The Engineering Talent Competition Reshaping Aerospace & Defense

Aerospace and defense leaders already know how difficult it can be to find specialized engineering talent. What has changed is the range of companies competing for the same people.

An embedded systems engineer working on an autonomous defense platform may also be a strong fit for robotics. An FPGA engineer with signal-processing expertise may have opportunities in semiconductors, medical devices or advanced manufacturing. Cybersecurity, AI, software and systems talent can move across defense, space, infrastructure and commercial technology.

That gives A&D employers a much broader competitive set than many have traditionally planned around.

The Aerospace Industries Association reported that the U.S. aerospace and defense industry supported approximately 2.1 million jobs in 2025, with nearly two-thirds of direct employees working in technical functions such as engineering, computing, manufacturing, maintenance and repair.

At the same time, the broader engineering market is already under pressure. EY reported approximately 679,500 open engineering positions across the U.S. as of April 2026, compared with roughly 141,000 engineering graduates entering the workforce each year.

The aerospace and defense talent shortage is increasingly being shaped by competition outside the industry itself.

For technology and engineering leaders, the implication is significant. The company competing for your next engineer may have very little to do with aerospace or defense.

The talent competition increasingly follows the skill, not the industry.

Aerospace & Defense Is Hiring From a Shared Technical Talent Market

Many technical careers in aerospace and defense once followed more defined industry paths. Specialized platforms, security requirements and industry experience helped keep the talent market relatively contained.

Today, many of the underlying capabilities move more easily across sectors.

Electrical engineers, systems engineers, software developers, embedded engineers, cybersecurity professionals, AI specialists and advanced-manufacturing engineers are working on technologies that show up in multiple industries.

A systems engineer may move between defense, space and commercial aerospace. Someone with embedded or FPGA expertise could be recruited by a semiconductor company, a robotics business or a medical-device manufacturer. AI and cybersecurity professionals may have an even wider range of choices.

Employers across aerospace and defense, advanced manufacturing, semiconductors, MedTech, AI and other technical markets increasingly need overlapping skill sets.

For A&D leaders, the competitive talent market now extends well beyond the companies they traditionally benchmark against.

A&D Needs More Cross-Disciplinary Technical Talent

Aerospace and defense organizations are being asked to support new capabilities while maintaining existing programs.

Deloitte’s 2026 A&D midyear outlook points to continued commercial aerospace demand alongside defense priorities such as drones and counter-UAS systems, autonomy, missile defense, space and cyber.

Each of those areas places pressure on technical capability.

The skills are also becoming more interconnected. AI, autonomy, digital engineering, cybersecurity and connected systems increasingly bring traditional engineering and technology disciplines together.

A software engineer working in a safety-critical physical system needs a different context than someone developing a typical commercial application. An electrical engineer may need to work across hardware, embedded software, RF, FPGA or systems integration. AI talent may need enough domain expertise to understand environments where reliability, security and technical judgment carry real consequences.

Those combinations are harder to find than any individual skill on its own.

That puts a premium on people who can work across disciplines and understand how their expertise fits into the larger system.

Space and Commercial Aerospace Are Adding Pressure

Defense is only one source of demand for this talent.

NASA highlighted the workforce challenge in August 2026 when it launched its Aerospace Skilled Technical Workforce Hubs initiative, investing approximately $10.5 million in seven institutions to build pathways into high-demand aerospace careers.

Commercial aerospace is drawing heavily from the market as well. According to Aerospace Industries Association’s 2026 industry data, commercial aerospace accounted for 51% of direct industry manufacturing employment, compared with 49% for defense and national security.

The roles are not identical, but there is substantial overlap in the expertise needed to design, build, test, secure and maintain increasingly sophisticated systems.

Then add advanced manufacturing, semiconductors, robotics, AI and other technology-driven sectors.

That creates a much wider market for specialized engineers.

For A&D employers, the question is no longer whether another defense contractor might hire someone away. A strong engineer may have compelling opportunities in several industries, each with different compensation structures, work environments, technologies and career paths.

The Experience Gap Makes the Shortage Harder to Solve

More engineering graduates will help the long-term pipeline, but many of the hardest roles in aerospace and defense cannot be filled with entry-level talent alone.

Systems integration, testing, certification, troubleshooting, technical leadership and complex program execution often depend on judgment developed over years.

That makes experienced engineers especially valuable.

It also creates another source of workforce risk. When a senior engineer retires or leaves for another industry, the organization can lose much more than one employee. Design history, lessons learned, customer knowledge and practical problem-solving experience can leave with them.

In aerospace and defense, where systems may remain in service for decades, losing that institutional knowledge can have a long tail.

Workforce planning therefore has to account for both sides of the equation: bringing in the capabilities the business needs next while creating enough overlap to transfer what experienced engineers already know.

Exact-Match Hiring Can Make a Tight Market Even Tighter

Some aerospace and defense requirements are genuinely non-negotiable.

A security clearance may be required. Safety, regulatory or customer requirements may call for very specific experience. Certain platforms or technical environments need people who already understand the work.

The problem comes when every preference is treated the same way.

A search can become extremely narrow when the candidate must have the exact degree, exact industry background, identical tool stack, specific platform experience, local geography and every preferred qualification before being considered.

That approach is especially difficult in a market where specialized engineers have options.

Technology and engineering leaders can widen the pool by getting very clear about what the work truly requires.

For each role, it is worth asking:

• Which capabilities truly need to be present on day one?
• Where is prior A&D or program-specific experience essential?
• Which skills could transfer from another technical industry?
• Where could training, knowledge transfer or a different talent model close the gap?

An engineer coming from semiconductors, robotics, advanced manufacturing or another highly technical environment may bring relevant capability even if the résumé does not mirror the person who held the role before.

The goal is to keep standards high while being precise about which requirements actually protect the work.

A Finite Talent Market Requires a Broader Workforce Strategy

When the underlying market is constrained, opening more requisitions does not create more engineers.

A stronger workforce strategy gives the organization several ways to build capability.

That may include developing people internally, creating overlap before experienced engineers leave, recruiting from adjacent industries, building relationships before positions become urgent, and using different workforce models depending on the work.

Contract, contract-to-hire, and project-based models can give organizations another way to access specialized expertise when capability is needed quickly, project requirements are changing, or the need does not justify a permanent hire.

Permanent hiring remains an important part of the mix. It just does not have to carry the entire workforce strategy.

Organizations with several ways to access expertise have more room to respond when programs accelerate, priorities change or a particularly difficult skill becomes the bottleneck.

STRATEGIC TAKEAWAY

Aerospace and defense companies are competing for engineering talent in a much larger market than they used to.