Draftech Engineering Team
600+
Engineers
44K+
Miles Designed
22
Active States
2.6M+
Addresses Engineered
Draftech's engineering team is built from the ground up for outside plant telecom — not a staffing agency, but a full-service OSP engineering firm with specialists across every phase of fiber deployment.
Minority Business Enterprise certified, qualifying clients for supplier diversity requirements on state and federal broadband programs including BEAD.
High-level design, low-level design, splitter placement, FDH/NAP sizing, and full passive optical network engineering from headend to drop terminal.
NESC-compliant pole loading calculations using O-Calc Pro and SPIDA Calc. ILA and make-ready engineering for Tier-1 utility and telco partners nationwide.
Right-of-way permitting, railroad crossing applications (BNSF, CSX, Norfolk Southern), municipal encroachment permits, and utility coordination across all 22 active states.
GPS-based strand mapping, aerial and underground plant assessment, utility locating, and field data collection using Fulcrum, Katapult, and mobile survey platforms.
Fiber network mapping, route design, and as-built production in AutoCAD, ArcGIS, QGIS, MicroStation, and IQGeo. GIS-standard as-built documentation for carrier acceptance.
Technical articles grounded in hands-on project experience — field-tested guides written by the engineers who do the work every day.
O-Calc Pro workflows, NESC Grade B/C analysis, and what actually gets rejected by utility owners.
Read: Pole Loading with O-Calc Pro →How GIS integration reduces fiber deployment costs through better route optimization and design data management.
Read: GIS Fiber Planning →Strategies to accelerate right-of-way permit approvals and prevent permitting delays from stalling fiber builds.
Read: ROW Permitting Delays →How field survey quality determines construction change order rates and what data collection processes prevent errors.
Read: Field Survey Data Accuracy →Splice point placement, slack storage, splice enclosure selection, and LLD deliverables that contractors can actually build from.
Read: FTTH LLD Splice Point Guide →BNSF, CSX, and Norfolk Southern application requirements compared — timelines, fees, and technical standards.
Read: Railroad Crossing Permits →The field process for aerial plant assessment — what data to collect, how to document it, and how it feeds design.
Read: Strand Mapping Process →What goes into a complete fiber construction package and the deliverables that move projects from engineering to build.
Read: Construction Package Guide →Subgrantee engineering compliance checklists and GIS as-built documentation standards states are actually enforcing.
Read: BEAD Compliance Checklist →Technical field guides from 600+ engineers across 22 states — covering every phase of outside plant fiber deployment.
Step-by-step O-Calc Pro workflow for NESC-compliant pole loading analysis on fiber attachment projects.
Read Article →How spatial data integration and GIS-first design workflows eliminate the routing decisions that inflate deployment budgets.
Read Article →Proven permitting process strategies from 22 states of ROW experience — with specific tactics for each bottleneck.
Read Article →The field data collection failures that generate change orders, and the QA processes that prevent them.
Read Article →Splice point placement criteria, slack storage rules, and LLD decision logic that keeps construction on track.
Read Article →The specific NESC violations that trigger utility rejection letters — and how to engineer around them from the start.
Read Article →Detailed comparison of application requirements, review timelines, and technical standards across the three major Class I railroads.
Read Article →How to structure aerial plant assessment programs to produce design-ready field data — not a pile of photos.
Read Article →Every document, drawing, and dataset that makes up a complete fiber construction package — and what happens when one is missing.
Read Article →OSHA compliance requirements specific to fiber optic construction — aerial, underground, and splice operations.
Read Article →The engineering documentation and process requirements BEAD subgrantees are being held to in the first wave of state programs.
Read Article →GIS attribute schemas, accuracy standards, and submission formats that pass carrier and BEAD program acceptance review.
Read Article →Questions about OSP design, pole loading analysis, permitting, or BEAD compliance? Our team is ready to scope your project.
info@draftech.com