Average Electrical Engineer Salary: $113,876 (2026)

2026 Data

Compare electrical engineer salaries across 50 US cities. Pay ranges from $97,572 to $158,055.

Last Updated: March 2027Data Source: BLS 2026 OEWSNext Update: March 2027

Average Salary

$113,876

across all locations

Highest Paying

$158,055

San Jose, CA

Locations Covered

50

metro areas

Top 10 Highest Paying Cities for Electrical Engineers

See which cities pay Electrical Engineers the most, from $158,055 down to the #10 spot.

View Rankings

Electrical Engineer Salary Comparison by Metro

Top 10 highest paying metro areas compared to national average ($113,450)

RankMetro AreaMedian Salary
#1San Jose, CA$158,055
#2San Francisco, CA$152,107
#3New York, NY$137,166
#4Seattle, WA$137,117
#5Boston, MA$133,084
#6Washington, DC$130,681
#7San Diego, CA$126,444
#8Los Angeles, CA$125,982
#9Denver, CO$119,429
#10Baltimore, MD$118,481

COL Adjusted = Salary adjusted for cost of living. Higher values indicate better purchasing power.

Electrical Engineer Salary by Experience Level

Average salary ranges across all 50 metro areas based on experience

Experience LevelAnnual SalaryHourly Rate
Entry-Level
10th Percentile
$74,036$35.59/hr
Mid-Career
50th (Median)
$113,876$54.75/hr
Senior / Experienced
90th Percentile
$164,574$79.12/hr

Entry to Mid Growth

+$39,839

+54%

Mid to Senior Growth

+$50,698

+45%

Total Career Growth

+$90,538

+122%

Electrical Engineer Salary by Location

LocationAnnual SalaryHourly RateEmployed
San Jose, CA$158,055$75.99352
San Francisco, CA$152,107$73.13389
New York, NY$137,166$65.95675
Seattle, WA$137,117$65.92441
Boston, MA$133,084$63.98393
Washington, DC$130,681$62.83463
San Diego, CA$126,444$60.79291
Los Angeles, CA$125,982$60.57503
Denver, CO$119,429$57.42340
Baltimore, MD$118,481$56.96294
Austin, TX$117,877$56.67283
Philadelphia, PA$117,861$56.66360
Miami, FL$116,897$56.20325
Portland, OR$116,498$56.01335
Chicago, IL$114,978$55.28362
Sacramento, CA$114,541$55.07345
Minneapolis, MN$114,518$55.06343
Hartford, CT$114,119$54.86363
Raleigh, NC$114,074$54.84289
Houston, TX$114,065$54.84337
Phoenix, AZ$113,507$54.57285
Riverside, CA$112,974$54.31308
Charlotte, NC$112,320$54.00345
Nashville, TN$112,231$53.96363
Dallas, TX$111,584$53.65426
Salt Lake City, UT$111,331$53.52350
Atlanta, GA$111,278$53.50385
Orlando, FL$110,981$53.36326
Columbus, OH$109,360$52.58298
Providence, RI$109,222$52.51348
Detroit, MI$108,720$52.27338
Milwaukee, WI$108,373$52.10368
Las Vegas, NV$107,690$51.77288
Richmond, VA$107,472$51.67275
Cincinnati, OH$107,453$51.66276
Indianapolis, IN$107,314$51.59351
Tampa, FL$106,351$51.13323
Jacksonville, FL$105,776$50.85324
Pittsburgh, PA$105,705$50.82364
St. Louis, MO$105,138$50.55290
Cleveland, OH$104,877$50.42292
New Orleans, LA$104,524$50.25287
Kansas City, MO$103,717$49.86306
Louisville, KY$103,700$49.86342
Tucson, AZ$101,766$48.93339
San Antonio, TX$100,844$48.48280
Oklahoma City, OK$100,213$48.18362
Birmingham, AL$100,159$48.15313
Memphis, TN$97,653$46.95285
El Paso, TX$97,572$46.91319

About Electrical Engineer Careers

Electrical engineers design, develop, test, and supervise the manufacture of electrical equipment, including electric motors, navigation systems, power generation equipment, and communications systems. They work across industries as diverse as defense, renewable energy, semiconductor design, automotive, and telecommunications. The breadth of the field spans from micro-scale integrated circuit design to utility-scale power grid systems, creating diverse career paths with strong salary potential. The national median annual salary is approximately $107,700, with power systems engineers, RF specialists, and those in defense/aerospace regularly exceeding $140,000.

Based on Bureau of Labor Statistics data, the average electrical engineer salary across all U.S. metropolitan areas is $113,876 per year. Salaries range from $97,572 in El Paso, TX to $158,055 in San Jose, CA, reflecting significant variation based on location, cost of living, and local demand. There are approximately 17,239 professionals employed as electrical engineers across the metro areas we track.

What Does a Electrical Engineer Do?

