Architecture and Engineering Occupations·SOC 17-2061

Best degree programs for Computer Hardware Engineers, ranked by enrollment

4 college programs and 476 schools train Computer Hardware Engineers. Compare graduates per year, cost and pay, $161,740 median wage, 76,660 U.S. jobs. Federal data.

4 college programs at 476 schools train computer hardware engineers, graduating 42,837 people a year (IPEDS completions). The largest is Electrical and Electronics Engineering. The job pays a median of $161,740 (BLS OEWS May 2025).

Graduates / yr
42,837
from every feeder program
Median annual wage
$161,740
BLS OEWS May 2025
Projected growth
+7.3%
Faster than average
Openings / yr
4,700
new plus replacement
Schools
476
with a feeder program
States with jobs
45
BLS reports wages

About computer hardware engineers

Research, design, develop, or test computer or computer-related equipment for commercial, industrial, military, or scientific use. May supervise the manufacturing and installation of computer or computer-related equipment and components.

Also calledEngineerDesign EngineerHardware EngineerSystems Integration EngineerStaff EngineerComputer TesterProject EngineerComputer DesignerComputer EngineerHardware ArchitectElectronics EngineerMicrochip Specialist

Fields of study that lead to this job

Grouped at the 4-digit CIP level, the tier our program pages are built on. Numbers are graduates per year.

4 degree programs that lead to this job

Ranked by graduates per year (IPEDS completions). Graduate earnings and debt are College Scorecard figures for people who finished the program, reported at the 4-digit CIP level, so specializations within one field share a figure. That is a different measurement from the occupation-wide wages further down this page.

Degree programs that lead to this occupation, ranked by graduates per year
#ProgramGraduates / yrShare of pipelineSchoolsGrad earnings (1 yr)Median debt
1
CIP 14.1001
26,622
62.1%
425$77,636$25,000
2
CIP 14.0901
13,854
32.3%
303$78,333$24,098
3
CIP 14.4701
2,242
5.2%
47
4
CIP 14.0902
119
0.3%
7$78,333$24,098

Top 50 schools by graduates into this job

Counting every feeder program a school offers, not just its largest one.

