Services

The core of the practice. We produce constructible overhead and underground distribution designs against your standards — from a single service drop to a multi-mile feeder rebuild — with the field conditions verified before a line ever gets drawn.

Every package leaves with a bill of material, a construction sequence and the clearances already checked. Where the scope requires a seal, the package is signed and sealed by a Florida-licensed professional engineer of record.

Structural analysis of existing and proposed poles under NESC Grade B and Grade C loading, including Florida's extreme wind districts. We model the real structure — not a nameplate assumption — from field-measured attachment heights, span data and equipment.

Where a pole fails, we say why, and we give you the least-cost path back to passing: rearrangement, guying, a taller class, or replacement.

Broadband is going up on poles faster than most systems can process the paperwork. We work both sides of that queue — reviewing applications for pole owners and preparing them for attachers — so permits move without either party losing control of the asset.

Includes reconciling what the records claim against what the field actually carries, which is usually where the money is.

Bad field data is the most expensive thing on a distribution project, because everything downstream inherits it. Our technicians collect to a defined attribute schema, photograph every structure, and hand the designer a record that does not need a second trip.

Collection feeds straight into GIS and the design environment — no re-keying, no spreadsheet in the middle.

Florida keeps putting more of its distribution underground, and the design problem is rarely the cable — it is the congestion. Existing utilities, drainage, water and sewer, and the trees the municipality will not let you touch.

We design routes that survive the subsurface investigation, with structures sized for the pulling tensions and equipment placed where a truck can actually reach it.

Lighting design that meets the illuminance criteria on paper and the community's expectations on the street. We run the photometrics, size the circuits and document the inventory so the billing matches what is actually installed.

Includes coastal and sea-turtle-sensitive applications where fixture selection and shielding are regulated.

Florida utilities file and defend multi-year hardening programs, and the engineering has to hold up to regulatory review as well as to a Category 4. We design to extreme wind loading criteria and document the basis so program reporting is defensible.

Hardening decisions get evaluated against outage history and critical-load exposure, not just pole age.

When a named storm enters the cone, the engineering question changes from "what is optimal" to "what restores service tonight." We staff assessment teams, feed damage data back to the restoration organization in a usable form, and turn emergency designs around in hours.

Best set up in advance under a master service agreement or mutual-aid arrangement — call before the season, not during it.

A finished design that cannot be permitted is not finished. We handle the land and agency side in parallel with the engineering, so the approvals land when the drawings do.

Florida means a lot of jurisdictions: FDOT districts, counties, cities, water management districts, railroads and the occasional homeowners association with opinions.

For clients running blanket programs rather than one-off jobs, we take the whole queue: intake, prioritization, design production, permitting, release to construction and closeout — reported at whatever cadence your organization runs on.

Where a program requires sealed engineering, a named Florida professional engineer of record is assigned and stays with it start to finish.