Electrical Power-Line Installers and Repairers
SOC Code: 49-9051.00
Installation, Maintenance & RepairElectrical power-line installers and repairers, commonly known as lineworkers, are the skilled tradespeople who build and maintain the vast network of cables, poles, and towers that deliver electricity from generating stations to homes and businesses. Earning a robust median salary of $92,560, these workers perform some of the most physically demanding and dangerous jobs in the trades, climbing utility poles and transmission towers in all weather conditions to keep the lights on. The profession requires extraordinary courage, physical fitness, and technical skill, earning lineworkers deep respect within the electrical industry and the communities they serve. As the nation invests in grid modernization, renewable energy interconnection, and infrastructure resilience, the demand for qualified lineworkers is at historic highs.
Salary Overview
Median
$92,560
25th Percentile
$65,740
75th Percentile
$107,940
90th Percentile
$126,610
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
+6.6%
New Openings
10,700
Outlook
Faster than average
Key Skills
Knowledge Areas
What They Do
- Adhere to safety practices and procedures, such as checking equipment regularly and erecting barriers around work areas.
- Drive vehicles equipped with tools and materials to job sites.
- Open switches or attach grounding devices to remove electrical hazards from disturbed or fallen lines or to facilitate repairs.
- Inspect and test power lines and auxiliary equipment to locate and identify problems, using reading and testing instruments.
- Coordinate work assignment preparation and completion with other workers.
- Travel in trucks, helicopters, and airplanes to inspect lines for freedom from obstruction and adequacy of insulation.
- Identify defective sectionalizing devices, circuit breakers, fuses, voltage regulators, transformers, switches, relays, or wiring, using wiring diagrams and electrical-testing instruments.
- Cut trenches for laying underground cables, using trenchers and cable plows.
Tools & Technology
★ = Hot Technology (in-demand)
Education Requirements
Typical entry-level education: High School Diploma
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A Day in the Life
A lineworker's day starts early with crew safety briefings, job hazard analyses, and equipment inspections to ensure that trucks, tools, and personal protective equipment are in proper condition. Crews travel to job sites where they install new utility poles, string conductors from tower to tower, and mount transformers, insulators, and other distribution equipment according to utility engineering specifications. Work at height is constant, with lineworkers ascending poles using climbing gaffs and safety belts, or working from aerial bucket trucks to access overhead lines and equipment. De-energizing lines through switching operations and grounding procedures is required before performing maintenance, while hot-line work using insulated tools is sometimes necessary to avoid service interruptions. Underground lineworkers install and splice cables in trenches and manholes, working with medium and high-voltage cable systems that serve urban areas. Storm response is a defining aspect of the profession, with crews mobilizing rapidly after hurricanes, ice storms, and severe weather events to restore power to affected communities, often working 16-hour days for weeks at a time. Between construction and emergency work, routine maintenance tasks include replacing aging poles, upgrading conductors, trimming vegetation near lines, and testing equipment for wear and deterioration. The camaraderie among crew members is intense, forged through shared physical challenges and mutual dependence for safety in hazardous working conditions.
Work Environment
Lineworkers operate in one of the most physically challenging and hazardous work environments in any profession. Work occurs primarily outdoors, regardless of weather conditions, from sweltering summer heat to frigid winter storms, with tasks continuing through rain, wind, and darkness during outage restoration. Heights are a daily reality, with lineworkers regularly working 30 to 100 feet above ground on wooden poles, steel structures, or from bucket trucks. The risk of electrical contact, falls, and equipment-related injuries is ever-present, making safety training, arc-rated clothing, insulated gloves, and fall protection equipment essential. Heavy physical demands include climbing, digging, lifting materials weighing up to 50 pounds, and working with arms overhead for extended periods. Crews operate from utility trucks equipped with augers, cable-pulling machines, and aerial devices, working along roadsides, in residential neighborhoods, and across rural terrain. Scheduled work typically follows 8 or 10-hour shifts, but storm response and planned outage work can extend hours dramatically, sometimes requiring crews to work consecutive 16-hour days until restoration is complete. The culture among lineworkers is distinctively tight-knit, with experienced workers fiercely protective of newer apprentices and deeply committed to the brotherhood and sisterhood of the trade.
Career Path & Advancement
The path to becoming a lineworker typically begins with completing a lineworker training program at a community college, technical school, or utility-sponsored training facility. These programs last from several months to two years and cover electrical theory, pole climbing, rigging, equipment operation, first aid, and CPR certification. Upon program completion, graduates enter formal apprenticeships through utilities, electrical cooperatives, or IBEW union programs that last three to four years and combine on-the-job training with classroom instruction. Apprentice lineworkers progress through structured skill levels, working alongside journeyman lineworkers and gradually handling more complex and higher-voltage tasks. Achieving journeyman lineworker status through apprenticeship completion and examination marks full professional qualification and unlocks the $92,560 median salary level. Career advancement leads to crew foreman, line supervisor, and operations manager positions for those who develop leadership alongside technical skills. Some lineworkers specialize in transmission-level work on high-voltage towers, commanding premium wages for the increased risk and technical complexity. Others transition into utility planning, safety training, or substation construction management roles that leverage field experience in office-based positions.
Specializations
The lineworker profession encompasses several specializations that reflect the different types of electrical infrastructure maintained. Distribution lineworkers focus on the local power lines and equipment that deliver electricity directly to customers, working with pole-mounted transformers, service drops, and street lighting. Transmission lineworkers build and maintain high-voltage lines and steel lattice towers that carry bulk power across long distances, requiring comfort with extreme heights and specialized rigging techniques. Underground lineworkers install and splice cables in conduit systems and manholes, specializing in medium and high-voltage cable technologies that serve dense urban areas. Substation electricians combine lineworker skills with equipment maintenance expertise to install and maintain transformers, breakers, and switchgear within fenced utility substations. Storm restoration specialists are lineworkers who deploy as part of mutual aid crews to damaged areas after major weather events, restoring power under emergency conditions. Telecommunications lineworkers install and maintain fiber optic cables, communication lines, and associated equipment on shared utility poles. Renewable energy lineworkers focus on connecting wind farms and solar installations to the grid, working with collector systems and interconnection infrastructure that brings green energy to market.
Pros & Cons
Advantages
- ✓The median salary of $92,560 plus overtime and storm bonuses frequently pushes total annual compensation above six figures for journeyman lineworkers.
- ✓Extraordinary job security exists because electrical infrastructure requires constant construction, maintenance, and emergency repair that cannot be automated or outsourced.
- ✓The work provides a powerful sense of purpose, as lineworkers literally keep communities powered and restore electricity after disasters.
- ✓Strong union representation through IBEW provides excellent benefits, pensions, apprenticeship training, and job protections throughout a career.
- ✓The camaraderie and brotherhood among lineworkers creates deep, lasting professional relationships built on mutual trust and shared challenges.
- ✓No college degree is required, making this an accessible path to high earnings for individuals who prefer hands-on work over academic study.
- ✓Geographic demand is universal, as every community needs electrical infrastructure, providing career flexibility to live and work nearly anywhere.
Challenges
- ✗The work is among the most dangerous in any profession, with real risks of fatal electrocution, falls from height, and vehicle accidents.
- ✗Extreme weather exposure is unavoidable, and lineworkers must perform demanding physical labor in heat, cold, rain, ice, and wind.
- ✗Storm restoration requires extended deployments away from family, sometimes lasting weeks with exhausting 16-hour workdays.
- ✗The physical toll of climbing, heavy lifting, and sustained overhead work leads to chronic joint, back, and shoulder problems over a career.
- ✗Irregular and unpredictable hours due to emergency callouts disrupt family life, social commitments, and personal routines.
- ✗The apprenticeship period of three to four years involves relatively lower pay and the most physically grueling tasks under experienced supervision.
- ✗Career longevity as a climbing lineworker is limited by physical capacity, typically requiring transition to supervisory or office roles in later years.
Industry Insight
The lineworker profession is being reshaped by unprecedented investment in electrical infrastructure, creating the strongest job market in decades. Federal infrastructure legislation is directing billions of dollars toward grid modernization, transmission expansion, and distribution system hardening that will require thousands of additional lineworkers. Renewable energy mandates are driving massive construction of new transmission lines to connect remote wind and solar resources to population centers. Grid resilience investments following devastating hurricanes, wildfires, and winter storms are accelerating utility spending on underground conversion, vegetation management, and system hardening. The electrification of transportation through EV charging infrastructure is adding load to distribution systems and requiring upgrades that employ lineworker skills. An aging workforce is compounding demand pressure, as a significant portion of experienced lineworkers are approaching retirement age with insufficient replacements in the training pipeline. Advanced technologies including drones for inspection, GPS-enabled equipment, and digital work management systems are modernizing field operations without reducing the fundamental need for skilled climbers and cable splicers. The $92,560 median salary has been trending upward, with significant overtime earnings and storm-response bonuses pushing many lineworkers' total compensation well above six figures annually.
How to Break Into This Career
Aspiring lineworkers should begin by enrolling in a lineworker training program that provides hands-on instruction in climbing, electrical fundamentals, and equipment operation. Physical preparation is essential, as entry tests typically include climbing a utility pole, performing physical fitness assessments, and demonstrating comfort with heights. Obtaining a Commercial Driver's License (CDL) Class A is required or strongly preferred by most employers, as lineworkers must operate heavy utility vehicles. Entry-level positions as groundworkers or helpers allow candidates to join crews while waiting for formal apprenticeship openings, gaining familiarity with tools, materials, and work practices. Applying to IBEW union apprenticeship programs provides the most structured pathway with excellent training, competitive wages, and benefits from day one. Electrical cooperatives and municipal utilities often have apprenticeship programs as well, sometimes with shorter waiting lists than large investor-owned utilities. Demonstrating mechanical aptitude, physical fitness, a clean driving record, and the ability to pass drug screenings will distinguish candidates in a competitive applicant pool. Networking with active lineworkers at union halls, industry events, and utility open houses provides insider knowledge about upcoming hiring cycles and application strategies.
Career Pivot Tips
The physical, technical, and leadership skills developed as a lineworker create meaningful career transition opportunities as workers age or seek different challenges. Extensive knowledge of electrical distribution systems prepares lineworkers for utility system planning, engineering design, or construction management positions that utilize field experience in office environments. Safety expertise cultivated through years of hazardous work translates into occupational safety management, OSHA compliance, and utility safety training roles. Supervisory experience as a crew foreman provides a foundation for project management, operations management, or general construction management careers. Lineworkers with an aptitude for instruction can become vocational trainers at lineworker schools, utility training centers, or IBEW apprenticeship programs. Familiarity with utility infrastructure supports transitions into utility inspection, right-of-way management, or vegetation management program coordination. Entrepreneurial lineworkers can establish contracting companies that provide line construction and maintenance services to utilities, developers, and municipalities. The discipline, teamwork, and crisis management skills forged through storm restoration work are transferable assets in emergency management, disaster response coordination, and infrastructure resilience consulting.
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