Schools ranked by graduates per year into this occupation
#SchoolGraduates / yrTop feeder programGrad rateNet priceAcceptance
1Purdue University - Main Campus
West Lafayette, IN Public · 2 feeder programs
1,126Electrical and Electronics Engineering83%50%
2Ohio State University - Main Campus
Columbus, OH Public · 2 feeder programs
969Computer Engineering, General88%61%
3University of Illinois Urbana - Champaign
Champaign, IL Public · 2 feeder programs
942Electrical and Electronics Engineering85%42%
4University of Michigan - Ann Arbor
Ann Arbor, MI Public · 3 feeder programs
848Computer Engineering, General93%16%
5Georgia Institute of Technology - Main Campus
Atlanta, GA Public · 2 feeder programs
821Electrical and Electronics Engineering94%14%
6Texas A&M University - College Station
College Station, TX Public · 2 feeder programs
780Electrical and Electronics Engineering84%57%
7University of California - Berkeley
Berkeley, CA Public · 1 feeder programs
709Electrical and Electronics Engineering93%11%
8North Carolina State University at Raleigh
Raleigh, NC Public · 2 feeder programs
673Computer Engineering, General85%42%
9Carnegie Mellon University
Pittsburgh, PA Private not-for-profit · 1 feeder programs
663Electrical and Electronics Engineering94%$23,80312%
10Arizona State University Campus Immersion
Tempe, AZ Public · 2 feeder programs
640Electrical and Electronics Engineering68%90%
11The University of Texas at Austin
Austin, TX Public · 2 feeder programs
594Electrical and Electronics Engineering89%27%
12University of Southern California
Los Angeles, CA Private not-for-profit · 3 feeder programs
572Electrical and Electronics Engineering92%$26,87310%
13University of California - San Diego
La Jolla, CA Public · 3 feeder programs
571Computer Engineering, General86%27%
14Virginia Polytechnic Institute and State University
Blacksburg, VA Public · 2 feeder programs
548Computer Engineering, General86%55%
15New York University
New York, NY Private not-for-profit · 2 feeder programs
506Computer Engineering, General88%$29,0239%
16University of Washington - Seattle Campus
Seattle, WA Public · 3 feeder programs
500Electrical and Electronics Engineering85%39%
17University of Florida
Gainesville, FL Public · 2 feeder programs
456Electrical and Electronics Engineering91%24%
18University of California - Los Angeles
Los Angeles, CA Public · 2 feeder programs
449Electrical and Electronics Engineering93%9%
19Northeastern University
Boston, MA Private not-for-profit · 2 feeder programs
441Electrical and Electronics Engineering91%$18,9255%
20University of California - Irvine
Irvine, CA Public · 2 feeder programs
415Computer Engineering, General87%29%
21Santa Clara University
Santa Clara, CA Private not-for-profit · 3 feeder programs
383Computer Engineering, General88%$44,09448%
22University of Central Florida
Orlando, FL Public · 2 feeder programs
356Computer Engineering, General78%40%
23The University of Texas at Dallas
Richardson, TX Public · 2 feeder programs
349Electrical and Electronics Engineering76%65%
24San Jose State University
San Jose, CA Public · 2 feeder programs
346Electrical and Electronics Engineering69%85%
25University of Wisconsin - Madison
Madison, WI Public · 2 feeder programs
326Electrical and Electronics Engineering90%45%
26Rutgers University - New Brunswick
New Brunswick, NJ Public · 1 feeder programs
314Electrical and Electronics Engineering84%58%
27Columbia University in the City of New York
New York, NY Private not-for-profit · 2 feeder programs
313Electrical and Electronics Engineering96%$15,3154%
28Johns Hopkins University
Baltimore, MD Private not-for-profit · 2 feeder programs
305Electrical and Electronics Engineering94%$11,8886%
29California State Polytechnic University - Pomona
Pomona, CA Public · 2 feeder programs
298Electrical and Electronics Engineering68%75%
30Cornell University
Ithaca, NY Private not-for-profit · 1 feeder programs
291Electrical and Electronics Engineering95%$17,6139%
31Florida International University
Miami, FL Public · 2 feeder programs
291Electrical and Electronics Engineering74%55%
32University of Colorado Boulder
Boulder, CO Public · 2 feeder programs
281Electrical and Electronics Engineering74%78%
33Pennsylvania State University - Main Campus
University Park, PA Public · 2 feeder programs
277Electrical and Electronics Engineering86%61%
34Stanford University
Stanford, CA Private not-for-profit · 1 feeder programs
277Electrical and Electronics Engineering92%$12,0324%
35Iowa State University
Ames, IA Public · 2 feeder programs
275Electrical and Electronics Engineering75%89%
36University of California - Davis
Davis, CA Public · 2 feeder programs
275Electrical and Electronics Engineering86%42%
37Duke University
Durham, NC Private not-for-profit · 2 feeder programs
274Computer Engineering, General97%$16,2606%
38Southern Technical College
Fort Myers, FL Private for-profit · 1 feeder programs
272Electrical and Electronics Engineering68%$26,179
39University of Cincinnati - Main Campus
Cincinnati, OH Public · 2 feeder programs
264Electrical and Electronics Engineering75%85%
40California Polytechnic State University - San Luis Obispo
San Luis Obispo, CA Public · 2 feeder programs
260Electrical and Electronics Engineering86%31%
41Boston University
Boston, MA Private not-for-profit · 2 feeder programs
258Electrical and Electronics Engineering89%$21,95611%
42University of Maryland - College Park
College Park, MD Public · 2 feeder programs
251Electrical and Electronics Engineering89%45%
43University of South Florida
Tampa, FL Public · 2 feeder programs
248Electrical and Electronics Engineering77%43%
44Rochester Institute of Technology
Rochester, NY Private not-for-profit · 4 feeder programs
245Electrical and Computer Engineering70%$28,13367%
45University of California - Santa Barbara
Santa Barbara, CA Public · 2 feeder programs
237Electrical and Electronics Engineering83%33%
46University of California - Santa Cruz
Santa Cruz, CA Public · 2 feeder programs
230Computer Engineering, General75%66%
47University of Minnesota - Twin Cities
Minneapolis, MN Public · 2 feeder programs
230Electrical and Electronics Engineering85%80%
48University of Houston
Houston, TX Public · 2 feeder programs
228Electrical and Electronics Engineering65%74%
49Arizona State University Digital Immersion
Scottsdale, AZ Public · 1 feeder programs
227Electrical and Electronics Engineering0%67%
50The University of Texas at Arlington
Arlington, TX Public · 2 feeder programs
226Electrical and Electronics Engineering54%80%

What computer hardware engineers earn

What people already working in this job earn (BLS OEWS May 2025). Not graduate earnings.

