Schedule accountability, QA oversight, contractor coordination, and as-built accuracy — the engineering layer that keeps your fiber build on budget, on time, and ready for BEAD closeout. We've managed construction across 22 active states and can deploy across all 50 U.S. states.
The plan looked solid. The OSP engineering services were done, the construction-ready deliverables were in hand, and the contractor said the timeline was 187 days. Then the crews hit the field, and things started drifting. One contractor ran 3.2 miles of aerial strand without a pre-sag OTDR. Another buried conduit at 14 inches where the design called for 36. Nobody caught it until the as-built review — and by then, the work was covered up, the concrete was poured, and fixing it meant a $200,000+ rework cost that the project owner hadn't budgeted for.
That's not a contractor problem. That's a construction management problem. Fiber builds without dedicated QA oversight don't fail catastrophically all at once — they fail incrementally, in dozens of small decisions that each seem minor at the time. The contractor skips a splice loss re-check because they're running behind. A directional drilling crew adjusts the bore path without documenting the deviation. A splicing sub uses a fusion splicer with a dirty V-groove and calls it good at 0.31 dB because it's "close enough." None of those things are visible from the project office. They're visible in the field, in the moment — but only if someone's looking.
BEAD-funded builds add another dimension entirely. Subgrantees aren't just accountable to themselves — they're accountable to state broadband offices that are themselves accountable to NTIA. Rejected closeout documentation on a BEAD project can trigger reimbursement clawbacks. We've seen projects lose six months waiting for a state to accept revised as-builts because the original photo documentation didn't match the permit drawings, or because the splice records were missing GPS coordinates. The gap between "we built the network" and "we can prove we built the network to spec" is exactly where construction management lives.
Fiber construction management runs from pre-construction scope review through final as-built acceptance. Every phase has specific deliverables — not just oversight activities, but documented outputs that protect the project owner and support closeout.
Before crews mobilize, we review the construction-ready deliverables — route design, permit drawings, pole loading analysis, utility coordination clearances — against current field conditions. Route deviations, utility conflicts, and permit gaps surface here, not mid-construction. We also review the contractor's submittal package: splice loss acceptance criteria, burial depth specs, conduit system details, and bonding/grounding design. If there's a conflict between the permit drawing and the contractor's plan, we want to know before day one.
We manage the general contractor and all specialty subs — splicing crews, directional drilling contractors, overhead lashing teams — against the project schedule. Weekly coordination calls, milestone tracking, look-ahead scheduling for the next 14 days. When a drilling contractor hits a conflict at station 47+22 on a Wednesday afternoon, we're the ones who call the engineer, document the deviation, update the schedule, and get the revised bore path approved before Thursday morning's crew mobilization. That's not glamorous work, but it's what keeps a 187-day project from becoming a 9-month project.
Our field QA team performs structured inspections at every phase of construction — not just random spot checks. Aerial plant gets lashing tension verification, clearance measurement at crossings, tie spacing confirmation, and pre-sag OTDR on every span before the splicers arrive. Underground gets burial depth verification at required intervals, conduit sweep radius checks at every bend, and mandrel testing before cable pull. Every splice point gets bi-directional OTDR testing with results recorded by strand, GPS location, and date. We don't sign off on work that doesn't meet spec — that means re-pulls, re-splices, and re-burial when the field result doesn't match the acceptance criteria.
Every change order gets documented before the work happens. Field condition that triggered it: photo, GPS coordinate, description. Scope of revised work: materials, labor, equipment. Pricing against contract unit rates. Written approval from project owner before crews proceed. On BEAD builds, this isn't optional — it's the difference between a grant that closes cleanly and one that triggers an audit finding. We maintain a change order log that's audit-ready from day one, not assembled retroactively at closeout.
The final as-built documentation package covers everything: GPS-located strand mapping with fiber counts and splice point coordinates, bi-directional OTDR records for every strand, burial depth and conduit fill documentation, permit sign-offs and easement records, photo documentation of all infrastructure, and a complete change order log. For BEAD subgrantees, we format the closeout package to match the state broadband office's submission requirements — because a complete package in the wrong format still gets rejected.
The scope of construction management varies by project size, contractor arrangement, and funding source — but here's what's typically included when we're managing a fiber build from groundbreak through closeout:
That's the full scope. Some clients engage us for a subset — QA/QC field oversight only, or closeout documentation only, when they have internal staff handling schedule management. We can work either way.
The reason QA/QC matters isn't just project compliance — it's that fiber plant defects are almost always cheaper to fix during construction than after. A splice that tests at 0.31 dB during construction is a two-hour re-splice. The same splice, discovered during acceptance testing 90 days later, means locating the closure in the field, mobilizing a splicing crew, breaking the joint, re-splicing, re-sealing, and retesting — probably $1,340/mile equivalent in mobilization alone, before you touch the actual splice work.
We apply a 0.2 dB maximum splice loss threshold on single-mode plant — and we flag anything above 0.1 dB for a second look before the joint is closed. Bi-directional OTDR testing catches directional anomalies that uni-directional testing misses. Every test record includes the fiber ID, splice point GPS coordinates, test equipment serial number, test date, and both directional results. That's what goes into the as-built package, and that's what a BEAD state administrator can verify against the network map.
Most fiber builds don't have one contractor. They have a general contractor who holds the prime contract, plus specialty subs for directional drilling, aerial lashing, splicing, and sometimes restoration. That layered contractor structure is where schedule delays and quality gaps live — and it's where dedicated construction management earns its fee.
The general contractor is accountable for the overall schedule and the work of their subs — in theory. In practice, a GC managing four specialty subs on a 40-mile BEAD build has a coordination problem that can't be solved with weekly calls. The drilling crew finishes a bore but doesn't clean the conduit before moving on, and the cable pull crew shows up to a conduit full of water and drilling mud. The splicing crew arrives on schedule but the aerial lashing isn't done, so they stand by for three days at $87/hr per person. The overhead lashing crew pulls strand past 43 poles that the make-ready contractor hasn't finished yet — because nobody confirmed make-ready completion before scheduling the lashing crew.
We manage these interfaces. That means:
| Factor | Managed Build | Unmanaged Build |
|---|---|---|
| Timeline to completion | Tracks within 10–15% of baseline schedule | Commonly 30–60% over baseline; some projects double the original timeline |
| Change order rate | Documented in real-time; typically 8–14% of contract value | Undocumented verbal changes; 20–35% of contract value, often disputed |
| BEAD documentation compliance | Closeout package accepted first submission in most cases | Frequent resubmissions; 6-month delays on average for incomplete packages |
| Rework rate | Defects caught during construction; rework rate under 3% | Post-acceptance rework runs 8–18% of construction cost on poorly managed builds |
| Final as-built accuracy | GPS-verified, field-confirmed, matched to permit drawings | Often "office as-builts" — design file with minimal field verification |
BEAD grant closeout documentation isn't a single deliverable. It's a package — and the specific requirements vary by state broadband office, but the core components are consistent across programs. Here's what you're assembling, and why each piece matters:
Matching as-builts. The as-built fiber plant must correspond to the funded service area shown in the BEAD application. GPS-located strand maps with fiber counts, splice point locations, and infrastructure photos that can be verified against a base map. State administrators are comparing your as-built to your grant application — and to the FCC Fabric addresses you're claiming as served. If the strand doesn't reach the address, the address doesn't count.
OTDR testing records. Bi-directional test results for every strand in the network, linked to specific splice points and GPS locations. These records prove the network performs to spec — not just that it was physically installed. Some state offices want the raw OTDR trace files, not just the summary table. We collect and retain both.
Permit sign-offs. ROW permits, highway permits, railroad crossing permits, environmental permits — each one needs a signed acceptance from the issuing authority. Some municipalities issue construction completion certificates. Some DOTs require a final inspection before signing off. We track all open permits through to signed acceptance, and we maintain a permit status log throughout construction so nothing gets lost at closeout.
Photo documentation. Installation photos at regular intervals showing burial depth, conduit placement, aerial attachment, vault installation, and bonding/grounding. Some state offices specify minimum photo frequency — one image per 500 feet of underground, for example. We use GPS-tagged field photography throughout construction so that every photo has a provable location.
Change order log. A complete, auditable record of every scope change — approved and rejected. Field-initiated changes with documentation of the triggering condition, the approved scope revision, and the pricing. This is what gets scrutinized if a project ends up over budget against the grant award.
See our detailed guide on fiber as-built documentation for BEAD grant closeout for a full walkthrough of state-specific requirements and common rejection reasons. And our breakdown of BEAD engineering requirements for 2026 covers the upstream engineering deliverables that construction management builds on.
On construction management fees: A common objection is that dedicated construction management adds cost to an already tight project budget. What that calculation misses is the cost of the alternative — rework that wasn't caught during construction, change orders that weren't documented and can't be reimbursed, and BEAD closeout delays that defer grant payment by 6–12 months. On a $4M fiber build, rework at 12% is $480,000. Closeout delays cost carrying costs on construction financing. Construction management fees are typically 3–7% of construction cost. The math isn't close.
FREE FIRST PROJECT
Active in 22 states. First 20,000 LF project free — no commitment. Available across all 50 U.S. states for fiber construction management and BEAD closeout support.
Start Free Project →Fiber construction management covers the full span from pre-construction scope review through grant closeout. That means reviewing construction-ready deliverables against field conditions before crews mobilize, coordinating general contractors and specialty subs, managing the schedule against contractual milestones, conducting QA/QC inspections in the field, processing change orders with documentation that holds up to audit, and assembling the as-built package — OTDR test records, splice loss reports, GPS-located strand mapping, photo documentation, permit sign-offs — that BEAD administrators and utility owners require. It's not just supervision. It's engineering accountability from groundbreak to closeout.
Every change order gets documented before the work happens, not after. We capture the field condition that triggered it — a utility conflict, an unmarked conduit, a route deviation — with photos and GPS coordinates. We scope the revised work, price it against the contract unit rates, and get written approval from the project owner before crews proceed. On BEAD-funded builds, this is especially critical: undocumented change orders are exactly what triggers grant audit findings. We've seen projects lose $200,000+ in grant reimbursement over change orders that were verbal agreements with no paper trail. We don't do verbal change orders. Ever.
Aerial and underground QA have different focus areas. On aerial plant, we're checking lashing tension, sag and clearance at every crossing, tie spacing, bonding and grounding, and pre-sag OTDR on every span before splicing. Underground gets conduit fill verification, burial depth checks at required intervals, sweep radius compliance at every bend, and mandrel testing before cable pull. Both require OTDR testing at every splice point — we apply a maximum 0.2 dB splice loss threshold on single-mode plant and flag anything above 0.1 dB for re-inspection before the joint is closed. A splice at 6.2 dB cumulative across a 12-mile span is a warranty claim waiting to happen.
Engineering design — field survey, route design, permit drawings, pole loading analysis, utility coordination, construction-ready deliverables — produces the package that tells contractors what to build and where. Construction management is what happens after that package hits the field. It's verifying that what's being built matches the design, catching deviations before they become expensive, managing the contractors who are actually doing the work, and producing the documentation that closes out the project. You need both. A complete engineering package with no construction oversight will still produce an as-built that doesn't match reality — and that's the one that gets rejected at BEAD closeout.
Yes — and construction management is arguably more critical on BEAD builds than on commercial ISP projects. BEAD subgrantees are accountable to state broadband offices for documentation proving the funded network was built as proposed. That means matching as-builts, tested fiber records, photo documentation of infrastructure, permit sign-offs, and a complete change order log. State administrators have already flagged projects for missing or incomplete closeout documentation, and the resulting reimbursement delays have averaged 6 months or more. We structure the construction management scope around what the closeout package requires, not the other way around. Read more in our guide on BEAD engineering requirements for 2026.
Yes. Our field QA teams carry OTDR equipment and conduct bi-directional testing at every splice point during construction — not just at project completion. We document event loss, reflectance, and total end-to-end attenuation per fiber strand. Splice loss results go into the as-built package with strand ID, GPS location, and test date. On BEAD projects, these records are part of the closeout documentation. We don't accept a splice above 0.2 dB without a re-pull or re-splice — 6.2 dB of cumulative splice loss across a 12-mile span is the kind of thing that shows up as a warranty claim 18 months after completion when a customer complains about intermittent service.
Draftech is active in 22 states and available to deploy across all 50 U.S. states for fiber construction management services. We've managed construction in Florida, Texas, Georgia, North Carolina, Virginia, Ohio, Pennsylvania, and across the Southeast and Midwest BEAD deployment corridor. We can staff field QA teams regionally for projects in states where we don't have a permanent office — we've done it in 14 states over the past three years. If your project is in a state we haven't mentioned, call us. Chances are we've worked in that market or have a partner crew who has.
We manage the interfaces — the handoffs between the general contractor and the directional drilling sub, between the drilling sub and the cable pull crew, between aerial lashing and splicing. That means confirming work completion before the next crew mobilizes (conduit tested and clear before cable pull; make-ready done before lashing starts), maintaining daily communication with each sub's crew lead — not just the GC — and documenting every handoff condition. When a specialty crew shows up to work that isn't ready, we find out before they're standing by at $87/hr per person for three days. We also manage the sequencing across multiple contractors on the same corridor — power make-ready has to finish before telecom make-ready, and telecom make-ready has to finish before aerial lashing. Getting that sequence wrong by even a few days costs real money.
ARE YOU A FIBER CONSTRUCTION MANAGEMENT FIRM?
This page describes the service we deliver to clients. If you provide field QA oversight, as-built documentation, or BEAD closeout support and are looking for a consistent subcontract pipeline, we have ongoing capacity needs in this discipline across multiple active states.
Tell us your route miles, approximate construction timeline, funding source, and the contractors already engaged. We'll scope the construction management engagement and tell you what it covers. We've managed fiber builds from 3-mile rural BEAD deployments to 200-mile multi-county ISP expansions — active in 22 states, available across all 50 U.S. states.
Contact Our Construction Management TeamEmail directly: info@draftech.com — we reply within one business day. | First 20,000 LF free — no commitment →
SERVICE AREAS
Active in 22 states and deployable across all 50 U.S. states — including our highest-volume BEAD construction markets:
View all service areas →Draftech International provides fiber construction management services across all 50 U.S. states — from small regional ISPs to Tier-1 carriers and BEAD-funded subgrantees. Contact our engineering team to discuss your project. | Make-ready cost per pole breakdown → | Permitting services →