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Electrical Engineer

Design the circuits, chips, motors and power systems that everything else quietly depends on.

Typical pay
$120,630a year
Time to qualify
4 to 8 yearsafter high school
Demand
Very high
Licence needed
Noanyone can do it

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  1. 1.MoneyWhat you earn and what it costs to get there.5 screens
  2. 2.EducationThe exact path from high school to qualified.5 screens
  3. 3.OptionalThings you don't need, but that help.3 screens
  4. 4.ExtrasDay to day, pros and cons, where you'd work.4 screens
  5. 5.FactoidsThings people don't tell you.4 screens

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Money

What you earn and what it costs to get there.

What electrical engineers make

Experienced

$120,630

First job out of college

$76,550

Principal or manager

$184,300

The national median is $120,630 a year, and the bottom tenth start near $76,550. Very few four-year degrees put you above $75,000 in your first year almost anywhere in the country. This one does.

Starting pay

$76,000 to $95,000

New graduate at a manufacturer, utility or defense contractor

Semiconductor and defense employers pay at the high end and cluster in a few places: Texas, Arizona, California, Colorado and the Boston area. Utilities pay a bit less and come with a pension.

The top tenth

$184,300 and up

Principal engineers, chip designers and engineering managers

At semiconductor and big technology companies a chunk of that arrives as stock rather than salary, so the number on your offer letter and the number in your bank account will not match.

What it costs to get there

Four-year degree at a public university, in-state
Roughly $11,000 a year in tuition and fees
Fundamentals of Engineering exam
$225 to NCEES (National Council of Examiners for Engineering and Surveying), plus a state fee
Principles and Practice of Engineering exam
A few hundred dollars, set by your state board, only if you go for the license
Laptop and software
$1,200 to $2,000. Most design software is free for students
Roughly, all in
$30,300 to $47,000

Tuition, fees, exams and kit. Not rent, food or travel

The low end is two years at a community college and then a transfer to an in state public university to finish the accredited degree, plus the fundamentals of engineering exam you sit in your final year. The high end is all four years at the in state public price, a laptop and software, and the later professional engineer exam and state license if your work needs it. Out of state or private tuition can roughly double the top figure. Engineering is one of the few fields where borrowing for tuition clearly pays back, because the degree is four years and the starting salary is high.

File the FAFSA (Free Application for Federal Student Aid) every year. Engineering is one of the fields where borrowing for tuition genuinely pays back, because the starting salary is high and the degree is four years, not six.

Benefits

  • Paid internships and co-op terms

    Engineering interns are paid properly, often $22 to $35 an hour, and most firms hire their interns.

  • Employer-paid exams and tuition

    Many employers cover the licensing exams and a master's degree while you work.

  • Federal and utility pensions

    Public power utilities and federal agencies are among the last employers with real defined-benefit plans.

  • Public Service Loan Forgiveness

    Federal, state and city engineering jobs count toward this program, which cancels remaining student loans after 10 years of qualifying payments.

Education

The exact path from high school to qualified.

The path

Four years of hard math, then a job. The license is optional in this branch, and most engineers skip it.

  1. 1

    High school diploma

    Grade 12

    Calculus and physics are the two that decide whether first year feels possible. Take both as far as your school goes.

  2. 2

    Bachelor's degree in electrical engineering

    4 years

    Choose a program accredited by ABET (the Accreditation Board for Engineering and Technology). Circuits, signals, electromagnetics and a lot of differential equations.

  3. 3

    Internships or a co-op

    During college

    One paid term every summer, or a full co-op year. This is how nearly everyone gets their first offer.

  4. 4

    First engineering job

    Straight after graduating

    Design, test, applications or field engineering. You work under experienced engineers and learn what the textbook left out.

  5. 5

    License, if your work needs it

    4 more years, optional

    Pass the Fundamentals of Engineering exam, work about 4 years under a licensed engineer, then pass the Principles and Practice of Engineering exam. Needed mainly for power and building systems work.

High school courses that help

  • Calculus

    The degree starts at calculus and never slows down.

  • Physics

    Electricity and magnetism is the core of the whole field.

  • Computer science

    Nearly every electrical job now involves writing code for hardware.

  • Shop or robotics club

    Being able to solder and actually build the thing sets you apart in interviews.

Time and money, at a glance

Years after high school
4 to work, 8 to a full license
Admission
Strong math and science grades. Competitive at the big public engineering schools
Total tuition
Roughly $44,000 in-state at a public university
Paid while training?
Yes. Internships and co-op terms pay well, and the first job starts immediately

The license is optional here, and that surprises people

Every state licenses Professional Engineers through its own board, and you need that license to sign off on designs the public relies on, such as building power systems. But most electrical engineers work in manufacturing and product design, where a long-standing industry exemption means the company takes responsibility instead of an individual. So plenty of excellent electrical engineers never get licensed. If you plan to work on buildings, utilities or anything a city inspector signs, get it anyway.

Where people study

What matters is accreditation, not prestige. Check the program is on the accredited list before you apply.

  • Your state's flagship engineering school

    In-state tuition, a local employer network, and the same accredited degree.

  • Big public engineering campuses

    Georgia Institute of Technology, Purdue University, the University of Illinois Urbana-Champaign and the University of Texas at Austin all run large electrical programs.

  • Community college first

    Finish calculus and physics cheaply, then transfer into an engineering program. Many states have transfer agreements that guarantee it.

  • Co-op schools

    Some universities build paid work terms into the degree, so you graduate with a year of real experience.

Optional

Things you don't need, but that help.

Branches that change the work

  • Power systems

    Grids, substations, renewables. The branch where the license really matters, and where utilities are short of people.

  • Chip and circuit design

    Semiconductors and analog design. The best paid, the most math, and often wants a master's degree.

  • Embedded and control systems

    Writing the software that runs on hardware. Half electrical, half programming.

  • Communications and radio frequency

    Antennas, radar, satellites. Heavy in defense work, which usually requires citizenship and a security clearance.

Nice-to-haves

  • A summer internship every year

    The single most reliable route to a good first job.

  • Python and C

    You will use both, whatever branch you end up in.

  • Personal projects you can show

    A circuit board you designed and had made says more than a transcript.

  • A master's degree

    Common in chip design and signal processing, unnecessary almost everywhere else, and often paid for by an employer.

Defense and clearances

A big share of electrical engineering work in the United States is defense related: radar, avionics, communications and weapons systems. Those jobs usually require citizenship and a security clearance, which the employer sponsors and which takes months of background checking. The pay is solid, the job security is unusually good, and the trade-off is that you often cannot tell anyone what you did today.

Extras

Day to day, pros and cons, where you'd work.

A typical day

Mostly a desk: schematics, simulations, calculations and design reviews where colleagues pick your work apart on purpose. Then time in a lab with a test bench, a power supply and an oscilloscope, finding out why the board does something the simulation did not. Plus meetings with mechanical engineers, software people and suppliers, because a product is never only electrical.

The honest trade-offs

The good

  • High pay from year one with a four-year degree
  • Work exists in nearly every industry and most states
  • Rapid growth, especially in power, chips and defense
  • You can build things that physically exist

The hard parts

  • The degree is genuinely hard and the dropout rate is high
  • Deadline crunches before a product launch or a test date
  • Some of the best-paid work is in defense, which not everyone wants
  • Clearance jobs limit where you can live and what you can say

Work life

Typical hours
40 to 50 a week, longer before a launch
Remote work
Partly. Design travels, lab and factory work does not
Physical demand
Low
Unionized
Rare in private firms, common at public utilities

Factoids

Things people don't tell you.

The country runs on three separate grids

The lower 48 states are split into the Eastern Interconnection, the Western Interconnection and a third grid covering most of Texas. They are only loosely tied together, which is why a failure in one rarely darkens the others, and why Texas can be on its own in a storm.

There was a war over alternating current

In the 1880s Thomas Edison pushed direct current while George Westinghouse and Nikola Tesla backed alternating current. Alternating current won because it travels far more cheaply over long distances, which is why wall outlets today run on it.

Even the first exam has branches

The Fundamentals of Engineering exam is 110 questions over about five and a half hours, and electrical candidates choose between three versions: computer engineering, electrical and electronics, or power. You pick your future on the day you sit it.

Accreditation is a worldwide system

ABET (the Accreditation Board for Engineering and Technology), the body whose stamp your degree needs, has approved 4,863 programs at 950 colleges across 42 countries, with more than 200,000 students graduating from them each year.

Where these numbers come from

Last checked September 2026. Pay figures are typical full-time annual amounts in United States dollars, based on Bureau of Labor Statistics wage data and published pay scales. They vary by state, employer and experience. Tuition is for in-state students at public schools unless the card says otherwise.