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Best Computer Engineering Schools
The top 25 of 177 U.S. colleges offering an undergraduate Computer Engineering degree, ranked by early-career earnings and return on investment — using each school's real, aid-adjusted net price rather than sticker tuition.
Is Computer Engineering worth it?
It is one of the most reliably lucrative undergraduate degrees you can pursue. Because every major industry—from aerospace to finance to consumer electronics—is desperate for talent that understands both hardware and software, computer engineers command massive starting salaries right out of the gate. But the real lesson of this ranking is geographical and institutional: the overwhelming value lies at public universities anchored near major tech hubs. You do not need to pay Ivy League tuition to land a job at Apple or Intel; in fact, taking on massive debt for a private-school computer engineering degree is a mathematical mistake when state schools with deep industry pipelines offer the exact same elite career outcomes for a fraction of the cost.
| # | School | State | Median earnings | Net price / yr | 10-yr net ROI |
|---|---|---|---|---|---|
| 1 | University of Washington-Bothell Campus | WA | $141,588 | $12,319† | +$1.4M |
| 2 | University of Washington-Tacoma Campus | WA | $141,588 | $10,163† | +$1.4M |
| 3 | University of Washington-Seattle Campus | WA | $141,588 | $14,091† | +$1.4M |
| 4 | California Polytechnic State University-San Luis Obispo | CA | $111,560 | $16,665† | +$1.0M |
| 5 | University of Illinois Urbana-Champaign | IL | $103,123 | $14,355† | +$974K |
| 6 | University of California-Davis | CA | $96,418 | $14,741† | +$905K |
| 7 | University of California-San Diego | CA | $96,256 | $12,470† | +$913K |
| 8 | Georgia Institute of Technology-Main Campus | GA | $93,629 | $12,116† | +$888K |
| 9 | University of Florida | FL | $87,949 | $6,541† | +$853K |
| 10 | University of Virginia-Main Campus | VA | $118,232 | $21,565† | +$1.1M |
| 11 | University of Michigan-Ann Arbor | MI | $92,501 | $13,138† | +$872K |
| 12 | University of California-Santa Barbara | CA | $91,387 | $16,109† | +$849K |
| 13 | Purdue University-Main Campus | IN | $89,965 | $14,600† | +$841K |
| 14 | Brigham Young University | UT | $88,785 | $15,564 | +$826K |
| 15 | Utah Valley University | UT | $85,564 | $6,376† | +$830K |
| 16 | University of Connecticut-Waterbury Campus | CT | $82,924 | $10,875† | +$786K |
| 17 | CUNY City College | NY | $78,326 | $3,776† | +$768K |
| 18 | Duke University | NC | $111,145 | $29,612 | +$993K |
| 19 | Boston University | MA | $93,995 | $24,402 | +$842K |
| 20 | George Mason University | VA | $87,466 | $17,915† | +$803K |
| 21 | Washington State University | WA | $87,135 | $14,971† | +$811K |
| 22 | University of Maryland-Baltimore County | MD | $86,444 | $16,467† | +$799K |
| 23 | University of South Florida | FL | $83,660 | $9,812† | +$797K |
| 24 | North Carolina State University at Raleigh | NC | $82,997 | $17,303† | +$761K |
| 25 | University of Connecticut-Avery Point | CT | $82,924 | $13,807† | +$774K |
Top 10 programs by 10-year net ROI
Why these schools rank where they do
Location and local employer pipelines dictate this board. The University of Washington achieves an absolute sweep of the top three spots across its Bothell, Tacoma, and Seattle campuses. This isn't a fluke; it is the direct result of UW's stranglehold on the Seattle tech ecosystem. Graduates from these campuses feed directly into the hardware and cloud infrastructure teams at Microsoft and Amazon, as well as aerospace giants like Boeing. The satellite campuses in Bothell and Tacoma actually edge out the flagship Seattle campus because they offer the exact same regional employer access at an even lower net price to students.
The biggest surprise for prestige-chasers is seeing California Polytechnic State University-San Luis Obispo ranking fourth, easily beating out heavyweights like Duke and the University of Michigan. Cal Poly operates on a famous "Learn by Doing" philosophy, stripping away theoretical fluff in favor of intensive, hands-on lab work from day one. Silicon Valley hardware manufacturers and major defense contractors know this, treating Cal Poly as a premier hiring ground because its grads require almost no on-the-job training. Similarly, CUNY City College punches wildly above its weight by offering an incredibly cheap route into the booming New York tech and fintech sectors, proving that proximity to employers beats a famous brand name every time.
What is Computer Engineering?
Computer engineering is the discipline that lives at the intersection of electrical engineering and computer science, bridging the gap between physical hardware and the software that runs on it. Graduates design the microprocessors, circuit boards, and embedded systems that power everything from smartphones and autonomous vehicles to next-generation gaming consoles and supercomputers.
Frequently asked questions
What is the difference between computer science and computer engineering?
Computer science is almost entirely focused on software, algorithms, and data structures. Computer engineering includes software programming but heavily emphasizes electrical engineering and hardware design. If you want to write the code for a new app, study computer science. If you want to design the physical microchip that makes the phone run faster, study computer engineering.
Do I need a master's degree to get a good job?
No. A bachelor's degree is the industry standard for entry-level engineering roles, and employers care far more about your internships, co-op experience, and portfolio of hands-on projects than they do about graduate credentials. Many engineers who do pursue a master's degree wait until they are already working so their employer will foot the tuition bill.
Are jobs limited to Silicon Valley?
Not anymore. While the San Francisco Bay Area and Seattle remain massive hubs for hardware and systems engineering, the demand has decentralized. Automotive companies in the Midwest are aggressively hiring computer engineers to build autonomous driving systems, defense contractors in Virginia and Maryland need them for aerospace and cybersecurity hardware, and the financial sector in New York recruits them to build ultra-low-latency trading networks.