Median annual wage
$161,740
Mean annual
$162,670
Median hourly
$77.76/hr
People employed
76,660
What the range looks like
10th pct$92,940Median$161,74090th pct$225,330

Top-paying metro areas

San Jose-Sunnyvale-Santa Clara, CA
$209,860median
7,940 jobs
San Francisco-Oakland-Fremont, CA
$203,890median
2,810 jobs
Allentown-Bethlehem-Easton, PA-NJ
$172,210median
190 jobs
Durham-Chapel Hill, NC
$175,110median
430 jobs
Seattle-Tacoma-Bellevue, WA
$169,120median
1,410 jobs
San Diego-Chula Vista-Carlsbad, CA
$174,440median
3,330 jobs
Boston-Cambridge-Newton, MA-NH
$167,600median
2,840 jobs
Austin-Round Rock-San Marcos, TX
$165,530median
3,850 jobs

Job outlook

Bureau of Labor Statistics Employment Projections, 2024 to 2034.

Projected growth 2024–34
+7.3%
Faster than average
Openings per year
4,700
new jobs plus replacements
Employment change
5,600
76,800 → 82,400
Typical entry education
Bachelor's degree

Where the jobs are, state by state

Pick a state for in-state pay, the schools there, and the programs they run.

This occupation state by state: pay, jobs, and schools
StateMedian payJobsConcentrationSchoolsGraduates / yr
California$185,18019,8202.21×406,877
Texas$163,8607,3901.06×383,625
New York$163,4703,0200.63×292,996
Florida$134,1603,2900.67×182,211
Michigan$119,6701,4200.66×172,085
Pennsylvania1,6100.54×302,024
Ohio$118,1605800.21×202,007
Massachusetts$167,6003,1501.76×151,793
Illinois$133,2201,4200.47×131,708
Indiana$98,3503200.20×141,564
North Carolina$134,6701,3400.55×71,225
Georgia$100,2106500.27×51,124
Virginia$139,0301,7200.85×131,115
New Jersey$142,8805800.27×8977
Arizona$158,2803,1101.94×5946
Washington$169,1201,8001.03×25881
Maryland$152,7301,7201.27×12743
Colorado$156,0802,6601.87×11714
Wisconsin$83,6702700.19×7585
Alabama$136,9906800.66×7556
Missouri$103,9809000.62×7512
Utah$106,9504300.50×7481
Oklahoma$95,6001800.21×6456
Connecticut3400.41×9419
Tennessee$130,83012399
Iowamoderate$125,1201300.18×3365
Minnesota$134,3007700.53×7364
Kentucky$116,2005000.50×5339
Kansasmoderate$101,7502200.32×3329
South Carolina$125,1106900.61×7296
Idaho$131,5709202.18×5264
Mississippi$78,3201500.26×6236
New Mexicomoderate$165,3505,26012.25×3233
Louisiana$83,5502700.28×6201
Arkansas$120,2901600.25×6169
District of Columbiamoderate$163,3602100.62×4169
Nevadalimited$116,5301600.22×2146
Rhode Islandmoderate$119,5103901.58×3118
West Virginia1400.42×6117
Delawaremoderate$135,690300.13×3104
Hawaiilimited$159,880900.28×294
Nebraskalimited$134,950800.16×183
South Dakotalimited$101,4001600.73×275
New Hampshirelimited$129,1403100.92×240
Vermontlimited1300.86×235

Skills and tools

From O*NET, the U.S. Department of Labor's occupational database. Importance is a 1 to 5 scale.

What they do day to day

  • Update knowledge and skills to keep up with rapid advancements in computer technology.
  • Design and develop computer hardware and support peripherals, including central processing units (CPUs), support logic, microprocessors, custom integrated circuits, and printers and disk drives.
  • Confer with engineering staff and consult specifications to evaluate interface between hardware and software and operational and performance requirements of overall system.
  • Build, test, and modify product prototypes, using working models or theoretical models constructed with computer simulation.
  • Write detailed functional specifications that document the hardware development process and support hardware introduction.
  • Test and verify hardware and support peripherals to ensure that they meet specifications and requirements, by recording and analyzing test data.
  • Direct technicians, engineering designers or other technical support personnel as needed.
  • Provide technical support to designers, marketing and sales departments, suppliers, engineers and other team members throughout the product development and implementation process.

Skills

  • Reading Comprehension4.0
  • Critical Thinking4.0
  • Active Listening3.9
  • Writing3.9
  • Speaking3.9
  • Active Learning3.8
  • Mathematics3.3
  • Monitoring3.1

Knowledge areas

  • Computers and Electronics4.7
  • Engineering and Technology4.7
  • Mathematics4.1
  • Design4.1
  • English Language3.8
  • Physics3.4

Abilities

  • Information Ordering4.0
  • Oral Expression4.0
  • Inductive Reasoning4.0
  • Deductive Reasoning4.0
  • Oral Comprehension4.0
  • Written Comprehension4.0

Core activities

  • Working with Computers4.9
  • Making Decisions and Solving Problems4.7
  • Updating and Using Relevant Knowledge4.5
  • Analyzing Data or Information4.5
  • Getting Information4.4
  • Thinking Creatively4.4

Tools and technology

hotmarks an O*NET hot technology
Apache Subversion SVNhotAutodesk AutoCADhotChotC++hotGithotLinuxhotMicrosoft AccesshotMicrosoft ExcelhotMicrosoft Office softwarehotMicrosoft PowerPointhot

How to get in

How to become a Computer Hardware Engineer

Job zone 4 of 5 · SVP 7.0 to < 8.0
Typical entry education
Bachelor's degree

Most of these occupations require a four-year bachelor's degree, but some do not.

