Computer Engineering Technologies/Technicians at University of Houston

Houston, TX · Public · Bachelor's Degree
69 /100
DegreeOutlook Score (Base Case) — assumes in-state tuition
71
Optimistic
69
Base Case
61
Pessimistic
Earnings $56,527/yr (2% vs median)
AI Risk Very High (67% exposed)
Job Market Very Large (148,800 openings/yr)
ROI 15.8x earnings multiple (6.9x out-of-state)
Ranked #4 of 29 Computer Engineering Technologies/Technicians programs Top 25%

How AI Changes the Outlook

Three scenarios based on how aggressively AI disrupts the career paths available to Computer Engineering Technologies/Technicians graduates.

Optimistic
No Disruption
Base Case
Gradual AI
Pessimistic
Aggressive AI
10-Year Earnings $634K $613K $537K
Earnings Multiple (In-State) 16.3x 15.8x 13.8x
Earnings Multiple (Out-of-State) 7.1x 6.9x 6.0x
Probability of Field Employment 55% 47% 30%
DegreeOutlook Score 71 69 61

10-Year Earnings Projection

*Year 1 uses actual reported earnings. Scenarios diverge as AI impact compounds over time.

4-Year Tuition, In-State (Sticker)
$38,844
Out-of-state: $88,764 (6.9x ROI)
4-Year Net Price (After Aid)
$55,412
-43% less than sticker · See by income
Median Debt at Graduation
$20,281
4.3 months of Year 1 earnings
Reported Earnings (5 Year)
$71,648
27% growth from Year 1

Program Analysis

University of Houston's Computer Engineering Technologies/Technicians program produces graduates earning $56,527/yr — within striking distance of the $55,289 national average for this field.

Every dollar of in-state tuition returns an estimated 15.8x in decade earnings — an exceptional ratio that places this among the highest-ROI Computer Engineering Technologies/Technicians programs nationally.

Some AI exposure exists in Computer Engineering Technologies/Technicians's typical career paths, with 67% of job tasks potentially affected. The pessimistic scenario still projects solid returns, with a 15% gap from the optimistic case.

Loan repayment is a non-issue here — $20,281 in median debt clears quickly against $56,527 in annual earnings.

At #4 of 29 nationally, this is a top-5% Computer Engineering Technologies/Technicians program. Financial outcomes consistently outperform the vast majority of peers.

Earnings grow from $56,527 to $71,648 over five years — a 27% increase that's moderate and in line with typical career progression.

About University of Houston

University of Houston's 70% acceptance rate reflects moderate selectivity, serving a student body of 37,175 in Houston, TX. With 41% of students on Pell Grants, the campus draws from a broad economic spectrum.

See all programs and financial aid at University of Houston →

Top Career Paths

Software developers $133,080/yr
Software quality assurance analysts and testers $102,610/yr
Computer programmers $98,670/yr
View all 5 career paths with salary ranges and AI risk →

Compare & Explore

Computer Engineering Technologies/Technicians at Other Schools

Other Majors at University of Houston

Explore the Trade Alternative

Not every career requires a four-year degree. Trade programs in related fields can offer competitive salaries with a fraction of the student loan burden.

Frequently Asked Questions

What is the DegreeOutlook Score for Computer Engineering Technologies/Technicians at University of Houston?
A score of 69/100 puts this program in competitive territory — solid outcomes, though not at the top of the Computer Engineering Technologies/Technicians field.
Will AI replace Computer Engineering Technologies/Technicians careers?
With 67% of typical job tasks exposed to AI, this is one of the higher-risk fields. Our pessimistic scenario projects $536,712 in decade earnings vs $634,136 in the optimistic case — a meaningful gap.
What makes University of Houston's Computer Engineering Technologies/Technicians program stand out?
Ranked #4 of 29 programs nationally, University of Houston lands in the top 25%. The ranking reflects a combination of graduate earnings, return on investment, and job market alignment.
Scores use College Scorecard earnings, BLS employment projections, and AI task-exposure research. See full methodology →