Electrical Engineers perform a variety of essential duties in their daily work:

  • Design electrical systems, circuits, and components to specifications using CAD and EDA tools
  • Develop testing protocols and evaluate electrical equipment performance and safety
  • Analyze system requirements and select components to meet design criteria
  • Troubleshoot and diagnose failures in electrical systems, circuits, and field equipment
  • Oversee manufacturing and installation of electrical systems and equipment
  • Ensure designs comply with applicable electrical codes (NEC, IEC) and safety standards
  • Write technical specifications, engineering reports, and documentation
  • Collaborate with mechanical, software, and systems engineers in multidisciplinary design teams

Education Requirements

Electrical engineers need a bachelor's degree in electrical engineering (BSEE) or electrical and computer engineering (BSECE). Advanced roles in power systems, signal processing, or academia often require a master's degree or PhD. Professional Engineer (PE) licensure is required for engineers who directly serve the public — particularly in power systems, consulting, and infrastructure roles. Many electrical engineers also pursue certifications in specialized areas like power systems (PE Power) or embedded systems. Continuing education is essential given rapid advances in semiconductors, renewable energy, and wireless communications.

Key Skills for Electrical Engineers

Circuit design and analysis — analog, digital, and mixed-signal systemsElectronic design automation (EDA) tools: Cadence, Mentor Graphics, Altium DesignerPower systems engineering — generation, transmission, distribution, and grid analysisEmbedded systems and microcontroller programming (C, C++, VHDL, Verilog)Signal processing, RF/wireless communications, and antenna theoryPower electronics — converters, inverters, motor drivesIndustry standards: IEEE, NEC (NFPA 70), IEC 61850, UL listingsMATLAB/Simulink for system modeling and simulation

Factors That Affect Electrical Engineer Salary

Several factors influence how much a electrical engineer earns:

1Specialization — power systems, RF/microwave, and semiconductor design command the highest premiums
2Industry sector — defense and aerospace, semiconductor, and energy pay significantly more than consumer electronics
3PE licensure — required for many power utility and consulting roles, associated with higher compensation
4Geographic location — Silicon Valley, Seattle, Austin, and defense hubs (Northern Virginia, Huntsville) pay highest
5Security clearance — engineers with active TS/SCI clearances earn 15–30% more in defense/government roles
6Advanced degrees — MS/PhD opens roles in R&D, academia, and advanced engineering leadership

Career Path & Advancement

Electrical engineers typically start as design or test engineers and progress to senior engineer and principal engineer roles. Career tracks diverge into technical leadership (principal/staff engineer, chief engineer) or management tracks (engineering manager, director of engineering, VP/CTO). In defense and aerospace, clearance and specialized experience lead to program engineering or systems engineering leadership. Power utility engineers can advance to transmission planning, grid modernization, or executive utility management roles. Entrepreneurial EEs frequently found hardware startups in renewable energy, IoT, and semiconductor space.

Job Outlook

Employment of electrical engineers is projected to grow steadily through 2032, with particularly strong demand in renewable energy (solar and wind), electric vehicles, semiconductors, and defense electronics. The transition to smart grids, battery energy storage, and widespread electrification of transportation creates sustained demand for power systems specialists. EEs with embedded systems, RF, or power electronics backgrounds will find strong opportunities across industries.

Work Environment

Electrical engineers work primarily in offices and engineering labs, though manufacturing and utility engineers spend significant time in production facilities, substations, and field sites. Defense engineers often work in classified facilities. The work involves extended periods at workstations using design and simulation software, interspersed with lab testing and prototype evaluation. Most positions are standard full-time schedules, though project deadlines — particularly in product development and defense program milestones — can require extended hours. Remote work is increasingly available for software-defined hardware and FPGA design roles.

Career Prospects for Electrical Engineers

The job market for electrical engineers continues to evolve with changing economic conditions and technological advancements. Professionals entering this field should be prepared for a dynamic career landscape that rewards adaptability and continuous skill development.

With approximately 17,239 electrical engineers employed across the metropolitan areas we track, the profession offers substantial employment opportunities. Industry projections suggest steady demand driven by factors including technological innovation, demographic shifts, and evolving business needs.

Professionals who invest in specialized certifications, stay current with industry trends, and develop complementary skills in emerging technologies tend to command higher salaries and have better job security. Networking and maintaining strong professional relationships also play crucial roles in career advancement within this field.

Geographic Salary Variations for Electrical Engineers

Salary for electrical engineers varies significantly by geographic location. The highest-paying metropolitan area, San Jose, CA, offers a median salary of $158,055, while the lowest in our data, El Paso, TX, pays approximately $97,572. This represents a salary difference of $60,483 (62% higher).

Cost of living is a critical factor when evaluating salaries across locations. Higher-paying metropolitan areas like San Francisco, New York, and Seattle typically have significantly higher housing costs, taxes, and general expenses. When considering relocation, calculate your potential take-home pay after accounting for local cost of living differences.

