Electrical Engineer Salary in 2026 — Starting Pay, Range & Growth

The median electrical engineer salary is $111,910 per year as of May 2024, according to the U.S. Bureau of Labor Statistics — but if you're a new graduate, the number that matters to you is the starting figure, which lands roughly between $74,000 and $90,000 for a bachelor's degree holder. The middle 80% of the field earns between about $74,670 (lowest 10%) and $175,460 (highest 10%), so where you start and where you end up depend heavily on the industry you join, the state you work from, and the specialization you build.

What you'll find here:

• Beginning salary for new grads — BLS pegs the bottom 10% near $74,670, while NACE projects electrical engineering Class of 2025 bachelor's offers averaging well above the $78,731 cross-engineering average.
• National median and full range — a $111,910 median, with the top 10% clearing $175,460.
• Pay by experience — entry-level in the high-$70Ks to low-$90Ks, senior engineers in the $130K-$160K band.
• Pay by state and industry — California, Washington, and the San Jose metro at the top; semiconductors and research at the high end.
• How to push a starting offer higher — the leverage that actually moves a first salary.

If you're a student choosing a major, a senior weighing a first offer, or a switcher eyeing the field, the headline median hides a lot. Two electrical engineers from the same program can start $15,000 apart based on the variables below.

Beginning salary for new electrical engineers

Electrical engineering is one of the best-paid undergraduate degrees you can finish. The National Association of Colleges and Employers (NACE) reports that engineering and computer science consistently top its starting-salary projections, with the average bachelor's-level engineering offer for the Class of 2025 sitting around $78,731 — up 2.6% from the prior year. Electrical engineering specifically projects above that cross-discipline average, reflecting strong demand from semiconductor, defense, and power employers. The U.S. Department of Labor's O*NET profile for electrical engineers lists the same official wage band, from a $74,670 floor to a $175,460 ceiling.

On the BLS side, the lowest 10% of electrical engineers earned under $74,670 in May 2024 — a useful proxy for the early-career floor, since most people in that percentile are in their first few years. Michigan Tech's engineering salary statistics, which compile BLS and Payscale data, list an entry-level mean near $74,654 for electrical engineering, lining up closely with the BLS floor.

Real first offers usually fall in a $74,000-$90,000 band, and three things decide where in that band you land:

• Industry — semiconductors, defense, and big tech pay new grads several thousand more than utilities or general manufacturing.
• Location — an offer in San Jose or Seattle outpaces the same title in a low-cost metro, though cost of living claws some of it back.
• Degree level — a master's typically lifts a starting offer by several thousand dollars and unlocks specialized roles in chip design and signal processing.

National median and salary range

Electrical engineering is a broad discipline — it spans power generation, telecommunications, control systems, microelectronics, signal processing, and photonics. That breadth is exactly why the pay range is so wide. Here's the full distribution from the latest BLS data:

For context, the median for all engineers combined is roughly $106,000, so electrical engineers sit slightly above the engineering average and well above the roughly $49,500 median for all U.S. workers. The mean of about $120,980 runs higher than the median because a cluster of high earners in chip design and specialized R&D pulls the average up.

The gap between an early-career $74K floor and a $175K-plus ceiling is more than $100,000 — built over a career through the levers below.

Salary by experience level

Experience is the strongest single predictor of pay. BLS publishes one occupational median, but the percentile spread maps closely onto career stage. The figures below blend BLS percentiles with typical title progression — treat them as directional ranges, not guarantees, since titles vary by company.

A few patterns hold across the field:

• The biggest percentage jumps happen early. Moving from new grad to senior often means a 50-70% raise over the first decade. After that, base growth flattens and total comp shifts toward bonuses and equity at larger firms.
• A Professional Engineer (PE) license adds a premium, especially in power and consulting where stamping designs is required. It matters less in semiconductors and electronics R&D, where deep specialization and patents carry more weight.
• Specialization pays. Roles in chip design, RF and analog, embedded systems, and machine-learning hardware tend to sit at the top of the range, while general facilities and maintenance roles cluster lower.

