remote

Outside Plant Engineer

Outside Plant Engineer position — see original posting for full details.

About the role

Develop comprehensive FTTH network designs, including feeder, distribution, and drop routes using GIS and CAD platforms.
Prepare high-level (HLD), low-level (LLD), and construction-ready engineering packages.
Perform fiber routing, cable sizing, splice planning, and optimization based on field conditions, cost, and constructability.
Create and maintain GIS-based design datasets using platforms such as ESRI ArcGIS or QGIS.
Draft construction drawings, plan & profile sheets, and detailed design exhibits using AutoCAD, Civil 3D, or equivalent CAD software.
Ensure accuracy between GIS source data and CAD deliverables through established QC workflows.
Conduct aerial route assessments, pole audits, and attachment feasibility evaluations.
Identify make-ready requirements for utility poles and related infrastructure.
Collaborate with utilities, contractors, and field teams to resolve conflicts and discrepancies.
Perform pole loading analysis using tools such as O-Calc Pro, SpidaCalc, or Katapult.
Assess pole capacity, clearance compliance, and NESC/GO95/utility-specific requirements.
Prepare and submit complete pole loading packages and justification reports.
Prepare and submit permit packages for aerial, underground, DOT, railroad, and municipal agencies.
Ensure compliance with local, state, and federal regulations, including NESC standards.
Respond to comments, revisions, or requests from permitting authorities.
Coordinate design and permitting activities with construction teams, project managers, field survey crews, and external engineering vendors.
Provide engineering support during construction to resolve field changes or design conflicts.
Participate in design review meetings and contribute to continuous process improvement.
Perform QA/QC reviews of internal and vendor deliverables.
Maintain accurate design records, engineering logs, markups, and as-built documentation.
Adhere to company engineering standards, templates, and workflows.
3+ years of experience in OSP fiber engineering, FTTH network design, or utility telecom engineering
Hands-on experience with proficiency in GIS software (ArcGIS, QGIS) and CAD platforms (AutoCAD, Civil 3D)
Strong competency in aerial engineering, including make-ready assessments and NESC compliance
Experience with pole loading analysis tools (O-Calc, SpidaCalc, Katapult, or similar)
Knowledge of FTTH architectures, fiber construction methods, and typical OSP materials
Understanding of permitting requirements (DOT, railroad, pole attachment, municipal)
Ability to interpret ROW plats, utility maps, construction drawings, and survey data
Strong attention to detail, organizational skills, and ability to manage multiple tasks in parallel
Excellent written and verbal communication skill

About the role

Develop comprehensive FTTH network designs, including feeder, distribution, and drop routes using GIS and CAD platforms.
Prepare high-level (HLD), low-level (LLD), and construction-ready engineering packages.
Perform fiber routing, cable sizing, splice planning, and optimization based on field conditions, cost, and constructability.
Create and maintain GIS-based design datasets using platforms such as ESRI ArcGIS or QGIS.
Draft construction drawings, plan & profile sheets, and detailed design exhibits using AutoCAD, Civil 3D, or equivalent CAD software.
Ensure accuracy between GIS source data and CAD deliverables through established QC workflows.
Conduct aerial route assessments, pole audits, and attachment feasibility evaluations.
Identify make-ready requirements for utility poles and related infrastructure.
Collaborate with utilities, contractors, and field teams to resolve conflicts and discrepancies.
Perform pole loading analysis using tools such as O-Calc Pro, SpidaCalc, or Katapult.
Assess pole capacity, clearance compliance, and NESC/GO95/utility-specific requirements.
Prepare and submit complete pole loading packages and justification reports.
Prepare and submit permit packages for aerial, underground, DOT, railroad, and municipal agencies.
Ensure compliance with local, state, and federal regulations, including NESC standards.
Respond to comments, revisions, or requests from permitting authorities.
Coordinate design and permitting activities with construction teams, project managers, field survey crews, and external engineering vendors.
Provide engineering support during construction to resolve field changes or design conflicts.
Participate in design review meetings and contribute to continuous process improvement.
Perform QA/QC reviews of internal and vendor deliverables.
Maintain accurate design records, engineering logs, markups, and as-built documentation.
Adhere to company engineering standards, templates, and workflows.
3+ years of experience in OSP fiber engineering, FTTH network design, or utility telecom engineering
Hands-on experience with proficiency in GIS software (ArcGIS, QGIS) and CAD platforms (AutoCAD, Civil 3D)
Strong competency in aerial engineering, including make-ready assessments and NESC compliance
Experience with pole loading analysis tools (O-Calc, SpidaCalc, Katapult, or similar)
Knowledge of FTTH architectures, fiber construction methods, and typical OSP materials
Understanding of permitting requirements (DOT, railroad, pole attachment, municipal)
Ability to interpret ROW plats, utility maps, construction drawings, and survey data
Strong attention to detail, organizational skills, and ability to manage multiple tasks in parallel
Excellent written and verbal communication skill