APR 16 · 2026TAKEOVER METER
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Role File · Safe Haven

Electrician.

Electricians install, maintain, and repair electrical wiring, equipment, and fixtures in residential, commercial, and industrial settings. The occupation faces low automation risk because the core work demands physical dexterity, on-site problem-solving, and navigation of unpredictable environments that current AI and robotics cannot reliably handle.

US workers

708K

Avg. salary

$56K

AI risk

12%

Horizon

15+ years

Assessment

Where this role sits on the index.

Automation risk12%

Largely insulated from near-term automation. A safe haven in the current data.

The Brief

What's at stake.

Electricians perform a wide range of hands-on tasks: running conduit and pulling wire through walls and ceilings, installing circuit breakers and panels, wiring outlets and switches, troubleshooting faults in existing systems, and ensuring all work meets the National Electrical Code and local building codes. The Bureau of Labor Statistics projects employment growth of about 6 percent from 2022 to 2032, roughly in line with the average for all occupations, driven by construction activity, EV charging infrastructure, solar panel installations, and broader electrification trends. The median annual wage was approximately $61,590 as of May 2023 according to BLS Occupational Employment and Wage Statistics, though this varies significantly by region and specialization. AI's impact on electricians is best understood through the lens of task composition. A 2023 Goldman Sachs report estimated that roughly 6 percent of tasks in construction and extraction occupations are exposed to generative AI automation, one of the lowest shares across all occupation groups. The OpenAI-University of Pennsylvania study on large language model exposure (Eloundou et al., 2023) similarly classified electricians in the lowest exposure category. The physical, variable-environment nature of the work—crawling through attics, bending conduit to fit irregular spaces, diagnosing a tripped breaker in a 40-year-old panel—requires sensorimotor skills and situational judgment that remain far beyond current robotic capabilities. Where AI does offer value to electricians is in ancillary and planning tasks rather than core craft work. AI-assisted tools can help with load calculations, circuit design, code-compliance checking, and estimating job costs. Building Information Modeling software increasingly incorporates AI to optimize electrical layouts. Smart diagnostic devices can speed up fault isolation in complex commercial systems. These tools augment the electrician's productivity rather than replacing the electrician, a pattern consistent with the World Economic Forum's 2023 Future of Jobs Report, which lists electrical installation among roles expected to see net job growth through 2027. The occupation does face indirect pressures. Prefabrication and modular construction move some wiring work to factory settings where automation is more feasible, but final installation, connection, testing, and commissioning still require a licensed electrician on site. Regulatory requirements—permits, inspections, code compliance—further insulate the trade because accountability rests on a credentialed human. The skilled-trades labor shortage, which the Associated Builders and Contractors estimated at roughly 500,000 open construction positions in 2023, actually strengthens the bargaining position of working electricians in the near term. Overall, electricians are among the occupations least threatened by AI. The combination of unstructured physical environments, strict licensing and safety requirements, and growing demand from electrification trends makes this a durable career path. The primary effect of AI will be to make electricians more efficient at planning and administrative tasks, not to displace them from jobsites.

Task Analysis

Where the work goes.

AI will handle

  • 01Electrical load calculations and circuit sizing
  • 02Job cost estimating and material takeoffs
  • 03Code-compliance document review and permit paperwork
  • 04Scheduling and dispatching for service calls
  • 05Generating wiring diagrams from building plans
  • 06Basic fault diagnostics via smart sensor tools
  • 07Invoice generation and project billing

You stay relevant

  • 01Running conduit and pulling wire through buildings
  • 02Installing and connecting panels, breakers, and switchgear
  • 03On-site troubleshooting of complex or intermittent faults
  • 04Working in confined, irregular, or elevated spaces
  • 05Final testing, energizing, and commissioning of systems
  • 06Interpreting site conditions and adapting plans in real time
  • 07Coordinating with other trades on active construction sites
  • 08Ensuring compliance with local codes during inspections

Stay ahead

The playbook.

Required

Core skills

  • National Electrical Code knowledge and application
  • Blueprint and schematic reading
  • Manual dexterity and physical stamina
  • Electrical theory and circuit analysis
  • Safe work practices and lockout/tagout procedures
  • Conduit bending and wire termination techniques
  • Use of multimeters, megohmmeters, and diagnostic tools
  • Customer communication and problem explanation

Emerging

Future skills

  • EV charging station installation and EVSE standards
  • Solar PV and battery energy storage system integration
  • Smart building and IoT device configuration
  • AI-assisted design and estimating software proficiency
  • Building Information Modeling (BIM) literacy
  • Heat pump and electrification retrofit knowledge
  • Data network and low-voltage system basics
  • Energy auditing and efficiency assessment

Leverage

Learn AI as a multiplier

Mastering the tools that automate parts of this role is the most reliable way to stay in demand.

Open the toolkit →

Sources

How we built this file.

01Bureau of Labor Statistics
02IBEW

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