An aerospace manufacturer needs an engineer.
The job description calls for a specific technical background, manufacturing experience, familiarity with quality requirements and at least five years in aerospace.
That final requirement seems reasonable. Aerospace is a demanding industry with complex products, exacting standards and little room for error. Experience matters.
But what happens when one of the strongest candidates has spent those five years in automotive manufacturing instead?
Or medical devices? Energy? Another advanced manufacturing environment?
For some positions, the answer is straightforward: direct aerospace experience is necessary. For others, employers may be narrowing the talent pool based on where candidates learned their skills rather than whether those skills can solve the problems in front of them.
In a difficult technical hiring market, that distinction matters.
Start With Why Aerospace Experience Is Required
There are good reasons aerospace employers value industry experience.
A candidate who has already worked in aerospace may understand the industry’s quality expectations, documentation requirements, long product cycles and complex relationships among engineering, manufacturing, suppliers and customers. Depending on the role, familiarity with particular regulations, standards, systems or customer requirements may be essential.
Previous aerospace experience can also shorten the learning curve. Someone who understands the environment may require less time to become productive and less support from an already busy team.
None of that should be dismissed.
The better question is why aerospace experience is required for this particular position.
If the answer is tied to specific responsibilities that cannot reasonably be learned after hiring, it belongs on the list.
If the answer is simply that the previous employee had aerospace experience, it deserves another look.
Separate the Industry From the Skill
Job descriptions tend to describe the person who previously performed a role.
Over time, that can turn preferences into requirements.
Five years of aerospace experience becomes eight. Familiarity with a particular product becomes mandatory. A narrow combination of technical experience, software knowledge and industry background gradually creates a candidate profile that may exist only in a handful of companies.
The search then becomes difficult by design.
A more useful approach is to break the role into the capabilities actually required to succeed.
What must this person know on the first day?
What can a strong candidate learn in six months?
Which skills are specific to aerospace?
Which are really engineering, manufacturing or leadership skills that happen to be used in aerospace?
Those questions can produce a very different candidate pool.
Look at the Problems Candidates Have Already Solved
Consider a manufacturing engineer coming from automotive.
That person may not know the aerospace product or customer, but they may have spent years improving production processes, investigating failures, working across engineering and operations, managing tight tolerances and solving problems on a manufacturing floor.
Those capabilities do not disappear when the product changes.
A candidate from medical-device manufacturing may bring experience working in an environment where quality, documentation, traceability and disciplined processes are part of everyday operations.
Someone from energy or another advanced industrial sector may have experience with complex equipment, long-lived assets, demanding customers, specialized materials or highly technical supply chains.
The industries are different. The underlying work may be more similar than a job title suggests.
This is where recruiting should move beyond keyword matching.
Instead of asking only, “Has this candidate worked in aerospace?” ask, “Has this candidate solved the kinds of problems we need solved?”
Think in Three Categories
One practical way to evaluate a technical position is to divide its requirements into three categories.
Must Already Know
These are capabilities a candidate genuinely needs before starting.
They might include highly specialized technical expertise, experience with a particular process, knowledge required to perform regulated responsibilities or other qualifications where the learning curve would create unacceptable risk.
This list should be taken seriously.
It should also be kept honest.
Can Learn
Many aspects of a job are important without being prerequisites.
An experienced engineer may be capable of learning a new product line. A manufacturing leader can learn a company’s internal systems. A technically strong candidate can become familiar with customers, terminology and processes.
Employers routinely train new hires on company-specific information. The question is whether a capable person can reasonably acquire the knowledge within an acceptable timeframe.
If the answer is yes, it may not belong in the “required” column.
Transfers From Somewhere Else
This is where searches can become much more interesting.
Root-cause analysis is not exclusive to aerospace.
Neither are process improvement, supplier development, project management, precision manufacturing, quality leadership or cross-functional engineering.
Candidates can develop these capabilities in other demanding industries and bring them into aerospace with a different perspective.
The challenge for the employer—and the recruiter—is recognizing them.
Don’t Confuse Transferable With Identical
Expanding the candidate pool does not mean pretending all industries are interchangeable.
They aren’t.
An automotive engineer moving into aerospace will encounter different products, volumes, customers and requirements. A medical-device professional will need to learn a different technical and regulatory environment. An engineer from the energy sector may have deep experience that transfers well in one area and very little exposure to another.
That learning curve needs to be evaluated honestly.
The question is not whether the candidate’s background is identical.
It is whether the gap between what the candidate knows and what the position requires can reasonably be closed.
That is a much more useful hiring question.
The Perfect Candidate Has a Price
Every additional requirement reduces the number of people who can qualify for a position.
Sometimes that tradeoff is necessary.
Sometimes it is expensive.
A company searching for someone with a precise combination of aerospace experience, product knowledge, technical specialization, location, compensation expectations and years of experience may eventually find that person. But the search may take longer, cost more and leave an important position open while the organization waits.
Meanwhile, a candidate who meets eight of ten requirements and has demonstrated an ability to learn may be capable of becoming highly successful in the role.
This is where employers need to distinguish between hiring risk and hiring discomfort.
Hiring someone without a capability that is truly essential is a risk.
Hiring someone who needs to learn your industry may simply feel less familiar.
Those are not the same thing.
Adjacent-Industry Candidates Can Bring Something New
There is another benefit to looking beyond aerospace.
Candidates from adjacent industries do not arrive knowing how the organization has always done things.
That can be useful.
An engineer from automotive manufacturing may have encountered production methods or process improvements that aerospace teams can adapt. Someone from another regulated industry may bring a different approach to quality or documentation. A leader from outside the sector may ask questions that an industry veteran no longer thinks to ask.
Outside experience is not automatically better, of course.
But neither is unfamiliarity automatically a weakness.
A workforce made entirely of people who developed their careers in the same industry can accumulate tremendous expertise. Adding people with relevant experience from elsewhere can complement that expertise rather than dilute it.
Recruit for Capability, Then Plan for the Learning Curve
If an aerospace employer decides to consider adjacent-industry candidates, the recruiting strategy is only half of the equation.
The organization also needs to be realistic about onboarding.
A transferable candidate may require more deliberate exposure to aerospace-specific requirements, products, customers and terminology. Pairing that employee with experienced colleagues can accelerate the transition. Clear expectations around the first six or twelve months can help both sides understand what successful integration looks like.
This connects recruiting with workforce planning.
The question isn’t simply whether a candidate can perform every aspect of the job today.
It is whether the organization has found someone with the underlying capability to perform the job well—and a reasonable path for closing the remaining gaps.
Put the Bar in the Right Place
Aerospace employers should be selective.
The work demands it.
But selectivity works best when it is focused on the capabilities that actually determine success.
For some positions, years of aerospace experience will remain an appropriate requirement. For others, making it mandatory may exclude engineers, manufacturing professionals and technical leaders who have already developed the skills the organization needs in another demanding environment.
Before beginning the next search, examine every requirement and ask why it is there.
Is it essential on Day One?
Can it be learned?
Can someone demonstrate the same capability through different experience?
The goal is not to lower the bar.
It is to make sure the bar is in the right place.