Electrical Engineer Salary 2026: Average Pay, Top-Paying States & Key Industries
Electrical engineers design the systems the modern world runs on, from the power grid and electric vehicles to the chips inside smartphones. It is one of the best-paid careers you can enter with a four-year engineering degree. In this guide we break down the real 2026 numbers: the national median, entry-level and senior pay, the states that pay the most, and how the industry you choose reshapes your paycheck.
Quick Answer
An electrical engineer in the United States earns a median salary of $120,630 per year, according to the U.S. Bureau of Labor Statistics (BLS, May 2025 data). The middle half of earners falls between $92,830 and $152,950, while the top 10% clears $184,300. Job-posting data runs close to the official figures: ZipRecruiter reported an average of $111,091 per year in October 2026, with most postings between $83,000 and $132,000. Specialty, state, and credentials move that number sharply in either direction.
Electrical Engineer Salary at a Glance
Different sources measure different things, so it helps to see them side by side. The BLS number comes from employer payroll records and is the most authoritative. ZipRecruiter averages come from active job postings, which can skew slightly lower or higher depending on which roles are advertised.
| Source | Figure | What It Measures |
|---|---|---|
| BLS, May 2025 | $120,630 median | Employer-reported median wage (SOC 17-2071, ~198,750 jobs) |
| BLS, May 2025 | $125,100 mean | Average wage across all electrical engineers |
| BLS, May 2025 | $76,550 to $184,300 | 10th to 90th percentile range |
| ZipRecruiter, Oct 2026 | $111,091 average | Average from job postings and employer-reported data |
| ZipRecruiter, Oct 2026 | $83,000 to $132,000 | Typical posting range (majority of salaries) |
The mean sits about $4,500 above the median, which tells you a group of high earners pulls the average up.
Electrical Engineer Salary Per Year and Per Hour
Most electrical engineers are salaried, but the hourly equivalent helps when comparing offers or contract roles. BLS converts the annual wage to hourly on a 2,080-hour year (40 hours a week for 52 weeks).
| Pay Basis | BLS Median | ZipRecruiter Average |
|---|---|---|
| Annual | $120,630 | $111,091 |
| Monthly (annual / 12) | About $10,053 | About $9,258 |
| Weekly (annual / 52) | About $2,320 | About $2,137 |
| Hourly equivalent | About $58.00 | $53.41 |
These are gross figures; actual take-home pay varies with taxes and benefits.
Entry-Level Electrical Engineer Salary
Fresh graduates do not start at the national median, but electrical engineering starts better than most degrees. ZipRecruiter reported an entry-level average of $86,381 per year ($41.53 per hour) in October 2026, with a median of $79,100. The bulk of entry-level postings sat between $65,000 (25th percentile) and $101,800 (75th percentile).
In practice, a new electrical engineering graduate in 2026 can expect:
- $70,000 to $90,000 at most traditional employers (utilities, manufacturing, mid-size firms)
- $95,000 to $130,000+ at semiconductor companies and large tech firms, where base pay is higher and stock may be added
- $65,000 to $80,000 in lower-cost regions or at smaller firms, per industry compensation surveys
Internships, co-op experience, a strong senior design project, and fluency in tools like MATLAB, SPICE, Altium, and Python all lift a starting offer. The pay curve in this field is steep.
Experienced and Senior Electrical Engineer Salary
Experience is the biggest lever on pay. The BLS percentiles give the official shape of the climb: the 25th percentile sits at $92,830, the 75th at $152,950, and the top 10% earns more than $184,300 a year.
| Career Stage | Typical Years | Typical Salary Range |
|---|---|---|
| Entry level | 0 to 2 | $65,000 to $90,000 |
| Mid-level engineer | 3 to 6 | $95,000 to $130,000 |
| Senior engineer | 7 to 12 | $125,000 to $165,000 |
| Staff / principal / lead | 12+ | $155,000 to $220,000+ |
Industry compensation surveys put senior-level pay with a PE license at $120,000 to $160,000 in traditional power and consulting roles, while senior hardware engineers at top silicon companies report total compensation of $250,000 to $450,000 on Levels.fyi (base plus bonus plus stock, which the BLS cash figures do not capture). A principal or owner with a PE in independent practice can reach $150,000 to $300,000 plus equity, per industry surveys.
Electrical Engineer Salary by State
Location moves the median by tens of thousands of dollars. According to BLS state-level data (May 2025), New Mexico leads the country thanks to national laboratories and Intel’s Rio Rancho facility competing for a small labor pool, with California close behind.
| Rank | State | Median Salary | Notes |
|---|---|---|---|
| 1 | New Mexico | $158,520 | Sandia and Los Alamos labs, Intel Rio Rancho |
| 2 | California | $144,040 | Silicon Valley, largest EE employment (24,230 jobs) |
| 3 | District of Columbia | $143,000 | Federal and defense-adjacent roles |
| 4 | New Hampshire | $135,710 | Defense electronics, semiconductor manufacturing |
| 5 | Washington | $132,710 | Tech hub, aerospace, data centers |
| 6 | Texas | $129,450 | Semiconductors, energy, no state income tax |
| 7 | Massachusetts | ~$128,000 | Robotics, defense, research labs |
At the other end, Montana is the lowest of the states with published estimates at about $87,360. These figures are not adjusted for cost of living: a $144,000 median in California buys less housing than $129,000 in Texas, so run every comparison through a cost-of-living calculator before letting a headline number decide your move.
Electrical Engineer Pay by Industry
Where you work can matter more than how many years you have. Two electrical engineers with identical degrees can earn $60,000 apart based purely on industry and specialty.
| Industry / Specialty | Typical Base Salary Range | Notes |
|---|---|---|
| Semiconductor and chip design | $130,000 to $220,000+ | Digital design, RF, and verification pay best; total comp far higher at top firms |
| Defense and aerospace | $110,000 to $180,000 | Security clearance adds roughly 10 to 25% over uncleared peers |
| Big tech hardware | $140,000 to $200,000+ base | Senior total comp $250K to $450K with stock at leading firms |
| Power electronics and EVs | $110,000 to $150,000 | Tesla, GE Vernova, Eaton, motor-drive and charger work |
| Consulting and MEP design | $95,000 to $140,000 | PE license often required for advancement |
| Power utilities | $90,000 to $130,000 | Lowest-paying common track, but highest job security and PE value |
Factors That Affect Electrical Engineer Salary
- Experience and level: pay roughly doubles from entry level to senior, and staff and principal roles climb further.
- Industry and specialty: semiconductor and RF work outpays utilities by a wide margin, as the table above shows.
- Location: top-paying states pay 30% or more above the national median; low-cost states pay less in nominal dollars but can offer better purchasing power.
- Education: a bachelor’s is the standard entry ticket. An MSEE is common in semiconductor and AI hardware and supports senior IC design roles; a PhD reaches the top of the distribution at chip architecture teams.
- PE license: NSPE survey data shows licensed EEs earning a 7 to 12% premium when experience is held constant, and industry surveys report 10 to 20% in consulting, utilities, and infrastructure work.
- Security clearance: cleared defense work pays roughly 10 to 25% more than uncleared peers in the same role and metro, per ClearanceJobs compensation surveys.
- Employer size: large tech companies and defense primes pay more than small local firms, partly through stock and bonuses the BLS figures exclude.
Compared with pure software work, electrical engineering pays slightly less on average: a software engineer in the US earns a median of $135,980 per BLS data. The trade-off is breadth: EE credentials open doors in hardware, power, defense, and manufacturing that a pure software background cannot, and the PE license creates a legally protected lane software has no equivalent of.
What Does an Electrical Engineer Do?
Electrical engineers design, develop, test, and supervise the manufacturing of electrical equipment. Depending on specialty, a typical week might include designing circuit boards or power systems, running simulations in SPICE or MATLAB, writing firmware for embedded controllers, testing prototypes on the bench, reviewing drawings, and coordinating with manufacturing or construction teams.
Common specialties include:
- Power systems: generation, transmission, distribution, substations, protection and control
- Electronics and embedded systems: circuit design, microcontrollers, firmware
- Semiconductor design: digital design, verification, physical design, RF IC design
- Control systems: automation, PLCs, robotics, industrial controls
- Communications and signal processing: RF, wireless, radar, 5G
It is a desk-plus-lab job rather than a field trade. If you want hands-on installation work without a four-year degree, the pay picture is very different: a median HVAC technician earns $61,010 per year, roughly half the electrical engineer median, but gets there with a fraction of the schooling cost.
Education and PE Licensing
The BLS lists a bachelor’s degree in electrical engineering (or a closely related field) as the typical entry-level education. ABET accreditation matters: it keeps the PE licensing path open and is required by many employers.
The Professional Engineer (PE) license is the career’s signature credential. The path runs through the Fundamentals of Engineering (FE) exam, four years of progressive experience under licensed engineers, then the PE exam itself. The payoff depends on your track:
- Power, utilities, infrastructure, and consulting: the PE is effectively mandatory above staff-engineer level because only a licensed engineer can sign and seal drawings. NSPE survey data shows a 7 to 12% pay premium when experience is held constant, and industry surveys report up to $10,000 to $20,000 added to base in these roles.
- Semiconductor design, RF, embedded firmware, big tech hardware: the PE is rare and adds essentially nothing to pay. Employers in these tracks value tape-outs and shipped products, not stamps.
