AI Steel Framing Take-Off Software

I’m building an AI-driven tool that can read structural drawings and instantly produce a clean, reliable steel material take-off. The core workflow I have in mind is: • Import: User drops a PDF or native CAD file into the app (both Windows desktop and a lightweight browser version). • Parse: Your algorithm identifies every structural-steel member, sizes and lengths included, and groups them automatically by section. • Visualise: A basic 3-D isometric of the framing appears so the user can sanity-check the extraction before pressing “approve.” • Cost: Once approved, the software outputs two figures—estimated raw material cost and fabrication cost—calculated from editable rate tables. I don’t need connection bolts, finishes or other high-fidelity details right now; a clear structural outline is fine as long as quantities are accurate. Deliverables 1. Working prototype able to handle at least one sample PDF and DWG, running on Windows and through a browser. 2. Source code with clear instructions for local build/deploy. 3. Short user guide showing how to upload a drawing, review the model, and export the take-off with pricing. If you have experience combining computer-vision, CAD APIs, and cost-estimation logic, let’s talk about milestones and timelines.

Project ID: 40560415