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Computer Engineer

Design the chips, boards and machines that software runs on.

Typical pay
$161,740a year
Time to qualify
4 to 6 yearsafter high school
Demand
Good
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 computer engineers make

Typical

$161,740

New graduate

$92,940

Senior or principal engineer

$225,330

The national median is $161,740 a year and the bottom tenth start near $92,940. These figures are published for Computer Hardware Engineers, the closest survey title to this job. People who call themselves computer engineers but write software are counted under software developer instead, and that occupation pays somewhat less at the median.

Starting pay

$90,000 to $115,000

First job out of a four year engineering degree

Where you work moves this a long way. California, Texas, Oregon and Massachusetts hold most of the chip and device employers and pay well above the national figure. Defense contractors pay less but hire steadily and offer security clearance, which raises your value later.

Top of the field

$225,330 and up

Top tenth: principal engineers, chip architects, technical leads

At large technology companies a big part of senior pay is company stock, which is not counted the same way in a wage survey. Total compensation at the top can run well beyond the published number, and it can also fall when the share price does.

What it costs to get there

Bachelor of science, in-state public university
Roughly $11,000 to $16,000 a year in tuition and fees
Out of state or private
$35,000 to $65,000 a year before aid
Community college first two years
Often about $4,000 a year, then transfer to a four year engineering program
Federal aid
The FAFSA (Free Application for Federal Student Aid) opens the Pell Grant and federal student loans
Roughly, all in
$30,000 to $200,000

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

The low end is two years at a community college at about $4,000 a year, then transferring into a four year engineering program at an in state public university, which is a real and common route. The high end is four years out of state or at a private university at around $50,000 a year before any aid. Paid internships and co op terms are normal in engineering and often pay $25 to $45 an hour, which takes a genuine bite out of the debt, and the sticker price at expensive schools is rarely what a student with need actually pays after aid.

Paid internships and co-op programs are normal in engineering and often pay $25 to $45 an hour, which takes a real bite out of the debt.

Benefits

  • Company stock

    Restricted shares that vest over several years are standard at large technology employers.

  • Health insurance and a retirement match

    Full benefits are the norm, not the exception, in this field.

  • Paid tuition for a master's degree

    Many employers will pay for a graduate degree while you keep working.

  • Relocation and signing bonuses

    Chip companies compete hard for new graduates and pay to move you.

Education

The exact path from high school to qualified.

The path

A four year engineering degree is the door. There is no way around it in hardware.

  1. 1

    High school with heavy math and physics

    Grade 12

    Calculus and physics are the entry requirements for almost every engineering school.

  2. 2

    Bachelor of science in computer engineering

    4 years

    Pick a program accredited by ABET (the Accreditation Board for Engineering and Technology), which is what employers and licensing boards recognize.

  3. 3

    Internships or a co-op

    Summers, or a full year

    One or two paid summers inside a real company. This is what turns a degree into a job offer.

  4. 4

    First engineering job

    1 to 2 years

    Junior design, verification or test engineer. You learn the company's tools for a year before you are trusted with your own block of the design.

  5. 5

    Master's degree, if you want chip design

    1 to 2 more years

    Optional for most roles, close to expected for advanced semiconductor and processor design work.

High school courses that help

  • Calculus

    Non negotiable. Engineering programs start where high school calculus ends.

  • Physics

    Electricity and magnetism are the foundation of everything you will design.

  • Computer science

    You will write code every week, even on the hardware side.

  • Electronics or robotics club

    Building things badly and fixing them is the best preparation there is.

Time and money, at a glance

Years after high school
4 to 6
Admission
Competitive. Strong math grades and calculus are expected.
Total tuition
About $45,000 to $65,000 in-state, far more elsewhere
Paid while training?
Only during internships and co-op terms

You do not need a license, but you can get one

Nobody has to be licensed to design a circuit board, so most computer engineers never get a professional license at all. The route exists if you want it. You take the FE (Fundamentals of Engineering) exam near the end of your degree, a 110 question test that costs about $225, then work about four years under a licensed engineer and sit the PE (Principles and Practice of Engineering) exam, which is around $425 in most states plus your state board's own fee. Licensing is done state by state. It matters most if you end up signing off on work for the public, in power systems, buildings or safety critical control.

