause them to come back later, or delete them entirely.

This project runs entirely locally in Autodesk Revit, so there are no ongoing cloud costs. Your Revit subscription or trial remains unchanged regardless of what you do with the project file.

Resources you used:

Revit project file (.rvt) containing the complete retail storefront model.
Exported PNG portfolio image (3000+ pixels wide).

Keep everything running

No action needed. Choose this if you're still actively building or plan to extend the model further.

Your .rvt file stays wherever you saved it.
Your exported PNG image remains in your chosen export folder.
Revit stays installed on your machine for future projects.

Pause - I'll come back to this later

Close Revit to free up system memory while keeping your project files intact for later.

Save your project by pressing Ctrl+S in Revit.
Close Revit by clicking File, then Close.
When you're ready to return, double-click the .rvt file to reopen the project in Revit.

Delete - I don't want to use this again

Remove all project files from your machine. This cannot be undone.

Close Revit if it is still open.
Navigate to the folder where you saved your .rvt project file.
Delete the .rvt file. Also delete any Revit backup files (.0001.rvt, .0002.rvt, etc.) in the same folder.
Navigate to the folder where you exported the PNG portfolio image and delete it.
Empty your Recycle Bin to permanently remove the files.

Nice Work!

You just modeled a complete retail storefront from scratch in Revit and produced a set of coordinated construction documents. That is exactly the BIM workflow employers expect to see in a portfolio.

You've learned how to:

Build a complete single-story retail model with parametric walls, a Storefront curtain wall system with glass doors, interior partitions, doors, and windows.
Generate coordinated construction views (floor plan, elevations, building section) with professional annotations including dimensions and door tags.
Create a door schedule and assemble a formatted sheet with placed views ready for export as construction documentation.
Secret Mission: Created a 3D camera rendering and exported it as a high-quality portfolio image.

Ready to quiz yourself?