A code-checked mezzanine, before the engineer

Industrial mezzanines are how warehouses buy floor space without buying more building — a second, sometimes third level of usable area bolted into the empty air above the slab. It's a ~$15 billion global market growing toward $24 billion by 2030, with steel platforms making up roughly two-thirds of it and warehousing and distribution the largest use by far. But unlike a rack, a mezzanine is an occupiable structure: it carries people and load, so almost every project is gated by building code and a professional-engineer stamp — which is exactly what makes it slow to quote.

A manufacturer of freestanding and rack-supported steel mezzanine systems — columns, girders, joists, decking, stairs, and guardrail — selling through distributors, material-handling integrators, and direct to warehouse operators. Their catalog isn't a list of SKUs so much as a design space: any footprint, any clear height, dozens of load cases and deck types, all constrained by what the steel can carry and what the code will allow.

The client has asked to remain anonymous, so identifying details are omitted here.

Every mezzanine quote began the same expensive way: with a structural engineer. A customer would send a rough footprint and a use — “about 100 by 50, storage, under the existing roof” — and someone had to turn that into sized members, a load path, an egress plan, and a code check before a single number could go out. A load figure was missing, or the building's clear height wouldn't leave seven feet under the deck, or the layout needed a second stair for egress that nobody had budgeted. Each gap meant another round-trip, and the whole thing sat in an engineering queue for a week or more.

The slowest, most expensive step in the sale was the one that happened before a price could even exist.

A visual configurator that designs a mezzanine the way the engineer would — from the room inward, load-aware, and code-checked at every step:

• Start from the room, not the catalog: enter the building's clear height, the platform footprint, the use, and the live load, and a plan, section, and orbitable 3D model redraw as you go.
• A real structural engine sizes every member. Joists, girders, and columns are picked from AISC W-shape and HSS tables against LRFD load combinations, with a base plate sized for the slab bearing.
• Life-safety and code, checked live: IBC egress and occupant load, travel distance, stair rise and run, guardrail height, the one-third area ratio, and seismic base shear per the site's SDC — green, amber, or red at every step.
• A full bill of materials with part numbers and steel tonnage, priced with finish, freight, erection, and the PE stamp folded in, plus a shareable link that reopens the exact configuration.

At the end, the buyer has a dimensioned plan and section, an orbitable 3D model of their exact platform, a full bill of materials with steel weight, and a budget — and submits it as a complete specification. The manufacturer's team receives a request whose steel is already sized and whose code checks already pass, so the work that used to start the quote is finished before the quote begins.