A considerable amount of work-related skill, knowledge, or experience is needed for these occupations. For example, an accountant must complete four years of college and work for several years in accounting to be considered qualified.

Employees in these occupations usually need several years of work-related experience, on-the-job training, and/or vocational training.

Every major mapped to this job

The official federal mapping behind the rankings above.

All 4 majors mapped to Computer Hardware Engineers4 of them graduated someone in the latest IPEDS year. NCES CIP 2020 → SOC 2018 crosswalk.+
  • 14.0901Computer Engineering, General
  • 14.0902Computer Hardware Engineering
  • 14.1001Electrical and Electronics Engineering
  • 14.4701Electrical and Computer Engineering

Related careers

Jobs O*NET identifies as close to this one, with their own pay and outlook.

Common questions

What degree do you need to become a Computer Hardware Engineer?+

Bachelor's degree is the typical entry-level education BLS reports for this occupation. The most common program people actually graduate from is Electrical and Electronics Engineering, which awarded 26,622 degrees in 2024-25, 62.1% of everyone graduating from a program that feeds this career.

Which college majors lead to becoming a Computer Hardware Engineer?+

The NCES CIP-to-SOC crosswalk maps 4 programs to this occupation. The largest are Electrical, Computer Engineering, Electrical and Computer Engineering. Together they graduate about 42,837 people a year.

How much do computer hardware engineers earn?+

The median is $161,740 a year (BLS OEWS May 2025). The middle range runs from $92,940 at the 10th percentile to $225,330 at the 90th. This is pay for people already working in the occupation, not the same thing as graduate earnings one year after finishing a degree.

Is demand for computer hardware engineers growing?+

BLS projects a +7.3% change in employment between 2024 and 2034, faster than average, with roughly 4,700 openings a year nationally once retirements and job changes are counted.

How many schools offer programs for this career?+

476 institutions reported graduates from at least one of the 4 programs that feed this occupation in IPEDS 2024-25. Rankings on this page use graduates per year, because the federal data publishes no enrollment count by program.

What other job titles do computer hardware engineers work under?+

Employers advertise this work under many names. O*NET records Engineer, Design Engineer, Hardware Engineer, Systems Integration Engineer among the most commonly reported, all mapping to SOC 17-2061.

About the data on this page

Rankings use IPEDS completions 2024-25, degrees awarded per year. That is the closest federal measure of how many people a program puts into a career, because no federal dataset publishes enrollment by program. Wages and employment come from BLS OEWS May 2025, growth and openings from BLS Employment Projections 2024-34, and which majors lead to which jobs from the NCES CIP 2020 to SOC 2018 crosswalk. Occupation descriptions, tasks, skills and tools are O*NET 30.3 (CC BY 4.0, U.S. Department of Labor/ETA).

  • BLS Occupational Employment & Wage Statistics

    May 2025

    Wages, employment counts, location quotients and metro breakdowns.

  • BLS Employment Projections

    2024–34

    Projected growth, annual openings and typical entry-level education.

  • IPEDS Completions

    2024-25 (provisional)

    Graduates per year by program and institution — the ranking metric.

  • College Scorecard, Field of Study

    2020-21 cohorts

    Median graduate earnings one year after completion, and median debt.

  • Census Post-Secondary Employment Outcomes

    latest available

    Graduate earnings 1/5/10 years out, where the state participates.

  • NCES CIP 2020 and the CIP-to-SOC 2018 crosswalk

    CIP 2020 / SOC 2018

    Which college programs officially lead to this occupation.

  • O*NET Database 30.3

    30.3

    Tasks, skills, knowledge, tools, job zone and alternate job titles.

    Official source →CC BY 4.0, U.S. Department of Labor / ETA

All Clema data sources and release dates →

Explore every U.S. college in one conversation

Clema turns plain-language questions into sourced answers across every U.S. institution — earnings, aid, acceptance, graduation, safety, and athletics from IPEDS, College Scorecard, and 10+ federal datasets, built in.

Free for teams up to 3 · No credit card