Electrical Engineering in Pennsylvania

📊 Employment Overview

Pennsylvania employs 7,410 electrical engineering professionals, representing approximately 3.9% of the national workforce in this field. Pennsylvania ranks #5 nationally for electrical engineering employment.

💰 Salary Information

Electrical Engineering professionals in Pennsylvania earn competitive salaries across all experience levels, with an average annual salary of $115,000.

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

Loading school data...

🚀 Career Insights

Key information for electrical engineering professionals in Pennsylvania.

🏢 Industry Landscape & Top Employers

Pennsylvania ranks #5 nationally in electrical engineering employment — 7,410 engineers earning an average of $115,000 — representing one of the most diverse and historically significant EE markets in the country. From Westinghouse's nuclear reactor technology to Lockheed Martin's space and missile systems, Boeing's Chinook helicopter avionics, Lutron's lighting control innovation, and the Naval Surface Warfare Center's ship systems research in Philadelphia, Pennsylvania's EE community works at the frontier of defense, nuclear energy, aerospace, and industrial electronics.

Major Employers: Westinghouse Electric Company (Cranberry Township, north of Pittsburgh) is the world's largest nuclear power plant technology provider — designing the AP1000 pressurized water reactor (operating in the US and China), the AP300 small modular reactor (SMR) currently under NRC review, and providing nuclear fuel and maintenance services globally. Westinghouse employs hundreds of EEs for reactor instrumentation and control systems, digital reactor protection systems, and nuclear plant electrical systems. Lockheed Martin (King of Prussia / Valley Forge) operates major space and missile systems programs — including satellite communications, missile defense systems, and classified programs — from its Pennsylvania campuses adjacent to its corporate headquarters area. Boeing Defense (Ridley Park) manufactures the CH-47 Chinook helicopter — the Army's workhorse heavy-lift aircraft — employing EEs for avionics systems integration, electrical load analysis, and flight control electronics. The Naval Surface Warfare Center Philadelphia (NSWC Philadelphia) conducts research on ship machinery systems, ship electrical distribution, and naval propulsion technology. Siemens (Malvern) develops healthcare equipment and building automation technology. Lutron Electronics (Coopersburg) is a privately held lighting controls company employing EEs for solid-state lighting systems, wireless dimming controls, and building automation products — an often-overlooked but technologically sophisticated Pennsylvania employer. DRS Technologies (Pittsburgh), L3Harris, and Raytheon have Pennsylvania defense electronics presences. PECO Energy (Exelon subsidiary, Philadelphia) and PPL Corporation (Allentown) employ power systems engineers for Pennsylvania's extensive utility infrastructure, including the state's significant nuclear generation fleet (Beaver Valley, Peach Bottom, Limerick stations).

Nuclear Power Leadership: Pennsylvania operates more nuclear reactors than any other state — five stations generating approximately 40% of Pennsylvania's electricity. This nuclear fleet sustains significant EE employment in nuclear instrumentation, digital I&C systems, and nuclear plant electrical engineering, with an expectation of continued operations and potentially new SMR development around existing sites.

📈 Career Growth & Pathways

Pennsylvania's EE career landscape offers strong advancement tracks in nuclear reactor technology (where Westinghouse's global leadership creates uniquely valuable expertise), aerospace avionics at Boeing, defense systems at Lockheed Martin, and power systems engineering at Pennsylvania's extensive nuclear utility fleet.

Typical Career Trajectory:

• Junior Electrical Engineer (0–2 years): $76,000–$100,000 — Entry at Westinghouse, Boeing Ridley Park, Lockheed Martin King of Prussia, or the utility sector. Carnegie Mellon, Penn State, Drexel, and Lehigh are the primary feeders. Nuclear career track engineers begin NRC regulatory training early.
• Mid-Level Engineer (3–7 years): $100,000–$138,000 — Westinghouse I&C engineers who develop AP1000 digital protection system expertise, Boeing avionics engineers with Chinook-specific systems knowledge, and Lockheed Martin cleared engineers advance strongly through this range.
• Senior Engineer (7–12 years): $138,000–$182,000 — Technical authority on major nuclear reactor programs, aerospace electronics integration, or defense satellite systems. Senior Westinghouse engineers who have led AP1000 commissioning at operating plants represent a globally scarce technical credential.
• Principal/Distinguished Engineer (12+ years): $182,000–$265,000+ — Westinghouse reactor technology fellows, Lockheed Martin Technical Fellows, and Boeing Senior Technical Fellows represent Pennsylvania's EE apex — roles carrying extraordinary technical influence in their respective domains.

