Engineers should design structures.
Not operate software.
Bring 150 to 200 hours of manual
structural design down to under 5. That is one structure only.
Calculate
it for your project.
Parameters in, engineering package out.
Design automation for heavy steel structures.
You describe the structure once, in the terms your engineers already use, whether it's a conveyor gallery, a transfer tower, or any repetitive steel structure.
From there, DTJ automates the entire loop, all inside the software your team already runs, as long as it can be driven through an API.
Instead of modelling the structure member by member, you define the parameters for the geometry, the operating rules and the site. Type the location and snow, wind and thermal come back from the national annex of that country.
Adjust a gallery span or a tower height and the rest follows, the sections, the load combinations and the code checks. A client change stops being a disaster.
Zero manual geometry setup, load distribution, or node mapping. The engine takes your design rules and drives your existing structural software through its own API, on the licences your office already holds.
We build the automation around the tools your office already trusts. SAP2000 and AutoCAD run in production today, and anything else with a programmable API is one new driver, not a rebuilt product.
The engine closes the whole analysis and drawing loop inside your own software, compliant with EN 1990, EN 1991 and EN 1993.
The analysis model, the calculation report, the general arrangement and detail drawings, the foundation reactions and the bill of material. All of it is generated from a single run, so the drawings match the calculations without anything being retyped.
A late project revision is one rerun, and the whole package updates with it. Every load action and every partial factor links to the Eurocode clause it came from, so any number in the report can be checked back to its source.
DTJ standardises your expertise into consistent software execution. Every step remains transparent, leaving your licensed engineer with clear calculation reports for final sign off.
Which structure does your office repeat most?
Tell us which workflow takes the most time, and roughly how many hours it costs your team today. You get a straight answer on whether it is worth automating, from the engineer who would build it.