ArchiTechAI structural design
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AI design assistant for AEC

From a vague idea to a code-compliant structural drawing.

ArchiTech interviews junior building designers about a structural component, fills every gap with sensible national-standard defaults, and writes a drawing-ready prompt.

See how it works Request early access
Columns · Beams · Slabs · Walls · Foundations
Why it exists

Junior designers know what they want. They don't yet know everything a drawing needs.

A real structural drawing is only useful when it is complete and code-compliant. The gap between an idea and a buildable spec is exactly where mistakes and rework happen.

01 / ISSUE

Vague inputs

Descriptions arrive in plain language, with the dimensions, strength grades and reinforcement left unsaid.

02 / ISSUE

Standards are unforgiving

Cover thickness, stirrup spacing and concrete grade all have to satisfy the code. Missing one makes the drawing unusable.

03 / ISSUE

Slow feedback loops

Getting a drawing reviewed, corrected and re-issued costs days a junior designer can't spare on every component.

How it works

Three steps from description to a drawing-ready prompt.

ArchiTech runs the interview a senior engineer would, then hands you a prompt you paste into Claude Design to produce the actual drawing.

STEP 01

Describe the component

Say what you want in everyday language — the type of member and anything you already know about it.

STEP 02

Answer a short interview

ArchiTech asks only for the parameters a compliant drawing needs, and fills anything you skip with sensible national-standard defaults.

STEP 03

Generate the drawing

You get a clean, drawing-ready prompt, ready to copy into Claude Design and turn into the actual sheet.

What it captures

Every parameter a compliant drawing needs — nothing left to guess.

The interview is built around the fields that actually appear on a reinforced-concrete detail, so the output is complete by construction.

01
Section dimensions

The width and depth of the member's cross-section.

02
Concrete strength grade

The specified compressive strength class of the concrete.

03
Longitudinal reinforcement

The main bars carrying axial load and bending demand.

04
Stirrups & ties

Transverse reinforcement and its spacing along the member.

05
Concrete cover

The protective thickness of concrete over the reinforcement.

06
Component type

Column, beam, slab, load-bearing wall or foundation.

Early access

Bring a senior engineer's checklist to every drawing.

ArchiTech is in active development for building-design teams. Tell us about your work and we'll get you into the early program.