The U.S. is in the middle of a digital infrastructure revolution. Artificial intelligence, cloud computing, and edge technologies are transforming industries and redefining what’s possible, from national security to personalized medicine. But as AI headlines focus on coders and cutting-edge tech, the real story is unfolding in workshops and job sites where skilled workers are making innovation physically possible.
Unlike the dot-com boom or the mobile era, this AI-driven transformation isn’t just about servers and software. It’s about the concrete, steel, cables, power, and cooling systems that serve as the nervous system of our digital society. As the demand for hyperscale data centers and energy-intensive computing capacity grows, so does our dependence on a rising class of tradespeople who are building this infrastructure from the ground up. The future of AI doesn’t just sit in a data center. It’s built by hands that wire, weld, and maintain it.
WHAT’S DRIVING DEMAND
AI isn’t a theoretical frontier anymore. It’s here, it’s scaling, and it’s accelerating the need for purpose-built facilities that can handle the load. The rise in generative AI and machine learning workloads has triggered unprecedented demand for data center capacity across the U.S. According to a 2024 report from McKinsey & Company, U.S. data center power demand is expected to more than triple by 2030—from 25 gigawatts in 2024 to more than 80 gigawatts[DA1] [KG2] — underscoring the urgent need to expand our physical infrastructure and the skilled workforce behind it.
This infrastructure doesn’t build itself. Every new data hall or edge facility depends on a coordinated force of electricians, welders, fiber installers, HVAC technicians, and other tradespeople who bring these environments to life—on time and to spec. Tripling power demand in just six years isn’t just a tech challenge—it’s a labor and infrastructure mandate.
THE RISE OF THE “NEW-COLLAR” WORKFORCE
This growing sector of workers is part of the “new-collar” workforce—a class of skilled professionals who blend technical know-how with practical, hands-on experience. These are not white-collar or blue-collar jobs. They’re something new.
“New-collar” jobs typically don’t require a four-year degree but demand rigorous training, problem solving, and adaptability. They’re high-impact roles that are essential to America’s competitiveness in the AI age—and they come with real staying power. According to the World Economic Forum Future of Jobs Report 2025, frontline jobs including construction are among the fastest growing in the world, and are expected to remain in demand through 2030 and beyond.
These are careers, not just jobs. And yet, we face a looming labor shortage crisis.
SKILLED, ESSENTIAL, AND IN SHORT SUPPLY
America’s talent pipeline for the skilled trades is under severe strain. Many of the professionals powering today’s infrastructure boom are nearing retirement and too few young people are being trained to take their place. Outdated perceptions about vocational training and a college-or-bust mindset have led to chronic underinvestment in trade education.
We urgently need to rethink how we train, attract, and retain critical frontline workers. That means renewing support for vocational schools and community colleges, modernizing apprenticeship programs, and changing how we talk about trade careers in the digital age. It also means building partnerships between industry and educators that deliver real-world pathways to meaningful employment.
But talk is cheap. We have built the demand—now we need the workforce to match it. That’s why my company, Compass, and our industry partners are working with Texas State Technical College to establish the MEI Data Center Program, a replicable model for nationwide workforce development. It is a hands-on, curriculum-driven initiative that equips students with the real-world skills required to launch careers in the data center industry.
WHY THIS MATTERS NOW
The future of AI, edge computing, and cloud innovation depends not only on breakthroughs in silicon or software, but on the physical infrastructure that makes those breakthroughs usable at scale.
Data centers are no longer just tech assets—they’re critical infrastructure. Just like our power grids, water systems, and communication networks, they must be resilient, redundant, and ready to support mission-critical workloads. And without a robust, future-ready labor force to build and maintain them, innovation will stall.
This isn’t just an economic challenge, it’s a national security issue. The global race for AI dominance will be won not only in R&D labs but on construction sites and in control rooms across the country.
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A NATIONAL CALL TO ACTION
We can’t solve this problem in silos. Building the engine of the AI age requires a coordinated, nationwide commitment. Government, industry, and education leaders must come together to invest in the new-collar workforce—before the gap becomes a chasm.
That means funding technical education. It means telling a different, better story about skilled trades as pathways to success. And it means recognizing and honoring the people who make our digital lives possible. We can’t automate our way out of the skilled labor shortage. We need to attract, train and invest in the people who will literally build our future.
The AI revolution may be powered by machines, but it’s built by people. It’s time we started acting like it.
Chris Crosby is the founder and CEO of Compass Datacenters.