You've got a req that's been open since spring. The applicant pile is tall. For the most part, it's new grads, people from other fields, and a few senior engineers who want more than the budget allows.
The engineer you need has eight to 15 years in, has shipped hardware, and knows your customer. That person isn't in the pile.
We'll skip the speech about the state of the industry, since you live in it. Instead, we help you see where these searches stall, what we check that a resume won't tell you, and how we match a hiring model to your program.
How Aerospace Recruiters Reach Mid-Career Engineers Who Aren't Looking
Job boards work fine for one kind of candidate: the one who's looking. In aerospace, though, the people looking tend to sit at the two ends of a career. Early-career engineers apply to everything. Meanwhile, senior engineers apply when they want one last good program or a shorter drive.
The middle is where programs get built. And the middle mostly stays put.
Researchers heard this for the 2025 AIA and McKinsey aerospace workforce study. In fact, leaders at several member firms said mid-career engineers are the hardest to recruit. That's the group your posting must reach, and the one least likely to see it.
So why is the middle so quiet? Three reasons come up most:
- They're busy. A stress or test engineer with 10 years in owns a milestone. Job hunting waits until the next review, which keeps slipping.
- They're settled. Pensions, stock, a team they trust, and a program they want to see fly. As a result, leaving costs them something real.
- The posting doesn't say much. Most aerospace job ads read alike: a degree, a software list, and "other duties as assigned." Nothing there tells a seasoned engineer if the move is worth it.
Federal data cited in the study also shows a steady drain. About 6% of aerospace engineers will leave or retire each year through 2033. Each exit takes program history with it. And the backfill comes from the same pool you're fishing in.
That leaves one approach that works: treating the search as a sourcing job and a sales job all at the same time. Find these engineers, tell them something real about the work and the firm, and make the move worth it.
Sourcing finds the name. Selling earns the second call, and that's where aerospace recruiters show their value.
What Aerospace and Defense Recruiters Check That Resumes Don't Show
A resume lists tools and titles. It rarely tells you which phase someone worked, who the customer was, or what broke on their watch. Yet those three facts say more about fit than a degree does.
So our aerospace recruiters focus on these five key areas with any candidate we present to you.
Program phase. An engineer with six years in qualification testing thinks differently from one with six years in sustainment. The two aren't interchangeable, and a title like "Mechanical Engineer II" hides that.
Commercial or defense work. FAA approval drives commercial aircraft programs. Defense programs run on military specs, customer design reviews, and strict contract paperwork. An engineer who's done both can switch sides fast. By contrast, someone who's done only one needs time to adjust, so plan for that in your schedule.
Standards and quality systems. Most aerospace suppliers work under AS9100, the industry's quality standard. Avionics engineers often work to DO-178C or DO-254, the rules for certifying flight software and electronic hardware. We ask people which standards they've signed their own work against.
Eligibility rules. Many defense roles, and some commercial ones, carry citizenship or access rules tied to the program. Because of that, we confirm them at intake, so you don't spend weeks interviewing people you can't hire.
What they owned. Who signed the drawing, ran the test, or answered the customer's hard question in the review? We ask each person to walk us through one problem they solved from start to finish. Vague answers count as an answer, too.
Those five checks hold for every search. Where we lean hardest depends on the seat, and design, test, and production roles each pull our attention in a different direction.
Aerospace Recruiters for Design, Test, and Production Engineering
The three role families below come from different pools and stall for different reasons.
| Role family | Common titles | Where the search stalls | What we screen for |
|---|---|---|---|
| Design | Structural, stress, mechanical design, and systems engineers | Software lists look the same on paper | Analysis methods, program phase, and sign-off authority on drawings |
| Test | Test, flight test, environmental test, and instrumentation engineers | Travel, odd hours, and lab versus vehicle-level experience | Test plans written, failures investigated, and data tools used |
| Production | Manufacturing, quality, supplier quality, and process engineers | Shift, site, and relocation | Rate production work, root cause investigations, and AS9100 audits |
Design roles look easy on paper and hard in practice. Two stress engineers can list the same software and bring very different depth. One built models from scratch and defended them in reviews, while the other ran someone else's template. To tell them apart, we ask each one to describe a load case they set up and a margin they had to fight for.
Test roles turn over for practical reasons. The work can mean travel to test sites, early starts, and weeks away when a test series runs long. For that reason, we talk schedule with people before we talk pay. An engineer who's honest about travel today won't quit six months into your flight test program.
Production roles live and die on location, since a manufacturing engineer has to work your shift, at your site, for years. Many strong hires come from related fields, and engineers from automotive, heavy equipment, and rail bring solid quality and launch skills. Our post on hiring engineers for vehicle programs covers that crossover from the other direction.
Defense Contractor Recruiters and the Pay Gap With Tech
Pay is where good searches quietly die. The candidate likes the program and the team, then takes a different offer.
Public pay data gives you a starting point. According to the latest federal outlook data for aerospace engineers, the median annual wage was $134,960 in 2025. Treat that as a floor for seasoned talent. That's because mid-career engineers on active programs tend to earn more than the national midpoint.
Competition for those engineers also reaches well past aerospace. The 2025 AIA study found that aerospace and defense companies made up half of the top 10 most attractive employers for engineers. That's a strong position.
Still, the same study warns that tech companies are pushing harder for engineers. It also found that tech firms outscore aerospace and defense employers on culture, leadership, and agility.
What does that mean for your offer? Defense recruiters and defense contractor recruiters see the same three patterns again and again:
- The range was set before the search. Program budgets can fix a pay band months ahead. Check it against current market data before you post. A turned-down offer costs you weeks.
- Mission has limits. Engineers care about the work, and many still take more money elsewhere once the gap gets wide.
- Total value gets lost. Retirement match, tuition help, schedule, and training budgets are worth real money. Spell them out in the offer, in dollars.
Good aerospace and defense recruiters will tell you when your range is out of sync with the market. That conversation isn't fun, but it's necessary before you fall in love with a candidate who won't accept your offer.
Contract or Direct Hire: How Aerospace Recruiters Match the Model to the Phase
Most aerospace programs don't need the same headcount from start to finish. Design work peaks. Test campaigns come and go.
Production, on the other hand, settles into a long, steady run. So the hiring model should follow the phase.
Contract fits peaks with an end date. From a design surge before a big review to a six-month test campaign, you get skilled hands fast, and the headcount maps cleanly to a work package.
Contract-to-hire fits roles you expect to keep but can't fully define yet, like a new production line or a program moving from test into low-rate production. Either way, the engineer works the real job first, and then both sides can decide if it's a good long-term fit.
Direct hire secures the chief engineers, technical fellows, and anyone with deep program knowledge that belongs on your payroll. These searches take the most patience. At the same time, they pay off the longest.
Not sure which model fits? Ask one question: will you still need this skill in three years? If yes, lean toward direct hire or contract-to-hire.
If the work ends with a review, a test campaign, or a delivery date, contract is often the cleaner choice. It's not unusual for clients to end up using all three models throughout an engagement with an aerospace recruiter.
One more thing. On contract and contract-to-hire placements, check who carries the employer role. With VALiNTRY, we're the W-2 employer, which means payroll, taxes, benefits, and workers' comp sit with us during the assignment.
How VALiNTRY Works as Your Aerospace Recruiters
Every search starts with an intake call. We ask about the program, the phase, the customer, the site, and any eligibility rules.
Then we ask what the last person in the seat did well and where they fell short. That answer tells us more than the job description ever will. We also ask how fast you can interview, because a great candidate won't wait three weeks for a first call.
Next, AI-powered sourcing scans our database of 6M+ pre-vetted candidates and ranks the closest matches. From there, our recruiters take over. They call each person, run a tech screen built for your role, and dig into program history.
We present vetted candidates typically within 48 hours. After that, your interview calendar sets the pace.
Our aerospace engineering team recruits for aircraft, space, and defense programs. It also works with the rest of our engineering practice when a program needs electrical, software, or plant help.
Start Your Search With Aerospace Recruiters Who Ask the Right Questions
Tell us about the seat that's been open too long. Our aerospace recruiters will ask about the phase, the customer, and the pay range. Then we'll tell you plainly what it'll take to fill it.
Find Aerospace Engineering Talent
Want a conversation before a form? Call us at 800-360-1407.
Questions Hiring Leaders Ask About Aerospace Recruiters
Is There a Shortage of Aerospace Engineers?
Aerospace and defense employers rank engineers among their hardest hires. In the 2025 AIA and McKinsey workforce study, 76% of surveyed firms named engineering as one of the hardest jobs to fill. Leaders said mid-career engineers are the toughest to find. Federal projections also show aerospace engineering jobs growing 8% from 2025 to 2035, much faster than the average for all jobs.
How Much Do Aerospace Engineers Make?
The median annual wage for aerospace engineers in the United States was $134,960 in 2025, according to the Bureau of Labor Statistics. Beyond that, pay climbs with experience, program duties, and location. Engineers with years on active defense or space programs can earn well above the median.
What Do Aerospace Recruiters Charge?
Aerospace recruiters charge differently for full-time and temporary help. A direct hire search ends with a single placement fee, figured as a percentage of the new hire's starting salary. Contract and contract-to-hire engineers come with an hourly bill rate, which covers their wages plus what the firm pays to employ them. If a firm can't explain its math in one short call, keep looking.
How Long Does It Take to Hire an Aerospace Engineer?
Hiring time for an aerospace engineer depends mostly on what happens after the shortlist. Interviews, offer approvals, moves, and eligibility checks often take longer than finding the people. The quickest hires happen when the hiring manager blocks interview time in advance and the pay range already fits the market.
Do Aerospace Recruiters Fill Commercial Space Roles?
Many aerospace recruiters fill commercial space roles, since launch and satellite programs need the same core skills as aircraft and defense work. Structural, propulsion, test, and systems engineers move between these fields all the time. VALiNTRY recruits engineers for commercial space programs as well as aircraft and defense programs. Our headquarters sits close to Florida's Space Coast and the launch sites at Cape Canaveral.