Aerospace Engineering in New Jersey

📊 Employment Overview

New Jersey employs 1,755 aerospace engineering professionals, representing approximately 2.2% of the national workforce in this field. New Jersey ranks #13 nationally for aerospace engineering employment.

💰 Salary Information

Aerospace Engineering professionals in New Jersey earn competitive salaries across all experience levels, with an average annual salary of $130,000.

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 Jersey.

🏢 Industry Landscape & Top Employers

New Jersey ranks #13 nationally in aerospace engineering — 1,755 engineers earning an average of $130,000 — with a market anchored by Lockheed Martin's most important naval combat systems facility, a significant pharmaceutical aerospace-adjacent manufacturing engineering community, and the proximity to both Philadelphia and New York City that gives New Jersey aerospace engineers access to one of the broadest regional employment markets in the Northeast. New Jersey's Moorestown campus is where the Aegis Combat System — the US Navy's most capable integrated air and missile defense system — is designed, developed, and continuously modernized.

Major Employers: Lockheed Martin Rotary and Mission Systems (Moorestown) is New Jersey's defining aerospace employer — the primary development and production site for the Aegis Combat System, which equips US Navy destroyers and cruisers and allied navy warships worldwide with the world's most capable naval integrated air and missile defense capability. Aegis's phased array SPY-6 radar, fire control system, and combat management software are all developed at Moorestown, employing hundreds of aerospace engineers for radar systems engineering, systems integration, fire control algorithm development, and combat systems testing. L3Harris Technologies (Parsippany) develops tactical communications systems and surveillance technology. Northrop Grumman (Mount Laurel) has New Jersey defense systems engineering operations. General Dynamics (Pittsfield MA parent, NJ programs) develops communications and information systems. Curtiss-Wright (Parsippany) develops aerospace actuation and defense systems. The Joint Base McGuire-Dix-Lakehurst (Burlington County) is one of the largest joint military installations in the US — combining Air Force C-17 and tanker operations, Army airborne and aviation units, and Naval Air Engineering Station Lakehurst where the Hindenburg disaster occurred and where the Navy continues aircraft launch and recovery systems testing. Naval Air Engineering Station Lakehurst employs aerospace engineers for catapult, arresting gear, and carrier equipment engineering — the electromagnetic aircraft launch system (EALS) and advanced arresting gear (AAG) on Ford-class carriers were developed and tested here.

Lockheed Martin Moorestown and Aegis — A Naval Legacy: The Aegis Combat System has protected US and allied navies since the 1980s — and in its latest SPY-6 configuration, it is the most capable naval radar and fire control system in the world. Every major surface combatant in the US Navy carries Aegis, as do allied navies from Japan to Norway. Engineers at Moorestown work on a system that is simultaneously one of the largest engineering programs in the defense industry and the primary defense against advanced ballistic missile threats to US naval forces. The program's scale and mission significance create engineering careers of extraordinary consequence.

📈 Career Growth & Pathways

New Jersey's aerospace engineering careers offer distinctive advancement in naval combat systems — one of the most technically demanding and mission-significant aerospace engineering specializations — alongside carrier aviation systems engineering at Lakehurst and tactical communications at L3Harris.

Typical Career Trajectory:

• Junior Aerospace Engineer (0–2 years): $88,000–$115,000 — Entry at Lockheed Martin Moorestown, Naval Air Engineering Station Lakehurst, or L3Harris Parsippany. Rutgers University and Princeton University's engineering programs feed into New Jersey's aerospace employers, with Stevens Institute of Technology (Hoboken) providing particularly strong naval systems engineering connections.
• Mid-Level Engineer (3–7 years): $115,000–$155,000 — Lockheed Martin Aegis systems engineers with SPY-6 radar engineering or combat systems integration depth, Lakehurst electromagnetic launch system engineers, and L3Harris tactical communications engineers advance strongly. Clearances for classified Aegis and carrier systems programs add significant compensation premiums.
• Senior Engineer (7–12 years): $155,000–$205,000 — Technical authority on Lockheed Martin's major Aegis programs or senior carrier systems engineers at Lakehurst. New Jersey's premium aerospace salary reflects both the technical depth and mission significance of these programs.
• Principal/Fellow Engineer (12+ years): $205,000–$315,000+ — Lockheed Martin Technical Fellows on Aegis programs and NAES Lakehurst distinguished engineers represent New Jersey's aerospace apex — engineers whose careers have shaped naval aviation and combat systems capability for decades.