Where people study

Accredited computer engineering programs exist in every state. A few well known ones.

  • Purdue University, Indiana

    Offers a separate bachelor of science in computer engineering alongside electrical engineering.

  • Georgia Institute of Technology

    One of the largest electrical and computer engineering schools in the country.

  • University of Illinois Urbana-Champaign

    Deep semiconductor and computer architecture research.

  • Your own state's flagship university

    In-state tuition at an accredited program gets you the same first job for a fraction of the money.

Optional

Things you don't need, but that help.

Specialties that raise your pay

  • Digital design and verification

    Writing hardware description code and proving a chip works before it is built. Always short of people.

  • Embedded systems and firmware

    The code that runs on the chip itself. The widest job market in hardware.

  • Semiconductor process and packaging

    How chips are actually manufactured. New American fabrication plants are hiring for this.

  • Security clearance

    Defense work requires it, takes months to obtain, and makes you hard to replace.

  • Machine learning hardware

    Designing accelerators for AI workloads is the hottest corner of the field right now.

Nice-to-haves

  • Personal projects you can show

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

  • Soldering and lab instruments

    Being useful in a lab on day one gets you the interesting work early.

  • Programming in C and Python

    Hardware engineers write test scripts and low level code constantly.

  • Student engineering competitions

    Robotics, solar car and rocketry teams are direct recruiting grounds.

Hardware or software

People use the words computer engineer for two fairly different careers. One designs physical things: processors, boards, sensors and the firmware that drives them. The other writes software and just happens to have an engineering degree. The hardware side is smaller, pays a slightly higher median, needs the degree and cannot be learned from a short course. The software side has far more openings and more ways in. A computer engineering degree qualifies you for both, which is a real part of its value.

Extras

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

A typical day

Most of the day is at a screen, in design and simulation tools, not at a workbench. You read specifications, write or review the description of a block of logic, then run simulations overnight and spend the morning working out why one of them failed. There is a stand up meeting with your team and often a long one with the software group about who is going to fix a problem that sits between them. When silicon or boards come back from the factory, you move into the lab with instruments and hunt for the difference between what you designed and what you got.

The honest trade-offs

The good

  • One of the best paid careers you can enter with a four year degree
  • Work that ends up in physical products millions of people use
  • Employers pay for internships, relocation and graduate school
  • Skills transfer across defense, medical devices, cars and consumer electronics

The hard parts

  • The degree is hard and the dropout rate in engineering is high
  • Job openings are concentrated in a handful of states
  • Chip projects run on years long cycles and crunch before every deadline
  • Layoffs hit technology companies in waves no matter how good you are

Work life

Typical hours
40 to 50 a week, longer near tape-out and launch
Remote work
Partly, but lab and silicon work is on site
Physical demand
Low
Unionized
Rarely

Factoids

Things people don't tell you.

A chip mistake costs millions to fix

Once a processor design is sent to the factory, correcting an error means a new set of masks and another run of wafers. That is why verification engineers, the people who try to break a design before it is built, are paid as well as the people who design it.

The country is building chip factories again

Federal funding has pushed a wave of new semiconductor plants in Arizona, Texas, Ohio and New York. They need engineers and technicians in places that had almost none of this work ten years ago.

The accreditation on your degree matters

ABET (the Accreditation Board for Engineering and Technology) accredits nearly 5,000 programs at about 950 institutions worldwide. An unaccredited engineering degree can block you from sitting licensing exams later, so check before you enroll.

Most of the job is finding out why it does not work

Engineers call it debug, and it is the bulk of the calendar on any real project. The people who enjoy that part are the ones who last in this field.

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.