Electrical Engineering in Tennessee

📊 Employment Overview

Tennessee employs 3,990 electrical engineering professionals, representing approximately 2.1% of the national workforce in this field. Tennessee ranks #16 nationally for electrical engineering employment.

💰 Salary Information

Electrical Engineering professionals in Tennessee earn competitive salaries across all experience levels, with an average annual salary of $102,000.

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 Tennessee.

🏢 Industry Landscape & Top Employers

Tennessee's electrical engineering market — 3,990 engineers earning an average of $102,000 — is anchored by the nation's most powerful supercomputers, the world's largest uranium enrichment facility, a major nuclear weapons research laboratory, and a rapidly growing automotive EV manufacturing sector that is transforming the state's industrial identity. Tennessee's EE community works at the intersection of national security science, clean energy technology, and 21st-century automotive manufacturing in a state with no wage income tax and some of the lowest costs of living of any major Southern economy.

Major Employers: Oak Ridge National Laboratory (Oak Ridge) is the Department of Energy's largest science and energy laboratory — home to the Frontier supercomputer (the world's first exascale system), the Spallation Neutron Source, and major programs in nuclear energy, materials science, and advanced manufacturing. ORNL employs hundreds of EEs for power electronics research, power systems for accelerator facilities, high-performance computing infrastructure, and advanced manufacturing systems. Y-12 National Security Complex (Oak Ridge) is a NNSA nuclear weapons component manufacturing facility — producing uranium components for US nuclear warheads and conducting nuclear nonproliferation research — employing EEs for nuclear process control, safety instrumented systems, and facility electrical infrastructure. Tennessee Valley Authority (Knoxville) is the nation's largest public power utility, operating nuclear, hydroelectric, gas, and renewable generation across a seven-state service area — employing hundreds of power systems engineers. Arnold Air Force Base (Tullahoma) is the nation's premier aerospace testing facility, with the world's largest complex of aerodynamic and propulsion wind tunnels — employing EEs for instrumentation systems, high-power motor drives for test facilities, and data acquisition systems. Nashville is home to a growing technology sector, with HCA Healthcare, Nissan Americas, and numerous financial technology companies employing EEs. Ford's BlueOval City (Stanton, west Tennessee) — a massive $5.6 billion EV truck and battery manufacturing campus — and SK On's Liberty campus (Stanton) are among the largest advanced manufacturing investments in Tennessee history, creating thousands of EE positions. Volkswagen's Chattanooga plant and multiple automotive supplier operations employ engineers for manufacturing automation and EV-specific electronics.

Oak Ridge Complex: The Oak Ridge Corridor — encompassing ORNL, Y-12, and the East Tennessee Technology Park — is one of the most consequential concentrations of national laboratory engineering in the United States, combining nuclear science, supercomputing, neutron science, and advanced manufacturing research in a geographic cluster that attracts federal investment far exceeding what Tennessee's population alone would suggest.

📈 Career Growth & Pathways

Tennessee's EE careers offer two primary tracks of unusual consequence: the Oak Ridge national laboratory track — combining supercomputing infrastructure, nuclear research, and energy technology — and the automotive EV manufacturing track anchored by Ford's BlueOval City, which is creating an entirely new category of high-skill EE employment in the state.

Typical Career Trajectory:

• Junior Electrical Engineer (0–2 years): $68,000–$90,000 — Entry at ORNL, Y-12, TVA, Arnold AFB contractors, or the growing Nashville tech sector. University of Tennessee (Knoxville) feeds directly into the Oak Ridge complex. Ford's BlueOval City will become a significant new entry-level employer as it ramps production.
• Mid-Level Engineer (3–7 years): $90,000–$122,000 — ORNL engineers developing expertise in power electronics for high-current accelerator systems or advanced manufacturing automation command strong premiums. Y-12-cleared engineers are in chronic demand. TVA nuclear engineers with plant-specific qualification are well-positioned. Ford BlueOval battery engineers with formation equipment and BMS expertise advance rapidly.
• Senior Engineer (7–12 years): $122,000–$158,000 — Technical authority at ORNL on major research infrastructure, Y-12 program technical leads, or TVA senior nuclear engineers managing Browns Ferry or Sequoyah plant systems. Senior BlueOval engineers setting battery manufacturing process standards represent a fast-emerging premium tier.
• Principal/Distinguished Engineer (12+ years): $158,000–$225,000+ — ORNL Distinguished Staff Scientists, Y-12 senior program engineers, and TVA principal power systems engineers represent Tennessee's EE apex. Ford BlueOval senior technical leaders will create a new compensation ceiling as the facility matures.