Regional demand also affects compensation. Areas with strong industries that heavily employ electrical engineers often pay premium salaries to attract and retain talent. Conversely, regions with surplus labor or fewer industry concentrations may offer lower compensation. Remote work opportunities have begun to change these dynamics, allowing some professionals to earn higher salaries while living in lower-cost areas.

Advancement Opportunities for Electrical Engineers

Career advancement for electrical engineers typically follows several paths. Technical advancement involves deepening expertise and specializing in high-demand niches, while management tracks offer opportunities to lead teams and oversee larger projects. Both paths can lead to significant salary increases over time.

Entry-level electrical engineers can expect to progress from starting salaries around $63,475to the median salary of $113,876 within 3-5 years with solid performance and skill development. Top performers who reach senior levels can earn $228,317 or more, representing the top 10% of earners in this profession.

Professional development investments that typically yield the highest returns include industry certifications, advanced degrees, leadership training, and expertise in emerging technologies or methodologies. Professionals who consistently deliver results and build strong professional networks tend to advance more quickly and negotiate better compensation packages.

Frequently Asked Questions About Electrical Engineer Salaries

The average electrical engineer salary across all U.S. metropolitan areas is $113,876 per year as of 2026. This is based on official Bureau of Labor Statistics data covering 50 metro areas. Salaries range from $97,572 in El Paso, TX to $158,055 in San Jose, CA.

The average hourly rate for electrical engineers is $54.75 per hour, based on a standard 2,080-hour work year. Hourly rates vary by location, ranging from $46.91/hour in lower-paying areas to $75.99/hour in top-paying cities like San Jose.

San Jose, CA is the highest paying metro area for electrical engineers, with a median salary of $158,055 per year. This is 39% above the national average of $113,876. Other high-paying areas typically include major tech hubs and cities with high costs of living.

Entry-level electrical engineers (10th percentile) typically earn around $74,036 per year nationally. Starting salaries depend on education, certifications, location, and industry. Most entry-level professionals can expect to reach the median salary of $113,876 within 3-5 years of career growth.

The average electrical engineer salary of $113,876 is 92% higher than the typical U.S. worker salary of approximately $59,228. Top earners in this profession (90th percentile) can make $164,574 or more annually.

El Paso, TX has the lowest electrical engineer salary at $97,572 per year. However, lower salaries often correlate with lower costs of living, which can result in similar purchasing power. The salary difference between the highest and lowest paying areas is $60,483.

There are approximately 17,239 electrical engineers employed across the 50 metropolitan areas tracked by the Bureau of Labor Statistics. This represents a moderate-sized job market with opportunities in engineering industries nationwide.

The biggest factors affecting electrical engineer salary include: geographic location (salaries vary by up to $60,483 across cities), years of experience, industry sector, Specialization — power systems, RF/microwave, and semiconductor design command the highest premiums, Industry sector — defense and aerospace, semiconductor, and energy pay significantly more than consumer electronics. Metropolitan areas with high industry demand and cost of living typically pay more.

In-demand skills that boost electrical engineer salaries include: Circuit design and analysis — analog, digital, and mixed-signal systems, Electronic design automation (EDA) tools: Cadence, Mentor Graphics, Altium Designer, Power systems engineering — generation, transmission, distribution, and grid analysis, Embedded systems and microcontroller programming (C, C++, VHDL, Verilog), Signal processing, RF/wireless communications, and antenna theory. Specialization — power systems, RF/microwave, and semiconductor design command the highest premiums Developing specialized expertise can help you reach the top 25% of earners ($139,888).

Electrical Engineer salaries have generally kept pace with inflation, with the current average of $113,876 reflecting 2026 Bureau of Labor Statistics data. The job outlook is positive, which typically supports continued salary growth. Professionals who develop in-demand skills and pursue certifications tend to see above-average salary increases.

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Data Freshness & Source

Current Data

Last Updated

March 2027

Data Source

BLS 2026 OEWS

Next Update Expected

March 2027

Salary data sourced from the U.S. Bureau of Labor Statistics Occupational Employment and Wage Statistics (OEWS) survey. This is the most comprehensive source of occupation-specific wage data in the United States.

About Our Salary Data

This salary data comes from the Bureau of Labor Statistics (BLS) 2026 Occupational Employment and Wage Statistics (OEWS) survey. The BLS collects wage data from employers each May and publishes results the following spring. Our data reflects the most recent official government statistics available. The next BLS data release is expected in March 2027.

Official government data from employer surveys
Updated annually with latest BLS release
Covers 800+ occupations nationwide
Metro-level geographic breakdowns

Electrical Engineer Salary by State

Compare electrical engineer salaries across 31 states. Click a state for detailed city-by-city salary data.

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