Electrical Engineering in New Jersey

📊 Employment Overview

New Jersey employs 5,130 electrical engineering professionals, representing approximately 2.7% of the national workforce in this field. New Jersey ranks #11 nationally for electrical engineering employment.

💰 Salary Information

Electrical 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 Electrical Engineering

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🚀 Career Insights

Key information for electrical engineering professionals in New Jersey.

🏢 Industry Landscape & Top Employers

New Jersey ranks #11 nationally in electrical engineering — 5,130 engineers earning an average of $130,000 — and represents one of the most consequential yet overlooked EE markets in the country. The state is home to the Aegis Combat System's primary development center, the site of some of history's most important electrical engineering discoveries (Bell Labs), a global pharmaceutical manufacturing automation sector, and the largest concentration of pharmaceutical companies in the world — all within commuting distance of New York City's additional opportunities.

Major Employers: Lockheed Martin's Rotary and Mission Systems division (Moorestown) is one of New Jersey's defining EE employers — the primary development and production site for the Aegis Combat System, the world's most capable naval integrated air and missile defense system. The Aegis system — deployed on US and allied navy destroyers and cruisers worldwide — encompasses radar, weapons control, fire control, and command and control electronics designed and manufactured in Moorestown. Working on Aegis means designing electronics for the most sophisticated naval weapons systems in operation. Nokia Bell Labs (Murray Hill) carries the most prestigious research legacy in telecommunications engineering — the birthplace of the transistor, information theory, Unix, C programming language, and cellular communications. Bell Labs today employs researchers working on 6G communications, optical networking, and AI systems, continuing a tradition of foundational technology development. Verizon Communications (Basking Ridge) employs EEs for network infrastructure, 5G systems, and fiber optic deployment. AT&T's network operations and New Jersey-based engineering divisions add substantial telecom EE employment. L3Harris Technologies (Parsippany) develops tactical communications, electronic warfare, and space sensors. PSEG (Newark) — New Jersey's major utility — employs power systems engineers for transmission, distribution, and the state's nuclear generation fleet (Hope Creek and Salem stations). Johnson & Johnson (New Brunswick), Merck (Rahway), and Pfizer (Parsippany) employ EEs for pharmaceutical manufacturing automation, cleanroom electrical systems, and laboratory instrumentation. Princeton Plasma Physics Laboratory (Plainsboro) conducts fusion energy research employing EEs for plasma diagnostics, RF heating systems, and experimental reactor power electronics.

Offshore Wind Hub: New Jersey has the most ambitious offshore wind program on the East Coast, with projects like Ocean Wind and Atlantic Shores targeting thousands of megawatts of offshore generation. New Jersey is positioning itself as the manufacturing and servicing hub for the Northeast's offshore wind industry, with port facilities in Salem and Paulsboro expected to serve as staging and operations bases — creating EE demand for offshore electrical systems, cable design, and grid interconnection.

📈 Career Growth & Pathways

New Jersey's EE careers offer distinctive advancement tracks in naval combat systems, telecommunications, pharmaceutical automation, and fusion energy research — with New York City's additional opportunities accessible as a career accelerant for engineers in northern New Jersey.

Typical Career Trajectory:

• Junior Electrical Engineer (0–2 years): $88,000–$115,000 — Entry at Lockheed Martin Moorestown, Nokia Bell Labs, PSEG, or pharmaceutical automation roles. Rutgers University and Princeton's engineering programs are the primary feeders. Beginning clearance processes early is important for Lockheed Martin and L3Harris careers.
• Mid-Level Engineer (3–7 years): $115,000–$155,000 — Aegis system integration engineers with SPY-6 radar or Baseline 9 combat system expertise are in strong demand. Nokia Bell Labs researchers publishing in leading telecommunications journals advance on a research scientist track. Pharma automation engineers with FDA validation expertise command meaningful premiums.
• Senior Engineer (7–12 years): $155,000–$205,000 — Technical leadership on Aegis programs, senior Nokia Bell Labs research scientists, or Verizon 5G network architecture engineers. Senior cleared Lockheed Martin engineers represent the premium tier in New Jersey's defense EE market.
• Principal/Fellow Engineer (12+ years): $205,000–$310,000+ — Lockheed Martin Technical Fellows on Aegis programs, Nokia Bell Labs Distinguished Members of Technical Staff, and PSEG senior technical authorities at Hope Creek/Salem nuclear plants represent New Jersey's EE apex — roles combining extraordinary technical depth with compensation that reflects decades of irreplaceable specialized knowledge.

