The $40 Billion Question Nobody Is Asking: Who’s Building the Nuclear Workforce?

By NICOLE HUGHES

On March 19th, President Trump and Japanese Prime Minister Takaichi sat down at the White House and announced what the headlines called an historic energy partnership.

The U.S. and Japan committed up to $40 billion to deploy GE Vernova Hitachi BWRX-300 small modular reactors (SMRs) in Tennessee and Alabama – targeting 3 gigawatts of capacity as the first commercial SMR deployment on American soil. The press releases were polished. The numbers were staggering.

And almost no one asked the most important question: where are the people coming from?

Recently I was the oldest person in several rooms.

I sat with STEM students at the University of West Florida with high schoolers, with middle schoolers who don’t yet know what they want to be and are looking for guidance. And across every single one of those conversations, I watched the same thing happen: I witnessed the moment students discovered that their degree, their background, their curiosity had a place in nuclear energy.

A marine biologist. A finance major. A nursing student. A cybersecurity student. Every one of them surprised. Every one of them leaning in.

That’s not a pipeline problem. That’s a visibility problem. And visibility is something we can fix – if the industry decides it’s worth showing up for.

I’ve spent my career in nuclear and adjacent industry workforce: building pipelines, designing succession frameworks, sitting across from plant leaders who are just now waking up to what’s missing. So let me tell you what I see when I read this $40 billion announcement, because it isn’t what the trade press is leading with.

This is a workforce event disguised as a capital event

The SMR project targets carbon-free baseload power for Alabama’s automotive and aerospace manufacturing hubs, AI data centers and heavy industry corridors – sectors already competing aggressively for technical talent. The BWRX-300 isn’t a conventional reactor. It requires people who understand the technology and the operational philosophy – and that intersection is narrower than most people admit.

Here’s what makes this more complex than a typical greenfield build: Japan had 55 operable reactors at the time of the 2011 Fukushima accident, all of which were taken offline. For more than a decade, Japan’s nuclear workforce quietly eroded. Engineers retired. Young people chose different fields. Institutional knowledge dispersed. Japan is only now aggressively restarting, with 14 units back online by late 2025 and a government target of nuclear supplying around 20 percent of electricity by 2040.

That means Japan is simultaneously rebuilding its own domestic nuclear workforce and co-investing in new build capacity on American soil. Two markets. One talent pool. Zero slack in the system.

When GE Vernova Hitachi ramps up for Tennessee and Alabama, it won’t just be competing with other U.S. nuclear operators for talent. It will be operating in a global market where Canada, the U.K., Poland, Sweden and Japan are all chasing the same licensed nuclear professionals.

GVH has already signed deployment agreements with engineering partners across Europe, and the NRC is reviewing TVA’s application for the Clinch River site in Tennessee Modern Power Systems. The supply chain for this technology is international. The workforce implications are equally global, and almost nobody in the industry is managing it that way.

The lost decade problem isn’t theoretical. It’s arriving on schedule.

There’s a pattern I’ve seen play out across nuclear programs globally, and I watched it up close during my years building the workforce for the Barakah Nuclear Power Plant in the UAE. You lose a generation of practitioners to a shutdown, a slowdown, a policy reversal. The knowledge doesn’t get captured. The mentors retire. And then you turn the machines back on and discover that institutional memory walked out the door with the last wave of exits.

Japan lived this after Fukushima. The U.S. nuclear sector has been living a slower version of it for more than 20 years; plant retirements, limited new build, workforce attrition that outpaces pipeline development. The NEA has been explicit: to ensure a long and successful future for nuclear, the sector will need a large and well-trained workforce, and harnessing the interest of future generations is key. That’s a polite way of saying the pipeline isn’t there yet.

Now we’re announcing $40 billion builds. The math doesn’t work unless we move on workforce now, not when the concrete is poured.

At that same student summit, I also watched something else that gave me real hope. Our U.S. Women in Nuclear student members Holly Alesandro and Lucy Hunley hosted a webinar featuring nuclear professionals sharing their zigzag career stories; different backgrounds, different starting points, same mission. The speakers came from different backgrounds and experience pools. The through-line wasn’t their degrees; it was their willingness to follow curiosity into a field that doesn’t always make itself easy to find.

That’s exactly the kind of talent this industry needs more of. And it’s exactly the kind of talent that gets overlooked when workforce planning is reduced to counting how many nuclear engineers are in the graduation pipeline.

What this actually demands – and what the industry hasn’t built

A $40 billion SMR program doesn’t just need operators and engineers at commissioning. It needs workforce strategy years upstream: competency frameworks for a reactor design with limited operational history, knowledge transfer protocols that can move lessons from the Darlington build in Canada into the U.S. context, succession pipelines that aren’t built on the assumption that you’ll poach experienced staff from a neighboring plant, because those plants are short-handed too.

It needs organizations that understand the difference between hiring to fill a role and building the system that sustains performance. One is transactional. The other is structural. And right now, most of the industry is still in transactional mode while announcing structural ambitions.

Supporters of the Alabama project argue it could bring thousands of construction and permanent jobs to Jackson County and the Huntsville region. They’re right that the jobs will come. What they’re not saying loudly enough is that those jobs require qualifications that the local labor market doesn’t currently hold, at least not at the scale necessary, and that building those qualifications takes years, not months.

The marine biologist I spoke with? With the right pathway, she could be working on environmental monitoring, ecological impact assessment or water systems management at a nuclear facility within a few years. The finance major? Risk modeling, capital planning, project controls. The nursing student? Health physics, industrial hygiene, radiological protection.

None of them knew. None of them had been shown.

That’s not their failure. That’s ours.

The question the industry needs to answer before the next headline

Every time a major nuclear investment is announced, the workforce conversation gets treated as a downstream problem. Something to figure out once the deal is done, the license is approved, the shovels are in the ground.

That mindset is how programs fail quietly. Not dramatically. Not in one visible moment. They fail through attrition, through delays, through the creeping realization that you have capacity without capability.

Japan didn’t invest $40 billion in American infrastructure because it had nowhere else to put the money. It invested because nuclear is back: globally, strategically and urgently. The technology is ready. The policy environment is shifting. The capital is moving.

The workforce infrastructure is the only piece that can’t be bought at the last minute.

So here’s the challenge I’ll leave with anyone reading this who leads a nuclear organization, manages a new build program or sits on a board making energy decisions: When did you last review your 10-year workforce plan? Not your hiring plan. Your workforce plan: succession depth, knowledge transfer protocols, pipeline partnerships, competency frameworks for technology that doesn’t exist in your current fleet.

And when did you last walk into a classroom?

Because I’ve been in several of them lately. The talent is there. The curiosity is there. A marine biologist who doesn’t know yet that nuclear needs her. A finance major who never considered that his skills could support a reactor program. A future workforce that is paying attention and waiting for the industry to do the same.

The next generation is already here. We just need to build the systems worthy of them.

Nicole Hughes is senior director of workforce solutions at Thomas Thor.