The PE is unusual among technical credentials because its value is legal, not just reputational. It is worth comparing with careers where credentials drive pay mechanically: in actuarial science, for example, passing each professional exam triggers automatic raises on the way to a $130,000 median. The PE works the same way in power engineering, one license, one clear step up in what you are allowed to do and what employers pay for it.
How to Become an Electrical Engineer
- Earn a bachelor’s degree in electrical engineering. Choose an ABET-accredited program; it preserves the PE path.
- Get practical experience early. Internships, co-ops, and a strong senior design project outweigh GPA for most employers.
- Learn the core tools. MATLAB, SPICE, Altium or KiCad, Python, and PLC programming cover most entry-level roles.
- Pass the FE exam. Many students take it in their senior year; it is the first step toward the PE license.
- Pick a specialty and go deep. Power, embedded, RF, controls, or chip design. Depth in one area pays better than surface knowledge of five.
- Work four years, then take the PE exam if your track values licensure. In power and consulting it unlocks the upper half of the pay range.
- Keep learning. Standards, tools, and chips change fast; engineers who stay current with certifications and new platforms benefit from the fastest salary growth.
Career Growth
The usual individual-contributor ladder runs: Engineer, Senior Engineer, Staff Engineer, Principal Engineer. At each step the scope grows from tasks to projects to systems and cross-team technical direction. The management branch splits off around senior level: Engineering Manager, Senior Manager, Director of Engineering, where the work shifts from circuits to hiring, planning, and developing people. Both ladders pay well; choose based on whether you want to deepen technical scope or lead teams.
The demand outlook is strong. BLS projections show electrical engineer employment growing about 10% from 2025 to 2035 (from roughly 199,700 to 219,500 jobs), much faster than the average occupation, with about 11,400 openings a year from growth and retirements combined. The drivers are durable: grid modernization, renewable energy, semiconductors, EVs, defense electronics, and the data center build-out, rather than a single short-lived boom.
Frequently Asked Questions
What is the average electrical engineer salary in the US in 2026?
The BLS median of $120,630 per year (May 2025 data) is the most authoritative figure. ZipRecruiter reported an average of $111,091 per year from October 2026 job postings, with most postings between $83,000 and $132,000.
How much do entry-level electrical engineers make?
ZipRecruiter reported an entry-level average of $86,381 per year with a median of $79,100 in October 2026. Most new graduates earn between $65,000 and $90,000, with semiconductor and big tech roles paying more.
What is the hourly rate for an electrical engineer?
The BLS median converts to about $58.00 per hour and the ZipRecruiter average to $53.41 per hour, both on a 2,080-hour full-time year. Most electrical engineers are salaried rather than paid hourly.
Which state pays electrical engineers the most?
New Mexico leads at a $158,520 median, followed by California ($144,040) and the District of Columbia ($143,000). The driver in New Mexico is national laboratories and Intel competing for a small labor pool.
Do electrical engineers make good money?
Yes. At a $120,630 median, electrical engineers earn roughly double the median wage for all US workers, and the profession leads the four largest engineering disciplines (electrical, mechanical, civil, industrial) in median pay.
Does a PE license increase an electrical engineer’s salary?
In power, utilities, infrastructure, and consulting, yes: NSPE survey data shows a 7 to 12% premium with experience held constant, and the license is often required to advance. In semiconductor and big tech hardware, the PE adds essentially nothing.
Which electrical engineering specialty pays the most?
Digital design, RF and microwave, and silicon design top the stack, with senior hardware engineers at leading firms reporting total compensation of $250,000 to $450,000. Power utility work pays the least in base salary ($90,000 to $130,000) but offers the best job security.
Is electrical engineering a good career in 2026?
BLS projects about 10% employment growth from 2025 to 2035 with roughly 11,400 openings a year, driven by the grid build-out, renewables, semiconductors, EVs, and defense electronics. It is one of the most dependable high-paying careers available with a four-year degree.
How long does it take to become an electrical engineer?
Four years for the bachelor’s degree, which qualifies you for entry-level roles. The PE license takes about four more years of supervised experience plus exams, and it matters most in the power and consulting tracks.
Do electrical engineers or software engineers earn more?
Software engineers earn more on average: the BLS median for software developers is $135,980 versus $120,630 for electrical engineers. Electrical engineers keep the edge in hardware, power, and defense roles, plus the legally protected PE credential.
Conclusion
The electrical engineer salary story in 2026 is one of dependable, well-above-average pay with a wide ceiling. The $120,630 national median is the anchor, but the real number for you depends on choices you can control: specialty (chip design and RF pay the most), state (New Mexico and California lead), credentials (the PE unlocks the top of the power track), and employer (semiconductor and big tech outpay utilities). With roughly 10% projected job growth through 2035 and demand tied to the grid, chips, and electrification, it remains one of the safest bets in American engineering.