Aegis System Depth: New Jersey's Lockheed Martin Moorestown campus creates engineers with Aegis system expertise that is literally unavailable anywhere else in the world — the SPY-6 radar, SEWIP electronic warfare system, and the Baseline 9 combat management software are maintained and developed exclusively here. Engineers who develop deep Aegis expertise have careers of guaranteed relevance as long as the US and allied navies operate surface combatants, which is effectively indefinitely.

💰 Salary vs. Cost of Living

New Jersey's $130,000 average EE salary is among the highest in the Mid-Atlantic region, but the state's genuinely high cost of living — particularly for housing and property taxes — requires careful evaluation of after-tax purchasing power.

Central/South New Jersey (Moorestown, Marlton, Mount Laurel area): The primary Lockheed Martin and pharma engineering employment zone, with cost of living 25–35% above the national average. Median home prices of $380,000–$550,000 in Burlington and Camden County communities are more manageable than northern NJ. Property taxes — New Jersey has among the highest in the nation, averaging $9,000–$14,000 annually for a typical home — are a significant cost that must be factored alongside housing prices.

Northern New Jersey (Morris, Somerset, Middlesex counties): The Bell Labs, Verizon, and pharma employment zone, with cost of living 40–55% above the national average. Median home prices of $500,000–$750,000 in desirable communities. Property taxes average $12,000–$18,000 annually. Many engineers choose communities in Pennsylvania across the Delaware River for lower property taxes and housing costs while maintaining commute access.

Tax Note: New Jersey has one of the highest income tax rates for high earners in the nation, reaching 10.75% on income above certain thresholds. Combined with the nation's highest property taxes, New Jersey's overall tax burden is significant — meaningfully reducing the effective purchasing power of the state's strong nominal EE salaries. Engineers comparing New Jersey to neighboring Pennsylvania or Delaware should carefully model the after-tax and after-housing financial picture before relocating.

NYC Access Premium: Northern New Jersey engineers have access to Manhattan's financial industry — where EE-related quantitative finance and high-frequency trading roles can pay $200,000–$500,000+ — a compensation tier available nowhere else in the region.

📜 Licensing & Professional Development

New Jersey's EE professional development landscape reflects its diverse industrial base — naval combat systems clearances for Lockheed Martin engineers, pharmaceutical FDA credentials for the drug manufacturing automation sector, and telecommunications certifications for Nokia and Verizon professionals.

The New Jersey State Board of Professional Engineers and Land Surveyors administers PE licensure via the standard pathway. New Jersey has reciprocity with neighboring states, and PE licensure is valued for PSEG utility engineers and consulting electrical engineers.

High-Value Credentials in New Jersey:

• DOD Secret / TS Clearances (Aegis Programs): The primary career credential for Lockheed Martin Moorestown engineers and L3Harris Parsippany personnel working on classified naval electronics. Aegis-cleared engineers in Moorestown are among the most specialized defense EEs in the country — their system-specific knowledge and clearance combination makes them essentially irreplaceable within the naval combat systems community.
• FDA 21 CFR Part 820 / EudraLex GMP: For engineers at J&J, Merck, Pfizer, and the extensive New Jersey pharmaceutical manufacturing contractor community, FDA quality system regulation and EU Good Manufacturing Practice (EudraLex Volume 4) knowledge is foundational. New Jersey's pharmaceutical corridor produces a high proportion of the world's regulated drugs, making pharmaceutical EE regulatory expertise one of the most consistently valuable credentials in the state.
• 3GPP / 5G Standards (Nokia Bell Labs / Verizon): For telecommunications engineers at Nokia Bell Labs and Verizon, deep knowledge of 3GPP 5G New Radio (NR) standards, MIMO antenna system design, and network architecture is the technical credential for advancement in this globally significant employer cluster.
• NERC Reliability Standards / Nuclear Qualifications: For PSEG engineers managing Hope Creek and Salem nuclear plants, nuclear-grade design qualification processes and NERC CIP cybersecurity standards are essential career credentials in New Jersey's substantial nuclear power sector.
• Offshore Wind / IEC 61400: Growing rapidly in relevance as New Jersey's massive offshore wind program advances. Engineers with submarine cable electrical design, offshore substation engineering, and IEC 61400 wind turbine standards knowledge are increasingly sought across New Jersey's energy sector.

Education: Rutgers University (the flagship public university), Princeton University (world-class engineering research), Stevens Institute of Technology (Hoboken — particularly strong in naval architecture and telecommunications), and New Jersey Institute of Technology (Newark) are the primary EE programs. Rutgers's direct proximity to New Brunswick's pharma cluster and its strong engineering industry partnerships create powerful pathways into the state's dominant sectors.

