Scotty Wristen ran WE Electric in Abilene, Texas, for years with a crew he trained himself. Five left in the same quarter, not for a competitor across town, not for a better residential outfit in Dallas or San Antonio. They walked to a Stargate data center construction site on the outskirts of town, where OpenAI, Crusoe, and Oracle are building a four-million-square-foot AI campus that will, when operational, employ a fraction of the workers it took to construct, which is exactly how data centers work and exactly why the labor disruption they cause during buildout is so severe.
Wristen pays $20 an hour; the data center pays $35, plus overtime, plus per diem.
"Some of them were guys that I've had for eight years, five years," Wristen told the Texas Tribune. "They came, they got trained, and they left to go out there." He didn't sound angry about it. "I don't blame them, it's less strenuous work but more time on the clock, or more money to take home to the family."
He tried recruiting, brought students to job sites with their teachers, the whole pipeline song and dance that workforce development people love to describe at conferences while the actual contractors in the room check their phones and wonder who is going to wire the house on Elm Street next Tuesday. Dozens of students visited, and not a single one came back.
So now Wristen hires teenagers straight out of high school, kids who show up with no tools, no experience, and no licenses. "It's usually about four or five months of hell where we have little mistakes that cost us time and money," he said. "It's fixable. And once they are trained in it, you don't have those little deals anymore."
If they stay.
The Numbers Behind the Exodus
On June 8, Meta announced America's Workforce Academy, a $115 million program offering free five-week training with guaranteed jobs at Meta contractor data center sites. Pilot locations in Louisiana, Ohio, Indiana, and Texas. Graduates receive an NCCER credential and a guaranteed placement building server farms. A previous Meta program, LevelUp, received 35,000 applications within seven days of its announcement for 1,000 available slots.
That is thirty-five applicants per seat to learn how to wire a data center, a ratio that would make any university admissions officer jealous and that tells you everything about where the demand signal is pointing in the skilled trades right now, which is toward machines and away from houses. Meta calls the program "the largest private-sector commitment to the skilled trades with a job guarantee in American history." Three weeks earlier, the same company laid off 8,000 white-collar employees.
Put the numbers in a row and a shape emerges. According to the U.S. Census Bureau, data center construction spending reached an annual rate of $50.7 billion in April 2026, surpassing federal transportation construction spending for the first time, up 28 percent year over year. Data center share of the nonresidential construction market jumped from 2 percent to over 6 percent. Industrial Info Resources counts 2,913 planned data centers valued at roughly $2.4 trillion over the 2026 to 2030 period, compared to 313 completed in the prior three years.
That ratio deserves a second look: almost ten times as many data centers planned for the next five years as were completed in the last three.
Between 45 and 70 percent of data center construction budgets go to electrical subcontractors, according to the International Brotherhood of Electrical Workers, and these are not new workers materializing from thin air. The electricians wiring server racks in Abilene this month were wiring kitchens last year.
Two Months per House
Gene Lantrip builds duplexes in Abilene. He has been doing it long enough to know what a normal timeline looks like. Two months. That is how much data center competition has added to every project.
"My subcontractors don't have the people," Lantrip said. "My electrician, he lost two of his lead men and several of his helpers to the data center. Of course, the guys got to do good for their families."
Two months is not an outlier; it is, depressingly, the national average.
The Home Builders Institute and the National Association of Home Builders published a landmark study in October 2025 that quantified what everyone in the trades already knew but nobody had bothered to measure with any rigor: the average single-family home now takes 1.98 additional months to build due to workforce gaps, a figure that rises to 2.36 months for small builders constructing fewer than 100 homes annually, which is almost all of them. Each delayed home costs its builder an additional $2,639 in carrying costs alone.
Multiply that across the industry and the damage comes into focus: $2.663 billion annually in excess carrying costs, plus $8.143 billion in homes that simply do not get built. That missing production adds up to 19,000 single-family homes per year that the market needs and the industry cannot deliver because the workers are not there.
Or rather, the workers are there, wiring server racks in Abilene for $35 an hour.
The Wage Math Your Builder Cannot Win
Here is the arithmetic that keeps small electrical contractors awake. A journeyman electrician wiring residential panels, running Romex through framing, pulling permits, and negotiating with homeowners who redesign their outlet plan after rough-in completion earns $20 to $28 an hour in most Texas markets. That same electrician on a data center site pulls straight time at $35 to $45 per hour, with overtime that pushes the weekly take past anything residential work can touch, which means the decision for a worker with a family and a mortgage is not a decision at all but a mathematical inevitability.
The residential builder who tries to match those wages has to pass the cost through. Electrical work on a typical new-construction home runs between $15,000 and $25,000. A 40 percent wage increase to retain workers pushes that to $21,000 to $35,000, which on a $500,000 house is an additional $6,000 to $10,000 baked into the buyer's closing costs before the drywall goes up.
Some builders absorb the increase and watch their margins shrink. Others pass it through and lose bids to competitors who haven't lost their crews yet. Most just wait, adding weeks to every project and hoping the data center boom peaks before their pipeline runs dry.
The Associated Builders and Contractors estimates the construction industry needs 349,000 net new workers in 2026 and 456,000 in 2027, numbers that become genuinely alarming when you learn that employment across the entire sector grew by 14,000 in all of 2025. Nearly one in five electricians is older than 55. Twenty thousand leave every year. The apprenticeship pipeline takes four to five years to produce a single journeyman. Demand arrived in eighteen months.
The Counterargument, and Why It Might Be Right Eventually
There is a version of this story that ends well. Meta's $115 million program will train thousands of new workers, many of whom entered the trades specifically because the money is now undeniably good. Gen Z participation in construction has more than doubled, from 6.4 percent in 2019 to 14.1 percent in 2023, according to the HBI report. Why? Partly because four-year colleges are losing the economic argument. Partly because electricians posting their paychecks on TikTok have done more for recruitment than any industry association managed in twenty years of glossy brochures and career-day presentations at suburban high schools where the guidance counselor steered everyone toward computer science.
Some of these new workers will eventually cycle into residential construction. Data center projects are finite: they have completion dates, commissioning phases, a point at which the construction crew leaves and a small operations team takes over. Microsoft's Mount Pleasant, Wisconsin, facility employed 3,000 construction workers during buildout but will keep only 500 permanent staff. When those projects finish, trained electricians with NCCER credentials will need new work, and some will discover that wiring a custom home, where every room is different and the homeowner has opinions about recessed lighting placement, is more interesting than pulling identical Category 6A cable through server rack after identical server rack in a building that has no windows.
That transition could take three to five years, assuming the current wave of 2,913 planned data centers does not extend the boom indefinitely.
What This Means If You Are Building a Home
If you are breaking ground on a residential project in a market with active data center construction, expect your electrical subcontractor to be the bottleneck. Ask your builder directly: how many electricians does your sub currently have, and has that number changed in the last twelve months? If the answer involves the phrase "data center," budget an extra two months and $6,000 to $10,000 in your contingency line.
Front-load your electrical rough-in. Coordinate it with framing completion so the crew can wire the entire house in one mobilization instead of multiple visits, because every time they leave your site and drive to another job, you risk losing them to a higher-paying project before they come back, and in Abilene right now that higher-paying project is a four-million-square-foot server farm offering nearly double the hourly rate.
If you are a residential electrical contractor with workers under 35, know that your retention problem is no longer about company culture or holiday bonuses. It is about arithmetic: can you get within shouting distance of $35 an hour before someone else writes the offer letter? Some contractors are exploring profit-sharing or equity stakes, while others guarantee overtime schedules, but most are losing the fight.
What This Does Not Prove
Wristen's and Lantrip's experiences in Abilene are specific to a market where a massive data center project landed on top of a small labor pool, and bigger metros with deeper electrician workforces will experience different dynamics. No national survey has yet isolated how many residential electricians specifically have migrated to data center work, and the two-month delay is one builder's measurement in one Texas market, not a statistically representative sample.
And the ongoing residential construction labor shortage predates the data center boom entirely, with materials costs, permitting backlogs, interest rate uncertainty, and immigration enforcement all contributing to the delays homebuyers experience.
But here is what the data does show, clearly and consistently across every source examined for this article: the AI infrastructure buildout has introduced a wage competitor that small residential builders cannot match, in a trade that was already hemorrhaging 20,000 workers per year to retirement, in an industry that added only 14,000 total workers last year. The timing is catastrophic. And for the electrician staring at two offer letters, one reading $20 and the other $35, the math is not hard at all.