Aerospace Engineer Salary and How to Reach $135K

The median aerospace engineer earns $134,830 a year, a figure the Bureau of Labor Statistics reports in its May 2024 Occupational Employment and Wage Statistics program. That is the true midpoint, half of aerospace engineers earn more and half earn less, and it is a median, not a mean, so a handful of very high earners do not distort it. At Metaintro we track aerospace and defense engineering roles across the 50 million jobs on our platform, and the postings confirm what the government data shows: this is one of the best-paid engineering paths in the country, and the spread between the floor and the ceiling is where the real career decisions live.

What is the median aerospace engineer salary in 2026?

The headline number is the $134,830 median annual wage from the BLS Occupational Employment and Wage Statistics survey for aerospace engineers, Standard Occupational Classification code 17-2011. Divide that across a standard 2,080-hour work year and the median comes to roughly $64.82 an hour. Hold onto the word median. It is the 50th percentile, the person exactly in the middle of the pack, and it is a more honest anchor than an average because averages get pulled upward by the small number of principal engineers and program leads at the very top.

For context, the all-occupations national median is $49,500. An aerospace engineer at the median earns about 2.7 times that. Even the 10th percentile aerospace engineer, at $85,350, earns well above the typical American worker. This is a field where the entry point already clears most of the labor market, which is exactly why the education and licensing bar is high.

In the aerospace and defense openings we track at Metaintro, demand clusters in a handful of settings: prime contractors building aircraft and spacecraft, the propulsion and avionics suppliers that feed them, federal research labs, and a fast-growing commercial space segment. Each of those settings sits at a different point on the pay curve, and knowing which one you are targeting matters more than any single negotiation tactic. If you want to translate the government median into your own number, our guide on how to research what a job pays walks through the method.

How wide is the aerospace engineer pay range?

The BLS percentile data tells the real story better than any single figure. The 10th to 90th percentile range runs from under $85,350 at the bottom tenth to more than $205,850 at the top tenth. That is a spread of more than $120,000 between an early-career engineer at a modest supplier and a senior specialist at a prime contractor or a national lab.

Why so wide? Three forces stretch it. The first is sub-field. An engineer working on cutting-edge propulsion, hypersonics, or spacecraft guidance commands more than one doing routine sustainment work on a mature airframe. The second is employer type. Prime contractors and federal research settings pay differently than smaller subcontractors, and the difference compounds over a career. The third is geography. Pay runs highest in the high-cost aerospace hubs and in the metros clustered around major defense and space programs, and lower in regions with fewer aerospace employers competing for the same talent.

To understand where you personally sit in that band, the exercise is not guessing but benchmarking. Our walkthrough on how to figure out your market rate shows how to combine the BLS percentile bands with live posting data so you are negotiating from the actual number for your specialty and location, not a national average that flattens all of it.

How does industry move an aerospace engineer's pay?

Aerospace is not one market. It is at least three, and they pay differently. Understanding which one you are in is the single biggest lever on your number.

Defense is the largest employer of aerospace engineers, and it pays well because the work is complex, the programs are long, and the contracts are large. Prime defense contractors building fighters, missiles, and unmanned systems sit near the top of the wage band, especially for engineers cleared to work on classified programs. Suppliers and subcontractors feeding those primes pay solidly but usually a step below the prime itself.

Commercial space has become the fastest-moving segment. New launch companies, satellite constellations, and reusable vehicle programs compete hard for propulsion, structures, and guidance engineers, and that competition has pushed compensation up in the hubs where those companies cluster. The tradeoff is that startup-style space firms often weight compensation toward equity and mission rather than pure cash, so the headline base can read lower than a prime's while total upside runs higher.

Commercial aviation, the traditional core of the field, pays reliably and offers the most stable long-horizon programs. New aircraft and engine development cycles create surges of demand, and the engineers who ride a full program from concept to certification build the kind of deep, hard-to-replace expertise that anchors the upper percentiles. Because base pay is only one piece, our guide on how to compare total compensation not just salary is worth reading before you weigh a prime's cash offer against a space firm's equity package.

Does a security clearance raise an aerospace engineer's salary?

Yes, and it is one of the most reliable pay bumps in the field. A large share of aerospace engineering work, especially on the defense side, happens on classified programs that legally require the engineer to hold an active security clearance. Because clearances take months to obtain and are sponsored by an employer, a cleared engineer is a much smaller pool of candidates, and scarcity moves price.

The clearance itself does not change the engineering work in a way that BLS breaks out separately, so treat any specific clearance premium as a market effect rather than a government-published number. What the BLS OEWS data does show is that the top of the range, above $205,850, is populated heavily by senior engineers at prime contractors and research settings, which is precisely where cleared work concentrates. In the cleared defense roles we see posted across Metaintro, employers consistently treat an existing active clearance as a differentiator worth paying for, because it lets the engineer start billable classified work immediately instead of waiting out an investigation.

The practical takeaway is that if you are early in an aerospace career and you get the chance to be sponsored for a clearance, take it. It widens the set of roles you can hold, and the higher-paying corner of the field is largely gated behind it. When the cleared offer arrives, treat it like any other offer and run it through our how to negotiate a job offer framework so the scarcity works in your favor.

How does seniority change an aerospace engineer's pay?

Seniority is the mechanism that carries an engineer from the 10th percentile toward the 90th. A new graduate starting near $85,350 and a principal engineer earning above $205,850 are often doing recognizably related work, but the senior engineer owns architecture decisions, signs off on designs, mentors teams, and carries risk that the company cannot easily transfer to someone else.

The move up is not automatic with years served. It comes from depth. An engineer who spends a decade cycling through the same sustainment tasks stays near the middle. An engineer who follows a program through its hardest phases, earns a professional engineering license where the role calls for it, and becomes the person the organization cannot ship a design without, climbs. The percentile spread the BLS reports is really a picture of that divergence: same job title, radically different market value depending on how the years were spent.

The clearest early accelerators are specialization in a high-demand sub-field, willingness to relocate to a major aerospace hub, and a clearance where the work allows. Later, the accelerators shift to technical leadership and program ownership. If you want the compound-interest version of this, our piece on what counts as good pay reframes the number as a trajectory rather than a snapshot, which is the right way to think about a career with a $120,000-wide band.

How is AI reshaping aerospace engineer salaries?

Aerospace engineering is being reshaped by AI-driven simulation, generative design, and machine-learning-assisted analysis, and that shift is showing up in pay. Modern aerospace work increasingly runs through AI-accelerated computational fluid dynamics, structural optimization, digital twins, and autonomous-systems modeling, and the engineers who can drive those tools are pulling ahead of the ones who cannot.

This is the same repricing playing out across the whole labor market, not just in cockpits and clean rooms. Lacey Kaelani, CEO of Metaintro, told People Managing People that "AI is not completely eliminating roles, but instead restructuring roles and therefore slowing hiring for some jobs." In aerospace, that restructuring is exactly why pay is bifurcating: the engineers who adapt and own the AI-assisted work hold their leverage and their pay, while the ones who stay purely manual watch the premium pass them by.

The scale of that gap is now measurable. The PwC 2026 Global AI Jobs Barometer found that workers with AI skills command a 62 percent wage premium over otherwise comparable peers without them, up from 57 percent the year before. In a field where the base median is already $134,830, a premium of that magnitude is the difference between sitting mid-range and pushing toward the top decile. This does not mean AI replaces the aerospace engineer. It means the engineer who pairs deep domain judgment with fluency in AI-assisted design and simulation becomes dramatically more valuable, because they compress work that used to take a full team.

Across the engineering roles we track at Metaintro, postings that ask for simulation, modeling, and AI-assisted design skills alongside core aerospace competencies cluster in the higher-paying segment of the market. The signal is consistent enough that treating AI and simulation fluency as a core skill, not a bonus, is now one of the surest ways to move up an aerospace pay band.

What education path leads to an aerospace engineer's salary?

The entry point is a bachelor's degree, typically in aerospace engineering or a closely related discipline such as mechanical engineering. That degree is what unlocks the $85,350-and-up range from the start, and it is why even the bottom percentile of this occupation clears the national median by a wide margin. For roles involving research, advanced propulsion, or leadership of complex programs, a master's degree is common and often expected.

A professional engineer license is not required for every aerospace role, but it matters for engineers who approve designs, offer services to the public, or move into senior technical authority. Licensure requires passing the Fundamentals of Engineering exam, gaining qualifying experience, and passing the Principles and Practice of Engineering exam, a path administered through the National Council of Examiners for Engineering and Surveying. Where the role rewards it, the license is another rung toward the upper percentiles.

The education math is favorable. Unlike fields where a degree pays off slowly, an aerospace engineering degree lands a graduate above most of the workforce on day one, and the BLS outlook supports continued demand for those graduates. If you are weighing the investment, our pillar guide to what jobs really pay puts aerospace next to other high-paying paths so you can see the tradeoffs clearly.

What is the job outlook for aerospace engineers?

Employment of aerospace engineers is projected to grow 6 percent from 2023 to 2033, faster than the average for all occupations, according to the BLS Occupational Outlook Handbook. That growth is not evenly spread. It concentrates in the segments driving the industry forward: national defense modernization, the commercial space boom, and the redesign of aircraft and propulsion for efficiency and new mission profiles.

Steady growth in a small, high-skill occupation keeps the labor market tight, which supports the strong wage band year over year. When a field is both well-paid and growing faster than average, employers cannot simply wait for cheaper talent, so they pay to secure the engineers they need. That dynamic is the quiet reason the aerospace median has stayed so far above the national figure.

The demand is not only for new headcount. Retirements in the mature defense and aviation workforce, combined with the influx of commercial space programs, create openings that reward engineers with current, tool-forward skills. In the aerospace postings we see at Metaintro, the roles that stay open longest are the specialized ones, which is exactly where the pay premium concentrates.

New grad at a subcontractor or cleared veteran at a prime, which path pays more?

Consider two aerospace engineers to see how the band actually splits. The first is a new graduate who takes a job at a small subcontractor doing sustainment work on a mature airframe. She holds a bachelor's degree, no clearance, and works in a region with modest aerospace presence. Her pay sits near the 10th percentile, under $85,350. Solid money, well above the national median, but the floor of her field.

The second is an engineer eight years into a career at a prime defense contractor. He holds an active security clearance, works classified propulsion programs in a major aerospace hub, and has become the person his team routes hard design questions to. His pay sits near the top of the range, approaching or above $205,850. Same broad occupation, roughly $120,000 apart.

The gap is not luck. It is the sum of deliberate moves: getting sponsored for a clearance, choosing the prime over the sustainment shop, relocating to where the high-value programs are, and building a specialty deep enough that the employer cannot easily replace it. Each of those is a decision the first engineer can still make. The percentile band is not a fixed slot, it is a ladder, and every rung on it corresponds to a choice about where and how the work gets done. To plan those moves as a sequence rather than hope for them, start from your current number using our research what a job pays guide.

Generalist or AI-and-simulation-skilled engineer, which one earns more?

Take two engineers at the same company with the same title and the same years of experience. The first is a capable generalist who does his design and analysis with established methods and hands simulation work to a specialist team. The second has made herself fluent in AI-assisted simulation, generative design, and machine-learning-driven optimization, and she can take a design from concept through high-fidelity modeling largely on her own.

On paper they hold the same role. In the market they do not. The PwC 2026 Global AI Jobs Barometer puts the AI-skills wage premium at 62 percent over comparable peers, and in aerospace that premium shows up as faster promotion, first pick of the marquee programs, and a clearer path into the upper percentiles the BLS documents. The generalist is not falling behind because he is worse at engineering. He is falling behind because the second engineer compresses the work of several people into one highly leveraged role.

The move from the first path to the second does not require abandoning aerospace fundamentals. It requires layering AI and simulation fluency on top of them, treating those tools as core craft. That single reframing is one of the highest-return career decisions an aerospace engineer can make right now, and it is the kind of skill our figure out your market rate exercise will show is repricing the field in real time.

What is the single fastest way to raise an aerospace engineer's paycheck?

If you want one concrete move rather than a list, it is this: pick a high-demand specialty and go deep enough in it, with modern AI and simulation tooling, that a prime contractor or space program cannot ship without you. Everything else in aerospace pay follows from that. Depth in propulsion, guidance, hypersonics, autonomy, or structures is what moves you off the median. Tool fluency is what accelerates the climb. A clearance is what unlocks the highest-paying corner of the defense market. And geography, moving to where the marquee programs actually run, converts all of it into a bigger number.

The order matters. Chase the specialty first, because a deep specialty makes you worth sponsoring for a clearance, worth relocating, and worth the AI-premium pay band. A generalist who tries to negotiate hard from the middle of the range has little leverage. A specialist the program cannot lose has all of it. Before your next review or offer, benchmark your specialty and location against the BLS percentile data, decide which single specialty you will own, and build the AI and simulation skills that reprice you. Then take the number you have earned into a real negotiation using our how to negotiate a job offer guide, and let each raise compound off the larger base.

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People Also Asked

Q: Is aerospace engineering a good-paying job?

A: Yes, decisively. The BLS median annual wage for aerospace engineers is $134,830, about 2.7 times the $49,500 national median for all occupations. Even the bottom 10 percent of the field earns more than $85,350, so aerospace engineering clears most of the labor market at its floor. It is one of the highest-paid engineering paths tracked by the government.

Q: How long does it take an aerospace engineer to reach top pay?

A: There is no fixed timeline, because top pay above $205,850 is driven by depth rather than years alone. Engineers who specialize in a high-demand sub-field, earn a clearance where the work allows, add AI and simulation fluency, and take on technical leadership tend to reach the upper percentiles well within a decade or two, while generalists who repeat the same work stay near the middle for much longer.

Q: Do you need a degree to be an aerospace engineer?

A: Yes. A bachelor's degree in aerospace or a closely related engineering field is the standard entry requirement, and that degree is what places even entry-level engineers above the national median. Research, advanced, and leadership roles often expect a master's, and a professional engineer license matters for those who approve designs or hold senior technical authority.

Wondering what you should earn as an aerospace engineer? Metaintro tracks how aerospace and defense roles get posted and paid in real time, so you can benchmark your number against the live market instead of guessing. Sign up to see what your target specialty pays and get matched to openings that fit.