Automated Plan Production in Civil 3D and Revit: Plan and Profile Sheets, Sections and Sheet Sets in Minutes

Civil 3D has solid plan production tools, and it's worth using them before thinking about building anything.

View frames. It splits the alignment into stretches that fit on a sheet, based on the chosen template and scale, and places match lines between them.

Plan and profile sheets. From the view frames, it creates sheets with a plan viewport and a profile viewport, using a drawing template with the title block.

Cross sections. It creates multiple section views along the alignment and lays them out on sheets according to a template.

Sheet sets. The Sheet Set Manager groups the sheets and lets you number and publish them together, with fields that fill the title block.

The native tools solve the geometry of the sheets. What's still manual is everything that turns them into a submittable drawing set:

• Title blocks with project data: start and end stations of each stretch, titles in the client's naming, sheet codes per the agency's standard.
• Overlapping labels on tight curves or crossings, moved by hand.
• Notes and references specific to each stretch: structures, crossings, section changes.
• Revisions: which sheets changed, with what description and on what date.
• Exporting the full set with the file naming the client requires.
• Regenerating everything when the alignment changes, without losing manual adjustments.

In Revit, each sheet is created by hand: pick the title block, drag in the views, align them, fill in the parameters. View templates help keep everything consistent, but building is still sheet by sheet.

On a building with 120 sheets — floor plans per level, sections, elevations, details, schedules — that's a lot of time, plus a risk of inconsistency: views in different positions on each sheet, gaps in numbering, title blocks with stale data.

What takes the most time in Revit:

• Creating dozens of sheets with their number and name.
• Placing each view in the same position on every sheet of the same type.
• Duplicating views per level with the right template.
• Filling and updating title block parameters.
• Printing or exporting the full set with correct file names.

The idea: the drawing set is described in a list, and the plugin builds it.

Step 1 · The sheet list. A table — in Excel or inside the program — with each sheet: number, title, type, which views it carries, stretch or level.

Step 2 · Generation. The plugin creates the missing sheets, places views in fixed positions by sheet type, and applies the right view templates.

Step 3 · Title block. It fills each sheet's data from the list and from the model: in Civil 3D, for example, the start and end stations of each stretch; in Revit, level, discipline and phase.

Step 4 · Labeling. It applies label styles and flags overlaps that need human review.

Step 5 · Revisions. It records which sheets changed since the last submittal and updates the revision table.

Step 6 · Export. It exports the full set to PDF and DWG with the client's file naming, in a single step. How that export works in Revit is in batch exporting PDF and DWG.

Schedule. Plan production stops being the bottleneck between finished design and submittal.

Consistency. Every sheet follows the same standard, whoever builds it. Comments about formatting and title blocks disappear.

Room to change late. A last-minute design change no longer threatens the deadline.

Engineering hours back to engineering. The time spent framing and filling title blocks goes back to design — which is what the client pays for.

Step 1 · Templates. One sheet template per type, with the firm's title block and styles. Without this, nothing automates well.

Step 2 · The standard sheet list. Which sheet types each project type needs, with their numbering.

Step 3 · Pilot. Generate the drawing set for a project you've already submitted and compare it with the one built by hand.

Step 4 · Use it on a real project. With a review of the first full set. From the second one on, it's routine.