Electrician

Why it resists AI

Electrical work is the kind of physical, non-routine, in-person labor that current automation is worst at. No two job sites are wired the same way. You are fishing cable through finished walls, working in attics and crawlspaces, and adapting a plan the moment you find a stud, pipe, or junction box that isn't where the drawings said it would be. Goldman Sachs' generative-AI exposure analysis pegs installation and repair work at roughly 4% automatable, versus 46% for office and administrative tasks. Brookings places electricians in the 83.6% of built-environment workers with lower AI exposure (Brookings, "The AI durability of built environment careers").

There is also a hard regulatory moat. Most states require electricians to pass a licensing exam built around the National Electrical Code and local amendments, and journey workers can only operate "subject to local or state licensing requirements" (BLS OOH). Because mistakes electrocute people and start fires, a licensed human stays legally accountable for the work, and adoption of any automation is slow and conservative by design.

AI will change the tools, not the trade: smarter diagnostic meters, code-lookup assistants, and load-calculation software. That favors electricians who think in systems, which is the strength a tech career builds.

What the work is actually like

Electricians install, maintain, and repair power, lighting, communications, and control systems in homes, businesses, and factories. A residential service day might mean diagnosing a dead circuit, replacing a panel, or wiring an EV charger; commercial and industrial work skews toward conduit runs, motor controls, and reading blueprints on new construction.

It is physical. You are on your feet most of the day, moving through buildings while pulling wire, and you need to be able to lift components weighing up to about 50 pounds (BLS OOH). The hazards are real: shocks, falls, and burns are the common injuries, and BLS recorded 7,270 nonfatal injury cases involving days away from work for electricians in private industry in 2020. Almost all electricians work full time, and overtime is common, especially on construction deadlines or emergency calls.

Pay and earning trajectory

The median annual wage was $62,350 in May 2024. The bottom 10% earned under $39,430 (roughly apprentice and early-journey territory) and the top 10% earned more than $106,030 (BLS OOH). Apprentices earn while they learn. Pay typically starts around 40 to 50% of the journey rate and steps up each year of the program.

Earnings climb with license level (journey to master), specialization (industrial controls, high-voltage, solar/EV), region, and union membership. Master electricians who run service calls or move into contracting see the upper end of that range and beyond.

How to get there from tech

The standard path is a 4- or 5-year apprenticeship: about 2,000 hours of paid on-the-job training per year plus classroom instruction (BLS OOH). You earn a wage the entire time, so the direct cost can be near zero. Union (IBEW/NECA) and non-union (e.g., ABC, IEC) programs both exist. A technical-school certificate ($5,000 to $13,000) in circuitry and code can also earn credit toward an apprenticeship and speed entry.

After the apprenticeship you sit for the state/local journey exam. From a standing start, plan on roughly 4 to 5 years to journey license and a few more to master.

What transfers from tech is more than you'd expect: diagnostic reasoning ("what changed, what's the signal path, where does it break"), comfort with codes and specs (the NEC is a giant rulebook you'll grep mentally), schematic and blueprint reading, and the math behind load and voltage-drop calculations. Troubleshooting a flaky circuit and debugging a flaky service are the same mental motion.

Honest tradeoffs vs. a tech job

Outlook & demand

BLS projects 9% employment growth from 2024 to 2034, much faster than average, with about 81,000 openings each year over the decade (BLS OOH). The drivers are durable: nearly every building needs electricity installed and replaced, and the build-out of solar, wind, EV charging, and grid upgrades is expanding the work, not shrinking it.