Exascale Computing Infrastructure: ORNL's Frontier supercomputer — the world's first system exceeding one exaFLOP of computing performance — requires extraordinarily sophisticated power delivery and cooling infrastructure. The electrical systems engineering required to power and condition electricity for a 21 megawatt computing installation at the precision required for exascale reliability is genuinely frontier electrical engineering, developing skills applicable to hyperscale data centers, large-scale industrial facilities, and the next generation of scientific computing systems.

💰 Salary vs. Cost of Living

Tennessee's $102,000 average EE salary with no wage income tax and a cost of living that remains well below the national average — despite Nashville's rapid growth — creates excellent purchasing power across most of the state.

Knoxville / Oak Ridge: Tennessee's primary defense and research engineering employment center, with cost of living roughly 15% below the national average. Median home prices of $280,000–$380,000 in the greater Knoxville area provide comfortable homeownership well within engineer salary ranges. The Smoky Mountains — America's most visited national park — are 30–45 minutes from Oak Ridge, creating extraordinary outdoor recreation access at essentially no cost.

Nashville: Tennessee's fastest-growing metro and most expensive market, with cost of living now 5–10% above the national average. Median home prices of $420,000–$560,000 in popular neighborhoods have risen with population growth, though suburban communities (Murfreesboro, Franklin, Hendersonville) offer better value. Nashville's world-class music scene, excellent restaurants, and growing tech sector make it a highly desirable destination despite the elevated costs.

Chattanooga: One of the Southeast's most underrated cities — excellent affordability (cost of living 5–10% below national average, median homes $280,000–$370,000), the nation's first municipal gigabit fiber network, and proximity to the Appalachian Trail and Tennessee River outdoor recreation. Volkswagen and growing tech operations make Chattanooga an increasingly significant EE employment center.

No Wage Income Tax: Tennessee abolished its Hall income tax and never taxed wages — providing engineers a meaningful financial advantage versus states with 4–7% income taxes. At $102,000, this represents $4,000–$7,000 annually compared to most southeastern states, and substantially more compared to high-tax states.

📜 Licensing & Professional Development

Tennessee's EE professional development reflects its national laboratory, nuclear, and automotive sectors — with DOE clearances, nuclear plant qualifications, and battery systems engineering expertise being the state's most career-consequential credentials.

The Tennessee Board of Architectural and Engineering Examiners administers PE licensure via the standard pathway. TVA engineers and consulting electrical engineers across the state benefit from PE licensure for utility and infrastructure design work.

High-Value Credentials in Tennessee:

• DOE Q/L Clearances (ORNL / Y-12): The defining career credentials for the Oak Ridge complex. Q-clearances for nuclear weapons-related Y-12 work and L-clearances for ORNL classified research programs create career security that is unmatched in Tennessee's EE market. Cleared engineers at Y-12 are in chronic demand given the difficulty of replacing nuclear-qualified cleared personnel.
• Nuclear Quality Assurance / TVA Plant Qualifications: For TVA engineers at Browns Ferry (the world's largest nuclear plant by generating capacity), Sequoyah, and Watts Bar nuclear stations, NRC-regulated design qualification processes and site-specific systems training are foundational career credentials. TVA's nuclear engineering team is one of the largest utility nuclear workforces in the US.
• Battery Manufacturing / IEC 62133 / UL 2580: For Ford BlueOval City and SK On engineers, lithium-ion battery cell and pack safety standards expertise is the fast-emerging credential in Tennessee's EE market. Engineers who combine power electronics knowledge with battery electrochemistry understanding and high-volume manufacturing expertise are building the most future-proof credentials in Tennessee's evolving industrial economy.
• Power Electronics / Wide-Bandgap Semiconductors: ORNL is one of the world's premier centers for power electronics research — developing SiC and GaN power conversion systems for EV charging, motor drives, and grid applications. Engineers who develop SiC power module expertise at ORNL build credentials that transfer directly to the automotive and renewable energy industries that are growing in Tennessee.

