One installation task connects the drawing to the crew.
Better checks. Less review. Clear instructions. The equipment tag, the location and the approved revision travel together — from the first check to the foreman’s question on site.
Bring the project information together
Equipment drawings, approved layouts and verified site measurements establish the installation context.
Check the supported interfaces
AI extracts relevant dimensions and references. Numerical and geometric checks compare equipment requirements with the installation conditions.
Review the finding
The engineer sees the mismatch and its supporting sources, then approves the resolution.
Deliver the approved instruction
The assigned foreman retrieves the current detail by voice or text. New revisions flag affected tasks for review.
One connected workflowdrawing→evidence→approval→installation
The equipment tag, location and approved revision stay connected throughout the job.
Before the equipment arrives, and while it goes in.
The check runs when a manufacturer drawing, a revision or a substitution comes in for a task. Findings carry their sources, so the engineer reviews the mismatch rather than hunting for it.
Once the engineer approves a correction, the same task record is what the foreman asks about. There is no second copy of the instruction to drift out of date.
What Screwge is not
It is not an autonomous electrical designer, and it is not a general chatbot that answers every installation question. It performs supported checks on the documents it has been given, routes findings to the engineer, and returns approved information to the crew.
Starting point
Switchboard manufacturer-drawing revisions, replacements and equipment substitutions, with cable-entry alignment as the first supported check. Transformers and generators are future equipment categories.
Start with one revised switchboard package
Bring the current equipment drawing, the installation layout and a project engineer.