Architecture / Residential & Commercial Projects
An architecture firm specializing in custom residential and commercial spaces was receiving an increasing number of client-submitted floorplans. These came in all formats — scanned sketches, PDFs, screenshots — and interpreting them accurately was a time-consuming first step in any project.
The team wanted a way to reduce the manual effort involved in understanding and organizing these layouts, so they could focus more on design and less on decoding floorplans.
Every incoming floorplan had to be reviewed by hand. Designers needed to identify walls, openings, and room layouts before the drawing could be used in their tools. With demand growing, this manual review process was becoming a bottleneck:
Some floorplans were unclear or messy, requiring back-and-forth with the client.
Others were detailed but not structured in a way the team could use directly.
The intake team spent a significant amount of time just getting each floorplan ready for real work.
We worked with the firm to introduce an AI-powered system that could automatically recognize layout elements from submitted floorplans.
The tool scans the image, identifies walls and spaces, and turns that into a clean, editable layout — which the team can then refine and work from.
The solution was also paired with simple post-processing rules that helped eliminate noise and improved the quality of the layouts being handed off internally.
With the new system in place, the firm reduced the time it takes to process each floorplan by 10% — saving hours every week.
Instead of starting from scratch, the design team begins with a pre-parsed layout, speeding up the early stages of client work and allowing them to focus on what they do best: designing thoughtful, beautiful spaces.
By automating the interpretation of client-submitted floorplans, the firm unlocked a faster, more scalable intake process. It’s a great example of how AI can support — not replace — the human design process, giving architects more time to create and less time spent deciphering.