Aegis Systems Expertise — Globally Consequential: Lockheed Martin engineers who develop deep Aegis expertise — in SPY-6 radar signal processing, fire control algorithm development, or combat systems integration — build credentials recognized by every allied navy that operates Aegis (Japan, South Korea, Spain, Norway, Australia, Canada). The global Aegis community creates career mobility options beyond the US Navy program that extend to allied defense contracts and international naval combat systems programs.

💰 Salary vs. Cost of Living

New Jersey's $130,000 average aerospace salary — the second-highest in this batch — must be analyzed against genuinely high property taxes and elevated housing costs, particularly in the desirable Moorestown and Parsippany areas.

South Jersey (Moorestown / Mount Laurel / Burlington County): The primary Aegis aerospace employment zone, with cost of living 20–30% above the national average. Median home prices of $380,000–$550,000 in Burlington County communities are manageable for Lockheed Martin aerospace salaries, though New Jersey's exceptional property taxes ($8,000–$14,000 annually for a typical home) add substantially to homeownership costs.

Morris / Parsippany Area (L3Harris): More expensive — cost of living 30–40% above the national average in northern New Jersey's Morris County communities. Median home prices of $500,000–$700,000, with very high property taxes. Philadelphia's relative affordability (40 minutes across the Delaware River) makes Delaware County, Pennsylvania an attractive alternative residence for many Moorestown engineers.

Tax Note: New Jersey's income tax reaches 10.75% for high earners, combined with the nation's highest property taxes, creates a genuine financial burden that requires careful management. Engineers who compare New Jersey to neighboring Pennsylvania (lower income tax, lower property taxes, lower housing costs) find Pennsylvania's financial picture substantially more favorable — though New Jersey's $130,000 average salary partially compensates for the higher costs.

📜 Licensing & Professional Development

New Jersey's aerospace professional development reflects its naval combat systems, carrier aviation, and tactical communications sectors — with Aegis system engineering credentials, NAES Lakehurst carrier systems qualifications, and DOD clearances being the most career-consequential qualifications.

The New Jersey State Board of Professional Engineers and Land Surveyors administers PE licensure via the standard pathway.

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

• DOD Secret / TS-SCI Clearances (Lockheed / NAES Lakehurst): The primary career credential for New Jersey's defense aerospace community. Lockheed Martin's classified Aegis programs and NAES Lakehurst's classified carrier systems work require clearances for the most technically significant engineering. New Jersey's cleared aerospace community is concentrated around Moorestown and Lakehurst — cleared engineers with Aegis expertise face strong, stable demand.
• NAVSEA Radar Systems Engineering / AN/SPY-6: For Lockheed Martin Moorestown engineers, deep familiarity with NAVSEA's shipboard radar requirements, the AN/SPY-6(V) AMDR radar's active electronically scanned array architecture, and the combat systems integration standards required for Navy shipboard installation is the foundational professional credential for New Jersey's most important aerospace program.
• EALS / AAG Carrier Systems Engineering (Lakehurst): For NAES Lakehurst engineers developing electromagnetic aircraft launch and arresting systems, expertise in power electronics for the Linear Induction Motor launch system, energy storage system design for the Advanced Arresting Gear, and the naval qualification testing requirements for carrier aviation systems is specialized knowledge developed almost exclusively at Lakehurst's unique test facilities.
• AIAA Missile Systems Technical Committee: For Lockheed Martin and L3Harris New Jersey engineers, active participation in AIAA's missile systems community builds professional standing in the global naval weapons engineering community and creates career development opportunities beyond New Jersey's local market.

Education: Rutgers University (New Brunswick — the flagship public university with strong engineering connections to the New Jersey defense industry) and Princeton University (Princeton — elite research engineering with growing applied defense technology connections) are the primary feeders. Stevens Institute of Technology (Hoboken) has particularly strong naval architecture and systems engineering programs with direct Lockheed Martin and NAES Lakehurst connections.

📊 Job Market Outlook

New Jersey's aerospace engineering market is expected to grow steadily, driven by SPY-6 radar fleet-wide installation, Aegis combat system modernization, and NAES Lakehurst's growing role in next-generation carrier aviation systems development.