Nuclear SMR Opportunity: Westinghouse's AP300 SMR — a scaled-down version of the proven AP1000 design — is in NRC pre-application review and represents one of the most commercially credible SMR programs in the US. If the AP300 receives NRC approval and achieves commercial deployment, the EE demand at Westinghouse for digital I&C development, nuclear electrical systems design, and power conversion system engineering could grow substantially, making Pittsburgh one of the nation's nuclear renaissance epicenters.

💰 Salary vs. Cost of Living

Pennsylvania's $115,000 average EE salary against a cost of living that varies widely — from near-national-average in Pittsburgh to significantly elevated in Philadelphia's Main Line suburbs — requires location-specific evaluation but generally delivers strong purchasing power.

Pittsburgh Metro: Western Pennsylvania's primary tech employment center (Westinghouse, Carnegie Mellon research, defense contractors), with cost of living roughly 5–10% below the national average. Median home prices of $230,000–$360,000 in Pittsburgh's diverse neighborhoods make homeownership accessible. Pittsburgh's renaissance — its transformation from Steel City to tech hub with Google, Apple, Amazon, and Uber Advanced Technologies (historically) anchoring a growing tech community — has significantly improved its urban amenities without destroying its affordability.

Philadelphia Suburbs (King of Prussia / Valley Forge / Ridley Park): Lockheed Martin and Boeing's primary Pennsylvania employment areas, with cost of living 20–35% above the national average in the desirable Main Line communities. Median home prices of $380,000–$600,000 in Chester and Montgomery County communities. Many engineers choose Delaware County or outer Chester County communities for better housing value while maintaining access to defense employment.

Lehigh Valley (Allentown / Bethlehem / Coopersburg): PPL and Lutron's employment area, with cost of living 5–10% below the national average. Median home prices of $240,000–$360,000. The Lehigh Valley offers genuine community character — the transformed former Bethlehem Steel site, ArtsQuest SteelStacks, and the region's strong manufacturing heritage create a distinctive industrial-cultural identity.

Tax Note: Pennsylvania's flat 3.07% income tax rate is one of the lowest in the northeastern US — significantly lower than New York's, New Jersey's, or Maryland's top rates. This tax advantage makes Pennsylvania's after-tax picture considerably more favorable than neighboring states for engineers earning above average incomes.

📜 Licensing & Professional Development

Pennsylvania's EE professional development reflects its nuclear, defense, and aerospace sectors — with nuclear plant qualifications, aerospace certification expertise, and defense clearances being the state's most career-differentiated credentials.

The Pennsylvania State Registration Board for Professional Engineers administers PE licensure via the standard pathway. PE licensure is relevant for PECO and PPL utility engineers and for consulting electrical engineers across Pennsylvania's substantial construction sector.

High-Value Credentials in Pennsylvania:

• NRC Nuclear I&C / Qualification (IEEE 603 / IEEE 7-4.3.2): For Westinghouse engineers developing digital instrumentation and control systems for nuclear power plants, IEEE standards for nuclear safety systems design, qualification testing (seismic, EMI, temperature, humidity), and software quality assurance (IEEE 1012 for nuclear software V&V) are the foundational technical credentials. Engineers who have designed and qualified safety-critical nuclear I&C systems under NRC regulatory review are among the most specialized and sought-after EEs in the nuclear industry globally.
• DOD Secret / TS Clearances (Lockheed Martin / DRS): For Lockheed Martin King of Prussia engineers working on classified satellite and missile defense programs, and DRS Technologies engineers supporting defense electronics programs, clearances are mandatory career credentials. Pennsylvania's defense electronics community is significant and well-compensated for cleared engineers.
• DO-178C / DO-254 (Boeing Chinook): For Boeing Ridley Park engineers developing Chinook avionics upgrades, aviation software and hardware design assurance standards are foundational credentials. The Chinook's ongoing production and the CH-47F Block II upgrade program sustain consistent avionics engineering demand in Ridley Park.
• Lutron Wireless Lighting Controls: Lutron's proprietary Clear Connect RF technology and its Caséta, RA2, and Homeworks systems represent a specialized building automation EE knowledge base valued in the commercial and residential lighting control market. Engineers who develop deep Lutron systems expertise build credentials in a niche but globally significant lighting controls industry.

