Aerospace Engineering in New York

📊 Employment Overview

New York employs 3,835 aerospace engineering professionals, representing approximately 4.8% of the national workforce in this field. New York ranks #4 nationally for aerospace engineering employment.

💰 Salary Information

Aerospace Engineering professionals in New York earn competitive salaries across all experience levels, with an average annual salary of $133,000.

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 New York.

🏢 Industry Landscape & Top Employers

New York ranks #4 nationally in aerospace engineering — 3,835 engineers earning an average of $133,000 — with a market defined by one of the world's leading aircraft engine manufacturers, a premier defense electronics company, and the dense defense aerospace contractor ecosystem supporting the greater New York/Long Island defense corridor. New York's aerospace engineering community is anchored by GE Aerospace's research center in Niskayuna, L3Harris's Long Island defense systems operations, and a substantial military aviation presence on Long Island and in upstate New York.

Major Employers: GE Aerospace Research Center (Niskayuna) is one of the world's most important industrial research laboratories — employing aerospace engineers for advanced propulsion technology research including turbomachinery, combustion, materials science, and thermal management for next-generation aircraft engines. The GE Research Center's work feeds directly into GE Aerospace's commercial and military engine programs including the GE9X, LEAP, and the GE T901 helicopter engine. L3Harris Technologies (Hauppauge, Long Island) develops airborne surveillance systems, electronic warfare systems, and space sensor payloads employing hundreds of aerospace engineers on classified defense programs. Northrop Grumman (Bethpage, Long Island) has historical F-14 Tomcat and E-2 Hawkeye heritage; current Grumman aerospace legacy programs include Navy systems support. Moog Inc. (East Aurora, near Buffalo) develops precision flight control actuation systems for aerospace, defense, and space applications — supplying control surfaces actuators for commercial airliners and flight control components for missiles, launch vehicles, and spacecraft. Lockheed Martin (Owego) develops C-130 avionics systems, special operations aircraft modifications, and helicopter fire control systems. Curtiss-Wright (Parsippany NJ parent, NY operations) develops aerospace actuation and controls. Stewart Airport (Newburgh) and various New York Air National Guard installations (Niagara Falls, Westfield, Francis S. Gabreski in Westhampton Beach) create military aviation engineering demand. Collins Aerospace has New York operational engineering presence. Bombardier Aerospace (Montreal parent, NY sales/support) connects to the state's business aviation community.

GE Research Center — Industrial Aerospace Research Excellence: The GE Research Center in Niskayuna has operated since 1900 — making it one of the world's oldest and most productive industrial research laboratories. Aerospace engineers here work on the fundamental physics and materials science that will eventually become the next generation of GE commercial and military engines. The laboratory's combination of basic research freedom and direct commercial application creates engineering careers of unusual intellectual breadth.

Moog's Precision Actuation Legacy: Moog's East Aurora campus has developed precision flight control actuation systems since 1951 — its electrohydraulic and electromechanical actuators fly on virtually every major military and commercial aircraft, launch vehicle, and spacecraft in the US inventory. The engineering depth required to design actuators that operate reliably for thousands of flight hours across temperature extremes, vibration, and demanding duty cycles makes Moog's New York campus one of the most technically sophisticated aerospace manufacturing operations in the country.

📈 Career Growth & Pathways

New York's aerospace engineering careers offer advancement tracks in advanced propulsion research at GE, defense systems at L3Harris, precision actuation engineering at Moog, and avionics at Lockheed Martin Owego — with clearances and propulsion technology research experience being the primary career differentiators.

Typical Career Trajectory:

• Junior Aerospace Engineer (0–2 years): $88,000–$115,000 — Entry at GE Research, Moog East Aurora, L3Harris Hauppauge, or Lockheed Martin Owego. Cornell University, RPI, and Syracuse University are primary feeders. GE Research's competitive research associate programs are particularly prestigious entry pathways.
• Mid-Level Engineer (3–7 years): $115,000–$155,000 — GE Research propulsion engineers, Moog flight control actuation specialists, and L3Harris cleared defense systems engineers advance strongly. New York City's proximity creates additional aerospace-adjacent financial technology opportunities that some aerospace engineers pursue.
• Senior Engineer (7–12 years): $155,000–$205,000 — Technical authority at GE Research on propulsion technology programs, Moog principal engineers on major actuation product lines, or L3Harris senior program engineers on classified airborne surveillance systems.
• Principal/Fellow Engineer (12+ years): $205,000–$310,000+ — GE Research Distinguished Scientists and Moog Technical Fellows represent New York's aerospace apex.

GE T901 Military Engine Impact: GE Aerospace's T901 engine — winning the Army's Improved Turbine Engine Program competition to upgrade Apache and Black Hawk helicopters — was developed with significant research contributions from GE's Niskayuna center. Engineers at GE Research contributed to the advanced turbomachinery, combustion, and materials technologies that give the T901 a 50% power increase over the T700 it replaces. New York aerospace engineers directly contributed to upgrading the Army's most important rotorcraft platforms.

💰 Salary vs. Cost of Living

New York's $133,000 average aerospace salary reflects both the premium of L3Harris's defense programs and GE Research's compensation level, but the wide geographic variation in cost of living across the state makes location-specific analysis essential.

Long Island (L3Harris / Northrop area): Cost of living 60–75% above the national average, with median home prices of $550,000–$800,000 in Nassau and Suffolk County communities. High property taxes ($12,000–$20,000 annually) add substantially to homeownership costs. L3Harris engineers often choose communities in eastern Queens or Nassau County for better value, or commute from Connecticut.

Upstate New York (GE Research / Moog / Lockheed Owego): Dramatically more affordable — cost of living near or 5–15% below the national average in the Niskayuna/Schenectady and Buffalo/East Aurora areas. Median home prices of $200,000–$330,000 provide excellent value. The Finger Lakes wineries, Adirondack Mountains, and Niagara Falls create outstanding recreational access for upstate New York aerospace engineers.

Tax Note: New York State's income tax (reaching 10.9%) is among the highest nationally. NYC residents pay an additional city tax up to 3.876%, but upstate engineers pay only state tax. Upstate engineers with the same nominal salary as Long Island engineers retain significantly more after-tax income — the financial case for upstate aerospace employment is considerably stronger than the Long Island comparison.

📜 Licensing & Professional Development

New York's aerospace professional development reflects its propulsion research, defense electronics, and precision actuation sectors — with AIAA propulsion research credentials, DOD clearances for L3Harris programs, and Moog actuation engineering expertise being the most career-differentiated qualifications.

The New York State Education Department administers PE licensure via the standard pathway, including a specific requirement for 6 years of qualifying experience — longer than most states.

High-Value Credentials in New York's Aerospace Market:

• AIAA Propulsion and Energy Technical Committee (GE Research): For GE Research aerospace engineers, active publication in AIAA Journal of Propulsion and Power and conference presentations at AIAA SciTech and Propulsion and Energy forums builds professional standing in the global propulsion research community. GE Research engineers regularly publish alongside university researchers and compete for AIAA best paper recognition in propulsion disciplines.
• DOD Secret / TS Clearances (L3Harris / Lockheed Owego): For L3Harris Long Island engineers on classified airborne surveillance and electronic warfare programs, and Lockheed Martin Owego engineers on special operations aircraft modifications, clearances are mandatory career credentials. New York's cleared aerospace community is concentrated on Long Island and in upstate military aviation programs.
• Precision Actuation Engineering (Moog): For Moog East Aurora engineers, deep expertise in electrohydraulic servo valve design, electromechanical actuator development, and the FAA/military qualification testing required for flight-critical actuators is the foundational professional credential in one of aerospace engineering's most demanding mechanical engineering specializations.
• FAA Part 33 / MIL-SPEC Engine Research Credentials: For GE Research engineers whose propulsion technology eventually feeds into GE engine programs, familiarity with FAA engine certification standards and the transition from research demonstration to production-ready engineering is increasingly valued as GE accelerates technology insertion timelines.

Education: Cornell University (Ithaca — elite aerospace with exceptional GE and defense industry connections), Rensselaer Polytechnic Institute (Troy — adjacent to GE Research in Niskayuna, with strong research collaboration), and Syracuse University provide the primary aerospace talent pipelines. RPI's proximity to GE Research creates particularly direct research-to-industry pathways.

📊 Job Market Outlook

New York's aerospace market is expected to grow steadily, driven by GE's next-generation engine technology development, L3Harris's defense systems portfolio expansion, and Moog's growing space and defense actuation market.

GE Aerospace Next-Generation Engine Programs: GE Aerospace's XA100 adaptive cycle engine — competing for the Next Generation Adaptive Propulsion (NGAP) program to power the F-35 and future fighters — incorporates advanced turbomachinery, variable cycle architecture, and thermal management technology developed at GE Research. As NGAP advances toward selection and potential production, GE Research's Niskayuna workforce supporting adaptive cycle engine development is expected to grow.

L3Harris Defense Surveillance Growth: Growing demand for airborne ISR (intelligence, surveillance, and reconnaissance) capabilities — driven by Great Power Competition and the lessons of recent conflicts — is expanding L3Harris's sensor and mission systems development programs. Long Island's defense electronics community benefits directly from this demand growth.

Space Actuation Market (Moog): Moog's precision actuation expertise is finding growing application in the commercial space launch market — launch vehicle thrust vector control, satellite attitude control systems, and spacecraft separation systems all require Moog-class precision actuation. As the commercial space market expands, Moog's East Aurora operations benefit from growing non-military aerospace demand.

🕐 Day in the Life

Aerospace engineering in New York means advancing the propulsion technology that will power the next generation of military aircraft, developing the surveillance systems that provide intelligence across contested environments, and engineering the precision actuators that control every significant aerospace system in the US inventory — within a state whose geographic diversity from the Adirondacks to Long Island Sound creates engineering career experiences of remarkable variety.

At GE Research (Niskayuna): Advanced turbomachinery engineers working on the XA100 adaptive cycle engine's variable cycle architecture spend mornings analyzing computational fluid dynamics results for a new third stream variable area bypass injector design — evaluating how the injector's mixing characteristics affect the engine's ability to transition between high-thrust and high-efficiency operating modes. Afternoons involve an experimental combustion rig test where a new lean-burn combustor design is evaluated for NOx emissions and pattern factor at conditions simulating the engine's operating environment. The direct connection between Niskayuna research and GE Aerospace's commercial and military engine programs means that today's research results become tomorrow's engine technology — a connection that engineers at GE Research carry with visible professional pride.

Lifestyle: New York's lifestyle diversity across its regions makes generalizations impossible. Long Island engineers access the Atlantic Ocean beaches of the Hamptons and Fire Island, the cultural richness of New York City (30–60 minutes by train), and the specific community character of Nassau and Suffolk County suburbs. Upstate engineers experience dramatically different New York — the Hudson Valley's wine country and historic estates, the Finger Lakes' gorges and glacial beauty, the Adirondack High Peaks' challenging backcountry hiking, and the Niagara Falls' spectacular power. Engineers at GE Research in Niskayuna are 45 minutes from Saratoga Springs' cultural scene, 90 minutes from the Adirondacks, and 3 hours from New York City — accessing the full spectrum of New York's remarkable geographic and cultural diversity.

🔄 Compare with Other States

See how New York compares to other top states for aerospace engineering: