From Idea to Installation: How a Custom Project Runs

A made-to-measure structural project runs in six stages: brief, site and load review, engineered drawings, client sign-off, fabrication, and field installation. At Wireless Structures Consulting we treat each stage as a gate, not a checkbox. Nothing moves forward until the drawings, the calculations, and the site conditions agree.

What happens in the first conversation?

The first call is a scoping call. We ask what you're mounting, where, on what, and under which jurisdiction's code. We ask about wind zone, ice loading, existing pole class, and any utility conflicts you already know about. If you don't know some of these yet, that's fine. Bring what you have.

The point of this call isn't to price the job. It's to figure out whether the job as described is buildable, permit-able, and worth engineering. A short honest call at the start saves weeks later. For a longer prep checklist, see our guide on how to prepare for a measurement visit.

Most clients ask first about cost. That's the wrong first question. Ask about the failure mode: what happens if the load case is wrong, and who signs off on catching it.

How do we move from a sketch to engineered drawings?

Once the scope is agreed, the work shifts to our structural engineers and CAD team. They pull the site data, run the load calculations, and produce installation drawings that a Professional Engineer, licensed in the applicable state, stamps and certifies. That stamp isn't decoration. It's what your jurisdiction will read.

Here's a typical scenario. A carrier comes in sure the existing pole will carry a new small-cell radio. The calc says otherwise. The wind load with the new shroud pushes the pole one class beyond its rating, and now the conversation is about reinforcement or replacement instead of a simple mount. That's the value of running the numbers before the crew rolls.

We'll usually issue drawings in two rounds:

1. A preliminary set for your review, showing the mounting concept, dimensions, and any assumptions we made about site conditions.
2. A stamped final set once you've confirmed the assumptions hold and any redlines are folded in.
3. A revision set if the site walk turns up something the desk review couldn't see.
4. A fabrication release, which is the version the shop actually builds from.
5. An as-built markup after install, if field conditions required a change.

Every revision is logged. If a permit reviewer asks why a bracket changed between round two and round three, we can show them.

What does fabrication and installation actually look like?

Fabrication happens in-house across our manufacturing footprint in Salem. Welders, fabricators, and quality control inspectors work from the released drawings, and nothing ships without a QC sign-off against the stamped set. Logistics coordinates delivery to the site or to your staging yard, depending on what the install crew needs.

Installation is usually handled by your crew or a contractor you've selected, working from the same drawing package. We stay reachable during the install window for RFIs. If the field finds something unexpected, a buried conduit, an off-spec anchor bolt pattern, a pole that measured differently than the utility record showed, we want the call before the crew improvises.

For a broader view of what to think through before you even start, our post on planning a made-to-measure project walks through the questions worth asking early.

Why do projects slip, and how do we prevent it?

Projects slip for three reasons: incomplete site data at the brief stage, late scope changes, and permit review cycles. We can control the first two together with you. The third depends on the jurisdiction. Utility pole loading analysis and small-cell attachments follow standards the industry has settled on over decades, and staying inside those standards is what keeps review times predictable [1][2].

Try this: at the scoping call, ask us what would cause this job to be re-engineered mid-flight. If we can name the three most likely triggers, you know what to watch for. If we can't, keep asking.

FAQ

How long does a made-to-measure project take end to end?

It depends on scope and permitting, but the engineering phase typically runs faster than clients expect and the permit phase runs slower. A clean brief with confirmed site data is the single biggest lever on total timeline. Vague briefs get re-drawn, and re-drawn work extends every downstream stage.

Do we need our own engineer on the client side?

Not usually. Our stamped drawings are prepared by a Professional Engineer licensed in the applicable state, which is what most jurisdictions require. If your organization has an internal review process, we'll work to their format and answer their RFIs directly.

Can changes be made after fabrication starts?

Yes, but they cost time and material. Changes before the fabrication release are cheap. Changes after it mean re-cutting, re-welding, and re-inspecting. That's why we build in a clear release gate: once you approve, the shop builds.

Who handles the actual field install?

Your crew or a contractor of your choice, typically. Wireless Structures Consulting focuses on the engineering and fabrication side and stays available for field questions during install. If the crew hits something the drawings didn't predict, we want that call in real time.

Related reading

• Before the Measurement Visit: How to Prepare