📊 Job Market Outlook

New Jersey's EE market is expected to grow steadily, driven by Aegis system modernization, offshore wind development, pharmaceutical manufacturing automation, and the state's continued strength in telecommunications research.

Aegis Baseline 10 and SPY-6 Expansion: Lockheed Martin's Moorestown campus is developing the next generation of Aegis — Baseline 10 with the AN/SPY-6(V)1 AMDR radar, a significant capability jump over the previous SPY-1D. As this radar is deployed across the US Navy's DDG-51 Flight III destroyers and IIA modernization program, Moorestown's engineering workforce requirements are expected to grow. Allied navy Aegis upgrades (Japan, South Korea, Spain, Australia) add additional international program demand.

Offshore Wind Manufacturing Hub: New Jersey's ambition to become the East Coast's offshore wind manufacturing and servicing hub — through port investments in Salem County and Paulsboro — could represent a transformative EE employment opportunity if commercial-scale offshore wind development proceeds as planned. The electrical engineering required for offshore wind — submarine power cables, offshore substations, export cable systems — is a growing specialization that New Jersey is actively positioning to capture.

Pharmaceutical Manufacturing Expansion: The mRNA vaccine production capabilities developed during COVID-19 are being permanently integrated into New Jersey's pharmaceutical manufacturing infrastructure. Companies like Merck, J&J, and their contract manufacturing partners are expanding biomanufacturing capacity, requiring EEs for cleanroom environmental controls, automated filling and inspection line electronics, and batch manufacturing SCADA systems.

Princeton Plasma Physics Laboratory — Fusion Energy: PPPL is a key participant in the US's renewed commitment to fusion energy research — including the SPARC and ITER programs — with growing federal investment in both magnetic confinement and inertial confinement fusion research. EEs working on plasma diagnostic systems, RF heating electronics, and superconducting magnet power supplies are building credentials at the frontier of one of energy technology's most consequential challenges.

🕐 Day in the Life

Electrical engineering in New Jersey spans the most sophisticated naval radar systems on earth, the telecommunications research institute where the transistor was invented, and the pharmaceutical manufacturing lines that produce medicines for billions of patients — within a state whose Garden State character, Jersey Shore, and New York City access create a distinctive and cosmopolitan professional life.

At Lockheed Martin Moorestown (Aegis Programs): Engineers arrive at a campus that has designed the naval radar systems protecting the US fleet since the 1960s. Aegis system engineers might spend the morning in a design review for a new SPY-6 radar mode, reviewing signal processing algorithm performance in simulation, or participating in a system integration test with Navy technical representatives. The afternoon might involve working through electromagnetic interference analysis for a new electronic warfare receiver integration, or preparing test documentation for an at-sea trial scheduled on a DDG in the Pacific. The mission is direct and tangible — when an Arleigh Burke destroyer intercepts a ballistic missile target in a test, the radar designed in Moorestown detected, tracked, and guided the interceptor.

At Nokia Bell Labs (Murray Hill): Research engineers work in the building where the transistor was first demonstrated in 1947 — a fact that permeates the culture with a sense of historical obligation to continue the tradition of foundational discovery. A day might involve designing new 6G channel model experiments, developing machine learning algorithms for adaptive beamforming in massive MIMO antenna arrays, or writing a paper for IEEE Transactions on Communications. The research culture combines intellectual freedom with the expectation that work will eventually translate to commercial telecommunications systems — a balance that makes Bell Labs distinctive among the world's research institutions.

Lifestyle: New Jersey's lifestyle is often mischaracterized by its "armpit of America" reputation — a calumny that misses the state's genuine charms. The Jersey Shore is a legitimate summer treasure, with towns from Spring Lake to Ocean City offering excellent beaches within 90 minutes of most engineering employment. The Pine Barrens provide a unique wilderness experience. Northern New Jersey's proximity to Manhattan means world-class arts, sports, and dining are accessible on any evening. New Jersey's food culture — the diner, the pizza, the Italian-American cooking tradition — is underrated nationally. The trade-off is real: the state's taxes and congestion are genuine burdens that require deliberate management. But engineers who engage fully with New Jersey's specific advantages — the Aegis mission, Bell Labs's intellectual tradition, the pharmaceutical industry's scale, and the access to America's greatest city — find a professional and personal life of remarkable depth and richness.

🔄 Compare with Other States

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