SPY-6 Fleet-Wide Installation: The Navy is retrofitting Aegis destroyers fleet-wide with the AN/SPY-6(V) radar — a significant capability improvement over the legacy SPY-1D. The scale of this installation program — spanning dozens of ships over years of depot periods — requires sustained systems engineering support from Lockheed Martin's Moorestown team, creating multi-year engineering demand growth at New Jersey's primary aerospace employer.

Aegis Ashore and International: The US Aegis Ashore missile defense sites (in Romania and Poland) and international Aegis sales (Japan, Australia, Spain, South Korea acquiring or upgrading their Aegis systems) create engineering demand that supplements the US Navy baseline program. Lockheed Martin's Moorestown engineers support all Aegis variants — making the program's international success directly beneficial to New Jersey aerospace engineering employment.

EALS and AAG Ford-Class Expansion: Ford-class carrier production (CVN-80, CVN-81) requires EALS and AAG systems for each new ship — systems whose engineering and test support comes from Lakehurst. As the Navy commissions additional Ford-class ships, Lakehurst's production support engineering workload grows proportionally.

Hypersonic Defense: Aegis's evolution to intercept hypersonic glide vehicles — a capability being developed as hypersonic threats proliferate — requires fundamental radar and fire control algorithm development at Moorestown. The physics challenges of intercepting a vehicle maneuvering at Mach 10+ at high altitudes represent one of naval combat systems engineering's most demanding current technical challenges, creating a sustained research and development demand at Lockheed Martin's Moorestown facility.

🕐 Day in the Life

Aerospace engineering in New Jersey means developing the naval radar and combat systems that protect US and allied fleets from advanced missile threats, engineering the electromagnetic launch and arresting systems that define the operational tempo of Ford-class carriers, and contributing to naval aerospace capability of extraordinary global consequence — within a state whose proximity to both Philadelphia and New York City creates cultural and professional access of unmatched breadth in the Northeast.

At Lockheed Martin Moorestown (Aegis SPY-6): Radar systems engineers developing the next-generation SPY-6(V)1 AMDR waveform library spend mornings in simulation environments that replicate the dense electronic environment of a modern maritime battle space — analyzing how new waveforms improve detection performance against ballistic missile targets in cluttered sea state conditions. Afternoons involve a classified system design review with NAVSEA's PEO IWS (Integrated Warfare Systems) program office, presenting radar performance simulation results and proposed radar parameter modifications for the next baseline update. The knowledge that the radar being improved in a Moorestown engineering office will eventually provide the first line of defense against ballistic missiles threatening carrier strike groups in the Pacific or Persian Gulf creates professional responsibility that engineers here carry with visible seriousness.

At NAES Lakehurst (EALS Programs): Electromagnetic launch system engineers preparing for a next round of full-energy launch testing with F/A-18 Super Hornets coordinate with the test aircraft crew on the energy profile for the planned sortie, review the Linear Induction Motor power conditioning system's readiness data from the previous test sequence, and brief the safety officer on the fault response procedures for the new launch energy setting being evaluated. When the catapult fires — accelerating 50,000 pounds of aircraft from 0 to 165 knots in under 300 feet — the energy and acceleration data captured by the test system validates whether the launch energy was precisely calibrated to the aircraft's takeoff weight and wind over deck conditions. Every successful launch validates engineering that will eventually operate aboard nuclear carriers serving the fleet for 50-year ship lifespans.

Lifestyle: New Jersey's lifestyle is complex and genuinely rewarding for engineers who engage with it fully. Philadelphia is 30 minutes from Moorestown — providing the Liberty Bell, Barnes Foundation, exceptional Reading Terminal Market, and a restaurant scene that has become nationally recognized as among America's best. New York City is 75–90 minutes from most New Jersey aerospace campuses via New Jersey Transit — providing the world's most concentrated cultural access. The Jersey Shore — Avalon, Stone Harbor, Long Beach Island, Cape May — provides Atlantic Ocean beach access within 90 minutes. The Pine Barrens State Forest's eerie beauty and the Delaware Water Gap's hiking and kayaking provide genuine natural recreation. The trade-offs — traffic, property taxes, density — are real, but engineers who engage with New Jersey's specific advantages find a professional and personal life that is genuinely rich in options and experiences.

🔄 Compare with Other States

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