HLD, LLD, coverage maps, compliance documentation, and as-built records for NTIA BEAD-funded broadband projects. We know what state broadband offices require — and we build engineering documentation that satisfies it. Certified MBE.
The Broadband Equity, Access, and Deployment (BEAD) program is the largest federal broadband infrastructure investment in U.S. history — $42.45 billion allocated through NTIA to state broadband offices and ultimately to subgrantees who will build last-mile networks in unserved and underserved communities. The engineering requirements attached to that funding are specific, and getting them wrong has real consequences.
BEAD subgrantees are required to deliver engineering documentation demonstrating that their proposed network will cover all unserved and underserved locations within their service area at minimum 100/20 Mbps. That documentation must include HLD network designs showing coverage, cost-per-location models structured to NTIA standards, address-level analysis using FCC BEAD challenge process data, and reporting formats that satisfy individual state broadband office requirements — which vary meaningfully from state to state.
Engineering must demonstrate coverage of every eligible location. Gaps in coverage documentation — missing addresses, service areas that don't match the challenge process data, or cost models that don't hold up to state program review — can trigger revision cycles that cost weeks. On the aggressive timelines that state BEAD programs are running in 2025 and 2026, weeks matter: subgrantee award timelines have built-in milestones tied to grant disbursements, and engineering delays propagate directly into construction delays.
Engineering capacity is the bottleneck: State programs are releasing subgrantee awards through 2025 and 2026. When awards drop simultaneously across multiple states, engineering firms that have BEAD-specific experience fill capacity quickly. Subgrantees that engage engineering before award announcements avoid the scramble — and start the design phase the day their award is confirmed.
Draftech's BEAD engineering scope covers every phase from pre-award preparation through project closeout. Our deliverables are built around what state broadband offices actually require — not a generic fiber design package repackaged as BEAD-compliant.
High-level designs meeting state BEAD office standards: network architecture showing full coverage of unserved/underserved locations, serving area boundaries, and fiber route corridors in both AutoCAD and ArcGIS formats.
Esri/ArcGIS-compatible coverage maps showing every address point to be served, with attribution for served, unserved, and underserved classification tied to current FCC BEAD fabric data.
Location-specific analysis using FCC BEAD challenge process data — address counts by census block and serving area, formatted for NTIA verification requirements.
Per-address cost documentation structured for state reporting: design, construction, equipment, and contingency broken out to satisfy subgrantee cost model requirements.
Full construction documentation once HLD is approved — pole-by-pole or conduit-by-conduit LLD, permit drawing sets, splice diagrams, and AutoCAD plan sheets for construction crews.
As-built records formatted for state broadband office reporting and federal closeout requirements — the final engineering deliverable that closes out the grant milestone.
Our fiber network design practice and our BEAD engineering practice are the same team — BEAD projects are fiber network design projects with additional compliance layers. For a full overview of the BEAD engineering requirements as they stand in 2026, including NTIA technical standards and common documentation pitfalls, see our detailed coverage on the blog. Our BEAD compliance checklist is a useful reference for subgrantees evaluating whether their engineering documentation is complete.
Draftech is currently supporting BEAD-related engineering across multiple states at various stages of the program cycle. State BEAD programs are at different phases — some are in active subgrantee award and design phases, others are completing challenge process work or finalizing initial program design. Here are the states where we are currently engaged or have recent project experience:
High rural density of unserved locations, active subgrantee program. ConnectMaine Authority leading implementation.
Small geographic footprint but significant unserved rural population concentrated in northern and western counties.
Complex terrain, telecommunications districts, and a mature state broadband program with specific GIS deliverable requirements.
Large unserved population share; one of the highest BEAD allocation states relative to population. Mountainous terrain drives complex aerial design.
Significant rural and tribal unserved locations, particularly in the Lowcountry and Pee Dee regions. Active subgrantee program.
Sparse population across large geographic area, long-haul feeder runs, and strong electric cooperative infrastructure as pole host.
Tribal lands represent significant BEAD-eligible territory. State program accounts for both unserved rural and tribal community design requirements.
Largest geographic challenge in the program — massive unserved territories, low address density, and dramatic elevation changes affecting aerial design.
Significant rural agricultural and forested territory; multiple electric cooperatives as infrastructure partners for aerial deployment.
High elevation, extreme weather load requirements for aerial plant, and very low address density across large unserved areas.
Large tribal and Hispanic rural community BEAD eligibility; significant unserved population across desert and mountain terrain.
We are available for BEAD engagements across all 48 continental states. Contact us to discuss your state's program timeline and current capacity.
An experienced OSP fiber design firm that has never worked on a BEAD project will get things wrong on their first one — not because they can't design fiber, but because BEAD adds a compliance layer that is genuinely different from what standard ISP or cooperative deployments require. Subgrantees who don't account for this find out late, when revisions eat into milestone schedules.
The key differences that BEAD adds to standard OSP engineering:
For a deeper look at the specific documentation requirements that BEAD subgrantees need to satisfy, see our post on BEAD HLD requirements for subgrantees.
BEAD subgrantees consistently underestimate how long engineering takes. The timelines below reflect real project experience — not optimistic estimates. Planning to these numbers avoids the schedule compression that comes from underestimating design time.
| Phase | Typical Duration | Key Dependencies |
|---|---|---|
| Pre-Award Preparation Address analysis, preliminary route planning, state program documentation review |
3–6 weeks | FCC challenge process data; state broadband office program guidance |
| Field Survey & Strand Mapping GPS strand mapping, pole inventory, route walkout |
2–6 weeks | Access agreements; terrain and seasonality; route mileage |
| HLD (High-Level Design) Network architecture, splitter placement, coverage maps, cost-per-location modeling |
6–10 weeks | Field survey completion; address data finalized; state program format requirements |
| State Program Review & Revision Submission to state broadband office; response to reviewer comments |
3–8 weeks | State program review cycle; extent of revision requests |
| LLD & Construction Packages Pole-by-pole design, permit drawings, splice diagrams, full construction documentation |
10–18 weeks | HLD approval; permit submission timelines; ROW coordination |
| As-Built Documentation As-built records, GIS update, final reporting package |
4–8 weeks post-construction | Construction completion; contractor-supplied field records |
The total timeline from field survey through LLD and construction package delivery typically runs 20–36 weeks depending on project scale, terrain, permitting complexity, and state program review cycles. Subgrantees working against grant milestone schedules need to account for this full duration — not just the design phases they can directly control.
The recommendation that comes out of this consistently: engage engineering before your subgrantee award announcement. The firms that win awards and immediately have an engineering team ready to execute are in a fundamentally different position than those who start searching for engineering capacity post-award. Capacity constraints are real, and BEAD-experienced firms are the most constrained.
Total HLD timeline: Typical BEAD subgrantee HLD — from field survey through submitted design — runs 8–16 weeks. LLD and construction packages add another 10–18 weeks. That's a 20–34 week engineering runway before construction can start at scale. Plan accordingly, or watch your grant milestones slide.
Core BEAD engineering deliverables across NTIA guidelines include: a high-level design showing coverage of all unserved and underserved locations at minimum 100/20 Mbps; address-level coverage maps in GIS-compatible formats keyed to FCC BEAD challenge process data; unserved and underserved location counts by census block; cost-per-location modeling broken out by construction, equipment, design, and contingency; and evidence that the proposed network meets NTIA technical specifications. Many states add their own requirements on top — specific GIS file formats, additional documentation layers, or particular cost model structures. We've navigated this across multiple states and know what program administrators look for in their reviews.
Draftech International is a certified Minority Business Enterprise (MBE). For BEAD subgrantees, working with MBE-certified contractors can support diversity, equity, and inclusion commitments that NTIA and state broadband offices encourage in program administration. Some state BEAD programs have explicit equity criteria or scoring factors that reward subgrantees demonstrating engagement of minority-owned firms in their project teams. Beyond the certification itself, our MBE status reflects a genuine perspective on rural and underserved community broadband — the communities that BEAD is designed to serve have historically been overlooked, and we take that context seriously in the work.
We are currently active on BEAD-related engineering projects in Maine, New Hampshire, Vermont, West Virginia, South Carolina, North Dakota, South Dakota, Montana, Idaho, Wyoming, New Mexico, and additional states. Our geographic coverage for OSP fiber design spans all 48 continental states. State-specific BEAD program timelines vary — some states are in active subgrantee award phases, others are still completing challenge process work or finalizing program design. Contact us to discuss availability and current capacity for your specific state and project timeline.
Yes. The BEAD challenge process determines which addresses qualify as unserved or underserved and are therefore eligible for BEAD-funded deployment. Incorrect or missing challenge process data can affect a subgrantee's eligible location count and therefore their project scope and grant funding. We assist subgrantees with unserved/underserved location analysis using current FCC BEAD fabric data, review of challenge responses affecting their service territory, and documentation of location counts for HLD purposes. We design networks around the challenge process outcome — understanding which addresses are in and out of scope directly affects the architecture and cost-per-location modeling.
As early as possible — ideally before your state's subgrantee award announcement. Engineering capacity in the rural broadband market is limited, and BEAD-experienced firms fill up quickly once award announcements trigger simultaneous project starts across multiple states. Subgrantees that engage engineering before the award can begin address analysis, preliminary route planning, and state program documentation review immediately after award — rather than spending 4–8 weeks finding and onboarding a firm while milestone clocks are running. Grant disbursement timelines tied to engineering milestones are not flexible. Late engineering submissions have real financial consequences. The right time to engage is now, not after the award announcement.
ARE YOU A BEAD DESIGN FIRM?
This page describes the service we deliver to clients. If you provide OSP fiber design, GIS mapping, or BEAD documentation production and are looking for a consistent subcontract pipeline, we have ongoing capacity needs across multiple BEAD-active states.
Whether your state's BEAD award is imminent or you're still in pre-award planning, now is the time to get engineering aligned. We work with ISPs, electric cooperatives, municipalities, and tribal broadband programs across all 48 continental states. Certified MBE.
Contact Our BEAD Engineering TeamOr email us directly at info@draftech.com — we reply within one business day.
SERVICE AREAS
Active in all 48 continental states — including our highest-volume BEAD markets:
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