Education: The University of Tennessee (Knoxville) is the primary EE program, with deep connections to ORNL through joint faculty appointments and the UT-Battelle research partnership that manages the laboratory. Tennessee Technological University (Cookeville) has strong power systems engineering and industry connections. Vanderbilt University (Nashville) adds elite research engineering capability with growing healthcare and tech industry connections.

📊 Job Market Outlook

Tennessee is one of the most promising EE growth markets in the Southeast, with Ford's BlueOval City representing a generational manufacturing investment, ORNL's expanding supercomputing and energy research mission sustaining federal investment, and the state's automotive sector undergoing historic electrification.

BlueOval City Ramp-Up: Ford's Stanton campus — combining truck assembly and SK On battery manufacturing — is one of the largest single manufacturing investments in US history. As production ramps toward its planned 150,000 electric F-Series trucks per year, the engineering requirements for battery formation systems, high-voltage electrical distribution, manufacturing automation, and quality control expand proportionally. Tennessee is positioned to become a major EV manufacturing state with corresponding EE employment growth over the next decade.

ORNL Exascale and Beyond: ORNL's Frontier exascale computer has established Oak Ridge as the global leader in scientific supercomputing, and the DOE's plans for next-generation computing infrastructure — potentially including quantum computing integration — will sustain federal investment in the facility's power and control systems. The laboratory's expanding role in AI for science, materials discovery, and fusion energy research creates growing EE demand for high-power infrastructure and precision instrumentation systems.

TVA Nuclear and Clean Energy: TVA is studying the potential for advanced nuclear reactors — including small modular reactors (SMRs) at the Clinch River site near Oak Ridge — that could make Tennessee a center of next-generation nuclear power deployment. Additionally, TVA's renewable energy additions and grid modernization programs create sustained power systems engineering demand across the utility's seven-state service area.

Workforce Projection: Tennessee is expected to add 1,500–2,500 EE positions over the next five years, with EV battery manufacturing, ORNL expansion, and TVA grid modernization driving the majority of growth — making it one of the Southeast's top EE growth markets.

🕐 Day in the Life

Electrical engineering in Tennessee means powering the world's fastest supercomputer, manufacturing uranium components for America's nuclear arsenal, or assembling battery systems for the next generation of electric trucks — within a state whose Smoky Mountains, music heritage, and genuine Southern hospitality create one of the most distinctive and rewarding regional cultures in America.

At ORNL (Oak Ridge): Power systems engineers supporting Frontier's exascale computing infrastructure manage electrical loads that rival a small city — 21 megawatts of computing power requiring precision power conditioning, sophisticated UPS systems, and cooling infrastructure that transforms electricity into computation at the most demanding efficiency standards in the world. Research engineers working on SiC power converter development for EV charging or grid storage applications collaborate with DOE vehicle technologies and grid modernization programs, building hardware that will eventually define the next generation of power conversion technology. The Oak Ridge campus's unique combination of national laboratory resources, university partnerships, and industry collaboration creates an intellectually rich environment where EEs regularly encounter physicists, chemists, and materials scientists working on adjacent challenges.

At Ford BlueOval City (Stanton): Battery manufacturing engineers at one of America's newest and most strategically important factories work on the production systems that will power hundreds of thousands of electric trucks annually. Daily work involves calibrating formation cycling equipment for lithium-ion cell production, analyzing electrolyte wetting uniformity across electrode coatings, designing process improvements to reduce cell-to-cell capacity variance, and commissioning automation systems for module assembly lines. The urgency is commercial and national — Ford's EV leadership depends on this facility's ability to produce high-quality battery cells at cost-competitive scale.

Lifestyle: Tennessee's lifestyle is defined by its extraordinary geographic and cultural diversity. The Smoky Mountains — accessible within 45 minutes of Oak Ridge — provide world-class hiking, waterfall hunting, and wildlife watching in America's most-visited national park. Nashville's music industry creates a live music culture unlike anywhere else — authentic honky-tonk on Broadway, songwriter rounds at the Bluebird Cafe, and major venue concerts represent a musical richness that goes far beyond tourist spectacle. The food — hot chicken, pulled pork, country ham biscuits — reflects a culinary tradition that is unapologetically regional and deeply satisfying. Tennessee's combination of no wage income tax, affordable housing across most of the state, and genuine cultural richness creates a quality of life that engineers who discover it consistently describe as among the best value propositions in the country.

🔄 Compare with Other States

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