Job Summary
The Fiber Technician I is responsible for supporting the installation, termination, testing, and documentation of fiber and copper cabling systems within large-scale commercial and data center environments. This role involves traveling to active job sites to assist with building out telecommunications infrastructure, including rack and closet buildouts, structured cabling installation, and fiber optic termination. The technician performs fiber and copper terminations, OTDR and Fluke testing, and basic troubleshooting to ensure network systems meet TIA/EIA performance standards. This position is hands-on and requires working on ladders, in ceilings, and across large construction environments while supporting new construction data center deployments and high-capacity colocation facilities. The Fiber Technician I works closely with project teams to maintain installation quality, accurate documentation, and efficient project completion.
Job Responsibilities
Install, route, dress, and label fiber and copper cabling systems in commercial and data center environments
Terminate fiber connectors including LC, SC, ST, FC, and MPO/MTP for single-mode and multi-mode fiber systems
Assist with fusion and mechanical splicing of fiber optic cabling including loose tube and tight buffered cables
Perform fiber testing using OTDR platforms and Fluke DTX/DSX testers to certify and validate link performance
Troubleshoot signal loss, attenuation, and connectivity issues using diagnostic equipment
Install and build out telecommunications closets including racks, patch panels, backboards, grounding systems, and hardware
Perform copper cable terminations including CAT3 and CAT5 connections using patch panels, 110 blocks, and 66 blocks
Install structured cabling infrastructure including cable trays, ladder racks, J-hooks, and pathway supports
Calculate acceptable fiber loss budgets in accordance with TIA/EIA standards
Complete accurate field documentation including test results, labeling, timesheets, and work orders
Maintain clean and organized work areas while following all safety protocols and jobsite requirements
Travel to multiple project sites to support fiber installation and infrastructure deployment
Job Requirements
High school diploma or GED required
0–2 years of experience installing structured cabling, fiber optics, or low-voltage systems in commercial environments
Hands-on experience with fiber termination including LC, SC, ST, FC, MPO/MTP connectors for SMF and MMF systems
Familiarity with OTDR testing and Fluke DTX/DSX certification tools for fiber and copper link validation
Understanding of structured cabling installation practices including routing, labeling, and cable management
Ability to assist with telecom closet buildouts including rack installation, patch panels, and grounding systems
Basic knowledge of copper termination including CAT3/CAT5 cabling and 110/66 block connections
Ability to troubleshoot cabling faults including opens, shorts, pair reversals, and fiber signal loss
Familiarity with TIA/EIA standards and fiber loss budget concepts preferred
Ability to read and interpret blueprints, technical drawings, and installation documentation
Willingness to travel regularly to project sites and support field-based installations
Strong attention to detail and commitment to accurate project documentation
Education
High school diploma or GED required
OSHA 10 certification preferred
Work Experience
Experience working in commercial structured cabling environments preferred
Experience supporting new construction data center or colocation facility deployments preferred
Benefits
Health insurance
Dental insurance
Vision insurance
401(k)
Additional Job Details (Commute, Attendance, etc.)
Typical start time is approximately 7:00 AM depending on job site requirements
Expected work schedule ranges from 40 to 60 hours per week with frequent extended schedules including six 10-hour days
Daily per diem of $50 provided for eligible travel assignments
Work is performed primarily within new construction data centers, colocation facilities, and hyperscale environments
Current project backlog includes large-scale deployments supporting hyperscale and high-density infrastructure environments with projects scheduled 6 to 12 months in advance
Travel to active job sites is required to support fiber installation and infrastructure buildouts across multiple locations