The growth arc here looks a lot like other engineering disciplines — the same steep early climb shows up in mechanical engineer salaries and in civil engineer salaries, where the first ten years deliver the bulk of the percentage gains.

Salary by state, metro, and industry

Where you work changes the math as much as how long you've worked. Pay tracks the local mix of tech, defense, and energy employers. Per BLS Occupational Employment and Wage Statistics, the top-paying metros for electrical engineers cluster on the coasts:

California, Washington, and Texas anchor the top of the state rankings. California pays an average near $126,000 and employs the most electrical engineers of any state, driven by Silicon Valley semiconductors and hardware. Texas combines oil and gas, a fast-growing chip base, and industrial work; Washington leans on aerospace and big tech.

On the industry side, the highest mean wages go to semiconductor and electronic-component manufacturing, scientific R&D, and computer systems design, while utilities, government, and general manufacturing sit closer to the national median. The practical lesson: the industry you target matters as much as the title. An electrical engineer who moves from a utility into semiconductor R&D can see a jump larger than several years of in-place promotions would deliver — the same sector-over-title pattern that shows up in aerospace engineering salaries.

Two caveats before you relocate: the high-salary states are mostly high-cost states, so a $126K California average stretches differently than $100K in a cheaper metro. And remote work is loosening the link, letting some design and simulation engineers earn coastal pay from lower-cost regions.

Job outlook and how to negotiate a higher start

The demand picture is solid. BLS projects employment of electrical and electronics engineers to grow about 7% from 2024 to 2034 — faster than the average for all occupations — with roughly 17,500 openings per year over the decade, counting growth and replacements. Hiring concentrates in semiconductors, clean energy and grid modernization, electric vehicles, and defense electronics. Professional bodies like IEEE — the field's largest organization, with over 486,000 members — and the policy-focused IEEE-USA track this demand and publish career and compensation resources worth using.

For a beginning salary, the negotiation playbook is simple but underused:

• Get more than one offer. Competing offers are the only real leverage in a salary conversation. A second written offer can move a first by $5,000-$15,000.
• Anchor on the right benchmark. Walk in citing the BLS median and the metro-specific number, not a national average that undersells a high-cost market.
• Negotiate the whole package. Signing bonus, relocation, and equity often have more give than base, especially at larger employers.

Knowing the benchmarks is half the battle; the other half is getting in front of the right people, which is where most candidates lose ground.

How to actually capture a higher starting salary

The strongest first offers rarely start with a cold application dropped into a job-board queue where one req gets hundreds of submissions — they start with a warm intro to the hiring manager or lead engineer doing the hiring. Articuler is built to find that specific person using semantic search across 980M+ professional profiles, then help you reach them with a personalized note that gets replies at roughly 8x the rate of a generic message. For a new grad, one warm conversation that turns into a second offer can move a starting salary by $10K — the highest-leverage move you can make before you ever interview.

FAQ

What is the beginning salary for an electrical engineer?

New electrical engineering graduates typically start between $74,000 and $90,000 per year. The BLS lowest 10% figure is about $74,670, and Michigan Tech's data lists an entry-level mean near $74,654. NACE projects electrical engineering bachelor's offers for the Class of 2025 above the $78,731 average across all engineering majors.

What is the average electrical engineer salary in 2026?

The most recent official figure is a median of $111,910 per year and a mean of about $120,980, from the BLS May 2024 estimate (the latest available). Pay ranges from under $74,670 at the entry level to over $175,460 for the top 10%, depending on experience, industry, and location.

Which states and industries pay electrical engineers the most?

California, Washington, and Texas lead the state rankings, with the San Jose metro averaging around $132,740. By industry, semiconductor and electronic-component manufacturing, scientific R&D, and computer systems design pay the most, while utilities and government sit closer to the median.

Is electrical engineering a good career for salary growth?

Yes. The median sits comfortably in six figures, BLS projects about 7% job growth through 2034, and pay rises steeply over the first decade — often a 50-70% increase from new grad to senior engineer. Moving into a high-paying industry like semiconductors or specializing in chip design accelerates that further.