Education: Carnegie Mellon University (Pittsburgh — elite research program, particularly strong in robotics and AI hardware), Penn State University (University Park — large program with defense and nuclear connections), Drexel University (Philadelphia — cooperative education model creates strong industry ties), and Lehigh University (Bethlehem — strong engineering tradition) collectively produce one of the nation's largest engineering graduate pipelines. CMU's proximity to Pittsburgh's tech community and Penn State's connection to defense and nuclear sectors create particularly powerful career pathways.

📊 Job Market Outlook

Pennsylvania's EE market is expected to grow steadily, driven by nuclear energy's renaissance, defense electronics investment, and the state's continued strength in aerospace manufacturing and power systems engineering.

Nuclear Renaissance: Pennsylvania's nuclear fleet — including Three Mile Island Unit 1 (restarting under a Microsoft power purchase agreement), Peach Bottom, Beaver Valley, and Limerick — is receiving investment to extend operating licenses and integrate advanced digital I&C upgrades. Westinghouse's AP300 SMR program, if successful, could establish Pennsylvania as a center of next-generation nuclear reactor deployment. The Biden administration's extension of nuclear energy under clean energy frameworks and the AI industry's interest in nuclear power for data center electricity sustain Pennsylvania's nuclear sector through the foreseeable future.

CH-47 Block II Production: Boeing's Chinook production at Ridley Park continues with the CH-47F Block II upgrade program — providing new avionics, improved rotor systems, and digital cockpit integration to Army and international customer fleets. This sustained production creates consistent EE demand in Ridley Park for the duration of the program's production run.

Grid Modernization: PECO and PPL are investing in Pennsylvania's distribution grid modernization — deploying smart meters, distribution automation, and EV charging infrastructure across their service territories. These programs create sustained demand for power systems EEs comfortable with both traditional utility engineering and the digital systems that characterize next-generation grid operations.

Carnegie Mellon Tech Ecosystem: Pittsburgh's growing technology community — anchored by CMU's AI and robotics research, and now including autonomous vehicle companies, healthcare AI firms, and tech company engineering offices — is creating a diversifying EE employer base that supplements Pennsylvania's traditional defense and nuclear sectors.

🕐 Day in the Life

Electrical engineering in Pennsylvania means designing the digital protection systems for nuclear reactors that will operate for 60+ years, integrating avionics on helicopters that serve the world's armies, or maintaining the power systems of the nation's largest nuclear generating state — within a state whose two great cities offer dramatically different but equally compelling urban experiences.

At Westinghouse (Cranberry Township): Nuclear I&C engineers work on systems where the design requirements are explicitly defined by nuclear safety — the digital reactor protection systems they design must detect abnormal conditions and initiate protective actions within milliseconds, with redundancy and diversity requirements defined by decades of NRC regulatory development. A day might involve reviewing a software requirements specification against the AP1000 design basis, conducting design FMEA for a new sensor interface module, or preparing qualification test procedures for seismic testing of a digital I&C platform. The regulatory environment is demanding — every design decision requires documented justification traceable to NRC-approved design criteria — but the work's ultimate purpose (safe nuclear electricity for millions of people) provides genuine professional satisfaction.

At Boeing Ridley Park: Chinook avionics engineers work on an aircraft that has been in continuous production since 1962 and will continue operating through at least the 2060s. A day might involve analyzing avionics bus compatibility for a new mission computer integration, reviewing wiring diagram changes for the CH-47F Block II digital cockpit, or troubleshooting an avionics system anomaly reported from a field unit. The aircraft's longevity means engineers regularly encounter both cutting-edge systems and legacy interfaces that require creative integration solutions.

Lifestyle: Pennsylvania's two major cities offer genuinely different lifestyle propositions. Pittsburgh — consistently ranked among the most livable cities in America — offers world-class museums (Carnegie Museum of Natural History, Andy Warhol Museum, Phipps Conservatory), an extraordinary restaurant scene that punches far above its size, Steelers and Penguins professional sports passion, and some of the most dramatic urban geography in the US (its three rivers and surrounding hills create a landscape that visitors consistently find beautiful). Philadelphia — the nation's sixth-largest city — provides Independence Hall, the Philadelphia Museum of Art (Rocky steps and all), an extraordinary restaurant corridor along East Passyunk Avenue, and proximity to the Jersey Shore and Delaware Valley cultural resources. Pennsylvania's flat income tax (3.07%) and generally affordable housing outside the Main Line make it one of the better financial environments in the Northeast for engineering professionals.

🔄 Compare with Other States

See how Pennsylvania compares to other top states for electrical engineering: