The Space Industry Has a Talent Problem

The commercial space industry has no shortage of ambition. New satellite constellations are being planned, defense spending is creating new opportunities for commercial operators and startups are raising capital to pursue everything from spacecraft and launch vehicles to drones and autonomous systems.

But there is a constraint that money alone cannot quickly solve: people.

Recruiters working across the space sector describe an increasingly competitive market for experienced engineers, particularly those with highly specialized skills and a track record of actually building and operating space systems. The result is a talent crunch that is forcing companies to pay more, recruit from adjacent industries, reconsider job requirements and rethink how they build their organizations.

“Capital and access to space isn’t really the issue,” said Tom Kelly, CEO and founder of space recruitment firm Evona. “The issue is actually the talent, and it’s because lots of these companies are looking for the same profile.”

Plenty of Entrants, Not Enough Experience

The shortage isn’t necessarily at the bottom of the career ladder.

“Entry-level talent is easy,” said Jordan Lawhead, vice president of executive search for recruiting firm Blue Signal. “The mid-level to upper-level talent is what’s difficult.”

That distinction is important. Space companies may be able to find recent graduates and engineers who want to enter the industry, but many aren’t looking simply for engineering talent. They need people who have already solved very specific space-related problems.

Matthew Thomson, managing partner for space industry search firm AstroTalent, estimates that the most significant bottleneck centers on a relatively small pool of experienced professionals.

“The bottlenecks are caused by the 12,000 to 15,000 people in the U.S. space industry who have skills that you can only get in the U.S. space industry,” Thomson said.

Those specialties include domain-specific systems engineering, orbit control systems, payloads, flight software, propulsion, RF and avionics.

“These are highly, highly specialized skill sets where if you haven’t written control algorithms for satellites before, we can’t really bring you into our team because we need people who have been there and done that,” Thomson said.

Kelly sees the same problem. Electrical engineers, electrical power specialists and engineers who have physically built spacecraft are among the hardest positions to fill. Guidance, navigation and control expertise is particularly scarce.

“GNC is huge. It’s a brutal skill set to recruit for,” Kelly said. As demand grows while the supply of experienced specialists remains constrained, “you really do need to look at other sectors.”

Everyone Wants the Same People

Making matters more difficult is that companies often define their ideal candidates in remarkably similar ways.

“Typically they want people with something between four to seven years’ experience, have worked in a startup, and have worked in a prime,” Kelly said. “Everybody, it’s a carbon copy. It’s the same discussion every day.”

Lawhead sees the same phenomenon further up the experience ladder, particularly among candidates with 10 to 15 years of highly relevant experience.

“Everything’s so niche now that you need to find people with very specific credentials and qualities that it’s hard to find,” he said. “And when you find them, they also transfer over to a lot of other industries.”

That’s a crucial part of the challenge. Space companies aren’t only competing against other satellite or aerospace companies. Cybersecurity, artificial intelligence, robotics, semiconductors, data centers, telecom and other high-growth technology sectors can require many of the same underlying engineering skills.

“There’s a big battle right now between a lot of these different industries that want the same type of folks,” Lawhead said.

Looking Beyond the Space Industry

That competition is forcing employers to reconsider a long-standing preference for candidates who already have space experience.

Kelly describes the transition as a “graduation process” for growing space companies.

“To start with, they want the [people from] SpaceX,” he said. “Then over time, they work out, actually, OK, we can get somebody from semiconductors or we can get somebody from automotive, we can get somebody from medical devices.”

Telecom is another potential source. Lawhead points to RF and distributed antenna systems engineers from the wireless industry as examples of workers whose skills can transfer to satellites and other aerospace applications. Robotics, cybersecurity and AI provide additional possibilities.

“They almost have to steal talent,” Lawhead said. “They have to get somebody who’s a good engineer and they can teach some of the aerospace-specific things too, as opposed to finding that perfect fit sometimes.”

There are limits, however, to how far that strategy can go.

“If you’ve worked for a good defense startup, you can probably go and have a good career in space,” Thomson said. “But you can’t probably be the VP of engineering for our new satellite constellation, because the only person who can do that is someone who’s been there and done that before.”

The challenge for employers is determining which skills truly require previous space experience and which can be taught.

“The number one thing that aerospace companies have to realize right now is that you have to be willing to train,” Lawhead said.

That may mean narrowing a long job description to three to five genuine must-haves, considering alternate candidate profiles or shifting responsibilities among existing employees rather than waiting indefinitely for the perfect hire.

Six Months to Find the Right Person

For positions where space experience is essential, waiting can become expensive.

“The average time to hire for these types of roles that I refer to as ‘flight-proven talent’ — people who have worked in space before — the average time to hire across the industry is six months,” Thomson said.

Highly specialized positions, including RF communications payload roles, can remain vacant for as long as a year.

That makes recruiting speed a competitive issue.

“The pace at which a company moves is one of the largest factors in whether they’re going to be able to hire the talent that they want,” Kelly said. “If you’re looking for those very difficult-to-find skill sets, it often comes down to who’s going to be the quickest and who can sell their company the best.”

Location complicates the picture further. Remote work expands the potential candidate pool, but many of the positions space companies most desperately need involve hardware.

“Remote working makes it a lot easier to find these people,” Lawhead said, “but a lot of them, they’re hands-on engineers that have to be in the lab or in the office.”

The Price of Flight-Proven Talent

Scarcity is also showing up in compensation.

“For the very, very first time we’re starting to see the salaries come back up,” Thomson said.

He cited a pre-Series A startup offering an experienced space-industry director $275,000 — compensation that he said would have been unusual for the same skill set 15 years ago.

“If you know how to build very, very specific satellite subsystems on time and lead teams who can do that, you’re literally invaluable,” Thomson said.

Some companies haven’t adjusted quickly enough.

“I’m speaking to companies where the budgets that they’ve got in place for these people are now way under market,” Thomson said. “And they’re losing candidates and they just can’t hire anyone.”

Startups face another complication. Large aerospace companies can employ engineers in narrowly defined specialties, while smaller organizations often expect employees to take responsibility for much more.

At a startup, Lawhead said, “you’re a huge piece of the puzzle. You’re the whole puzzle.”

That can be attractive to engineers seeking ownership and broader experience, but it also means employees may be wearing multiple hats while earning compensation similar to workers performing narrower roles at larger organizations.

From Recruiting Problem to Business Risk

As the space economy grows, the shortage is becoming more than an HR problem.

Manufacturing is one example. As companies move from proving that a satellite or subsystem works to producing hardware at scale, demand is shifting toward people who understand repeatable manufacturing.

“These companies have proven their products, they can launch it for a lower cost,” Kelly said. “Manufacturing is really becoming the most important factor.”

Lawhead similarly identifies engineering, product development and manufacturing engineers as areas of strong current demand.

The commercial industry’s increasing intersection with defense adds yet another constraint: security clearances.

“The elephant in the room is a lot of the space companies are really defense companies,” Kelly said. “There are not enough cleared people to go around these companies, and the clearance process, to be frank, takes way too long in the early stages.”

Ultimately, the consequences can reach well beyond an unfilled position.

“I’m seeing companies win contracts … and they can’t deliver on it because they can’t hire a single engineer,” Thomson said. He has also seen programs paused for years and companies suffer failed launches before later being acquired at valuations below what they might otherwise have achieved.

That is beginning to change how investors view workforce strategy as well.

“They’re starting to realize that talent is a fundamental risk to their portfolio,” Thomson said. “And they just can’t afford to get it wrong.”

The space industry’s talent crunch, then, isn’t simply about producing more engineers. It is about developing experienced specialists, identifying where expertise from other industries can cross over, training promising workers and giving companies a more realistic understanding of what scarce talent costs.