Aerospace Engineering in Texas

📊 Employment Overview

Texas employs 10,295 aerospace engineering professionals, representing approximately 12.8% of the national workforce in this field. Texas ranks #2 nationally for aerospace engineering employment.

💰 Salary Information

Aerospace Engineering professionals in Texas earn competitive salaries across all experience levels, with an average annual salary of $116,000.

Note: Salaries are adjusted for cost of living and local market conditions. Data based on BLS statistics and industry surveys (2024-2025).

🎓 Schools Offering Aerospace Engineering

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🚀 Career Insights

Key information for aerospace engineering professionals in Texas.

🏢 Industry Landscape & Top Employers

Texas ranks #2 nationally in aerospace engineering — 10,295 engineers earning an average of $116,000 — and is the most diverse and dynamically growing major aerospace market in the United States. No other state offers the combination of NASA's human spaceflight control center, SpaceX's Starship launch site, Lockheed Martin's F-35 production facility, Bell's tiltrotor engineering campus, L3Harris's defense electronics operations, and a growing commercial space ecosystem — all within a no-income-tax state with dramatically lower housing costs than California. Texas aerospace engineers are literally building the future of both military and commercial aviation and space.

Major Employers: Lockheed Martin Aeronautics (Fort Worth) is Texas's defining aerospace employer for military aviation — the Fort Worth facility is the world's largest military aircraft factory, producing every F-35 Lightning II for the US Air Force, Navy, Marine Corps, and 15 partner nations. Fort Worth employs thousands of aerospace engineers for F-35 aerodynamics, structures, avionics integration, flight test, and production engineering. Bell Textron (Fort Worth) is the world's leading rotorcraft and tiltrotor manufacturer — developing the V-280 Valor FLRAA, V-22 Osprey tiltrotor, 407, 429, and 505 commercial helicopters, and the Bell 360 Invictus (competed for FARA). NASA Johnson Space Center (Houston) is the heart of US human spaceflight operations — managing Artemis astronaut training, Mission Control for ISS and future lunar missions, and the development of next-generation space suit and lunar lander systems. SpaceX Starbase (Boca Chica, near Brownsville) is the development and launch site for Starship — the world's largest and most powerful rocket, designed to carry 100+ people to Mars and serve as the NASA Human Landing System for Artemis Moon missions. Boeing Defense (San Antonio, Amarillo) maintains aircraft fleet support operations. L3Harris Technologies (multiple Texas locations) develops electronic warfare and intelligence collection systems. GE Aerospace (various TX operations), Raytheon (Greenville F-16 upgrade facility), and Sierra Nevada Corporation (Austin) add to Texas's diverse aerospace landscape. Triumph Aerospace and Ducommun provide aerostructures manufacturing engineering employment. The growing Austin commercial space startup community includes multiple small satellite and launch vehicle companies.

Fort Worth — Where the F-35 is Born: Lockheed Martin's Fort Worth factory is producing the most sophisticated fighter aircraft ever built at a rate of more than 150 aircraft per year for customers spanning four continents. Engineers here work on stealth integration, advanced avionics architecture, sensor fusion, and production engineering for an aircraft that will define air combat for the next 30 years. The scale of the program — 3,000+ planned US aircraft plus hundreds for international partners — ensures generations of engineering demand in Fort Worth.

SpaceX Starbase — Building the Future of Space: Starbase at Boca Chica is where the most ambitious spacecraft ever conceived is being developed and launched. Starship's full reusability, enormous payload capacity, and design for Mars colonization create engineering challenges at every scale — from the Raptor engine's full-flow staged combustion thermodynamics to the heat shield tiles that must survive Mach 25 reentry. Texas aerospace engineers at Starbase are participating in the most consequential space development program in human history.

📈 Career Growth & Pathways

Texas offers aerospace engineering career tracks of extraordinary breadth and depth — from the highest-volume military fighter production in the world at Lockheed Martin Fort Worth, to the most ambitions space venture ever attempted at SpaceX Starbase, to the world's most advanced tiltrotor development at Bell Fort Worth, all within a no-income-tax state with strong financial value relative to California.

Typical Career Trajectory:

• Junior Aerospace Engineer (0–2 years): $75,000–$100,000 — Strong entry at Lockheed Martin Fort Worth, Bell Textron, SpaceX Starbase, or NASA JSC. University of Texas Austin, Texas A&M, and Rice University produce elite aerospace talent absorbed directly by Texas's major employers. No income tax immediately adds 5–8% to effective compensation.
• Mid-Level Engineer (3–7 years): $100,000–$140,000 — Lockheed Martin F-35 systems engineers, Bell tiltrotor aeromechanics specialists, SpaceX Starship propulsion or structures engineers, and NASA JSC flight systems engineers advance strongly. The no-income-tax advantage provides $5,000–$9,000 in additional take-home annually versus California peers at equivalent salaries.
• Senior Engineer (7–12 years): $140,000–$192,000 — Technical authority on F-35 major programs, Bell FLRAA development leadership, or SpaceX Starship senior engineers. Texas senior aerospace engineers achieve compensation and purchasing power combinations that are simply unavailable on either coast.
• Principal/Fellow Engineer (12+ years): $192,000–$350,000+ — Lockheed Martin Technical Fellows on F-35 programs, Bell Distinguished Engineers on tiltrotor programs, SpaceX principal engineers, and NASA JSC senior flight directors represent Texas's aerospace apex — with no state income tax amplifying every compensation level.

The Texas Advantage vs. California: A senior Texas aerospace engineer earning $165,000 at Lockheed Martin Fort Worth takes home approximately $125,000 after only federal taxes — with housing costing $400,000–$500,000. A California peer earning the same salary in El Segundo takes home approximately $108,000 after federal and California taxes — with housing costing $900,000–$1,200,000. The Texas engineer is building wealth; the California engineer is managing costs. This differential compounds dramatically over a career.

💰 Salary vs. Cost of Living

Texas's $116,000 average aerospace salary with no state income tax and dramatically lower housing costs than California creates the best absolute financial outcomes available in any major aerospace market — the combination is simply the most compelling value proposition in American aerospace engineering.

Fort Worth / DFW Metro (Lockheed Martin / Bell): Texas's primary aerospace manufacturing hub, with cost of living near the national average — significantly elevated from Texas's historical levels but still dramatically below California or the Northeast. Median home prices of $370,000–$480,000 in desirable Fort Worth communities (Keller, Southlake, Colleyville) are accessible for aerospace salaries. Fort Worth itself offers excellent value — the Cultural District's world-class art museums, the Stockyards' Western heritage, and the medical district's infrastructure give Texas's second city a genuine character.

Houston (NASA JSC / Boeing): Texas's largest city, with cost of living 5–10% above the national average. Median homes of $320,000–$440,000 in popular suburban communities (Sugar Land, The Woodlands, Pearland). NASA JSC engineers achieve outstanding purchasing power in a metropolitan area offering genuinely world-class dining, the Museum District, and professional sports in every major league.

South Texas / Rio Grande Valley (SpaceX Starbase): Very affordable — cost of living 20–25% below the national average, median homes of $185,000–$270,000 near McAllen and Harlingen. SpaceX engineers at Boca Chica often live in these communities, achieving exceptional purchasing power alongside access to South Padre Island's beaches and the unique cultural character of the Texas-Mexico border region.

📜 Licensing & Professional Development

Texas's aerospace professional development reflects its fighter production, tiltrotor engineering, human spaceflight, and commercial space sectors — with F-35 program credentials, Bell tiltrotor expertise, FAA commercial space licensing knowledge, and NASA human spaceflight systems engineering experience being the most career-consequential.

The Texas Board of Professional Engineers and Land Surveyors (TBPELS) administers PE licensure via the standard pathway.

High-Value Credentials in Texas's Aerospace Market:

• DOD TS/SCI Clearances (Lockheed Martin F-35): The F-35's classified avionics architecture, sensor fusion algorithms, and electronic warfare capabilities require TS/SCI clearances for the most technically significant avionics and mission systems engineering work. Texas's defense aerospace cleared community is one of the nation's largest — concentrated in Fort Worth's defense manufacturing corridor.
• FAA Commercial Space Launch / SpaceX: For SpaceX Starbase engineers, familiarity with the FAA's commercial space launch licensing process — including the vehicle operator license requirements, launch site operator license, and the reentry vehicle regulations governing Starship — is an increasingly significant credential as commercial space launch becomes a regulated industry with requirements comparable to commercial aviation.
• AHS/VFS Tiltrotor Engineering (Bell): For Bell Fort Worth engineers developing V-280 Valor and V-22 Osprey systems, active participation in the Vertical Flight Society and specialization in tiltrotor aeromechanics — proprotors, conversion corridor dynamics, and the flight mechanics of variable-speed rotor systems — creates credentials in a globally scarce specialization concentrated in Fort Worth.
• NASA Systems Engineering (NPR 7123.1) / Human Spaceflight Certification: For JSC engineers, mastery of NASA's systems engineering requirements for human-rated spacecraft — the safety margins, redundancy requirements, and crew rating certification processes that govern Artemis systems — is foundational professional knowledge for careers in human spaceflight systems engineering.

Education: University of Texas Austin (consistently top-10 aerospace nationally), Texas A&M University (College Station — large program with direct defense industry connections), and Rice University (Houston — elite research with direct NASA JSC connections) collectively produce the nation's largest aerospace engineering talent pipeline alongside California. UT Austin's proximity to Austin's commercial space startup ecosystem and Texas A&M's connections to the defense aerospace sector create particularly powerful direct-employment pathways.

📊 Job Market Outlook

Texas is poised to remain the fastest-growing major aerospace engineering market in the United States — with F-35 production continuation, Starship commercialization, FLRAA V-280 production engineering, and the state's sustained corporate attraction of aerospace manufacturers creating multi-decade demand growth.

F-35 Production Continuation: Lockheed Martin Fort Worth will produce F-35s through at least the late 2030s — with Block 4 capability upgrades requiring extensive engineering investment simultaneously with ongoing production. The combination of production rate maintenance, Block 4 integration, and international customer support engineering creates sustained demand for thousands of aerospace engineers at Fort Worth for the foreseeable future.

Starship Commercialization: SpaceX's Starship is transitioning from development to operational launch — with Starlink second-generation constellation deployment, NASA Artemis Human Landing System missions, and commercial satellite deployment customers all requiring operational Starship launches from Boca Chica. As launch cadence increases, Starbase's engineering workforce grows proportionally to support the most ambitious aerospace program in history.

FLRAA V-280 Production Engineering: Bell's V-280 Valor selection for the Army's FLRAA program creates a decade-plus of production engineering demand in Fort Worth as the tiltrotor transitions from SDD through production. The V-280's production engineering, factory setup, and supply chain establishment will sustain Bell's Fort Worth workforce at growing levels through the late 2020s and beyond.

Workforce Projection: Texas is expected to add 2,500–4,500 aerospace engineering positions over the next five years — the largest absolute growth of any state after California — driven by F-35, Starship, FLRAA, and the growing Austin commercial space ecosystem.

🕐 Day in the Life

Aerospace engineering in Texas spans from assembling the most advanced fighter jets ever built to developing the rockets that will carry humans to Mars, from engineering the tiltrotor aircraft that will transform Army aviation to guiding crewed spacecraft from Mission Control — all in a state whose no-income-tax policy, outdoor recreation diversity, and Texas-sized ambition create the most complete and financially rewarding major aerospace engineering market in America.

At Lockheed Martin Fort Worth (F-35 Production): Avionics integration engineers working on the F-35's AN/APG-81 AESA radar integration oversee testing of the latest Block 4 software update on production aircraft — verifying that new radar modes operate correctly in the fully integrated avionics environment alongside the distributed aperture system, electronic warfare suite, and communications systems. When a software anomaly appears in the integrated test, the avionics team traces the signal path through multiple Line Replaceable Units, identifies the interface timing issue, and coordinates the software correction with the mission systems team. The aircraft being worked on today will eventually be delivered to a US Air Force, Navy, or partner nation squadron — the engineering done in Fort Worth directly enables the combat capability of air forces worldwide.

At SpaceX Starbase (Boca Chica): Structural engineers analyzing Starship's heat shield tile performance after the most recent flight test review thermal imaging data from hundreds of tile sensors during reentry — identifying tiles that experienced thermal environments exceeding design predictions and determining whether the anomalies resulted from tile geometry, bonding issues, or flight path variations. The rapid iteration philosophy means the analysis is completed in days rather than months — and the findings feed directly into the next vehicle's heat shield design modifications. Working on an aerospace vehicle designed to be the most reusable spacecraft ever built, at a cadence that would have been considered impossible a decade ago, creates an engineering environment of genuine exhilaration.

Lifestyle: Texas's lifestyle is as diverse as the state is large. Fort Worth's cowboy heritage — the Stockyards, the world's largest honky-tonk (Billy Bob's), and the weekly longhorn cattle drive down Exchange Avenue — coexists with the Cultural District's Kimbell Art Museum, Modern Art Museum, and Amon Carter Museum to create a city of genuinely surprising cultural depth. Houston's NASA heritage, the Museum of Natural Science, the Theater District, and a restaurant scene that reflects the world's most ethnically diverse major American city create urban richness matched by few peers. Austin's music scene, outdoor swimming holes, and tech company energy create a uniquely appealing combination for younger engineers. South Texas's border culture, the Gulf of Mexico beaches, and the Rio Grande Valley's natural beauty add more geographic and cultural variety. The combination of no income tax, affordable housing (outside Austin's core), and the most dynamic major aerospace engineering market in the country makes Texas the clear answer for engineers who want to maximize both career opportunity and financial outcome simultaneously.

🔄 Compare with Other States

See how Texas compares to other top states for aerospace engineering: