Mechanical Engineering Related Technologies at SUNY Buffalo State University

Buffalo, NY · Public · Bachelor's Degree · Mechanical Engineering Related Technologies/Technicians
70 /100
DegreeOutlook Score (Base Case) — assumes in-state tuition
70
Optimistic
70
Base Case
69
Pessimistic
Earnings $57,431/yr (-8% vs median)
AI Risk Moderate (28% exposed)
Job Market Large (87,000 openings/yr)
ROI 21.6x earnings multiple (9.7x out-of-state)
Ranked #8 of 59 Mechanical Engineering Related Technologies programs Top 25%

How AI Changes the Outlook

Three scenarios based on how aggressively AI disrupts the career paths available to Mechanical Engineering Related Technologies graduates.

Optimistic
No Disruption
Base Case
Gradual AI
Pessimistic
Aggressive AI
10-Year Earnings $749K $734K $675K
Earnings Multiple (In-State) 22.1x 21.6x 19.9x
Earnings Multiple (Out-of-State) 9.9x 9.7x 8.9x
Probability of Field Employment 55% 52% 45%
DegreeOutlook Score 70 70 69

10-Year Earnings Projection

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

4-Year Tuition, In-State (Sticker)
$33,944
Out-of-state: $75,624 (9.7x ROI)
4-Year Net Price (After Aid)
$56,916
-68% less than sticker · See by income
Median Debt at Graduation
$22,400
4.7 months of Year 1 earnings
Reported Earnings (5 Year)
$86,786
51% growth from Year 1

Program Analysis

SUNY Buffalo State University's Mechanical Engineering Related Technologies program produces graduates earning $57,431/yr — within striking distance of the $62,227 national average for this field.

Every dollar of in-state tuition returns an estimated 21.6x in decade earnings — an exceptional ratio that places this among the highest-ROI Mechanical Engineering Related Technologies programs nationally.

Some AI exposure exists in Mechanical Engineering Related Technologies's typical career paths, with 28% of job tasks potentially affected. The pessimistic scenario still projects solid returns, with a 10% gap from the optimistic case.

Loan repayment is a non-issue here — $22,400 in median debt clears quickly against $57,431 in annual earnings.

At #8 of 59 nationally, this is a top-5% Mechanical Engineering Related Technologies program. Financial outcomes consistently outperform the vast majority of peers.

Five-year earnings of $86,786 show a 51% jump from the $57,431 starting point — strong upward trajectory suggesting real career acceleration.

About SUNY Buffalo State University

A 76% acceptance rate means SUNY Buffalo State University is accessible to most applicants, with a mid-sized student body of 5,358 in Buffalo, NY. 53% of students receive Pell Grants, indicating strong socioeconomic diversity.

See all programs and financial aid at SUNY Buffalo State University →

Top Career Paths

Aerospace engineering and operations technologists and technicians $79,830/yr
Engineering technologists and technicians, except drafters, all other $77,390/yr
Electro-mechanical and mechatronics technologists and technicians $70,760/yr
View all 7 career paths with salary ranges and AI risk →

Compare & Explore

Mechanical Engineering Related Technologies at Other Schools

Other Majors at SUNY Buffalo State University

Consider the Trade Route?

Trade programs often mean less time in school, lower student debt, and hands-on career paths that tend to be more resilient to AI disruption.

Frequently Asked Questions

What is the DegreeOutlook Score for Mechanical Engineering Related Technologies at SUNY Buffalo State University?
This program scores 70/100 — placing it among the stronger programs for Mechanical Engineering Related Technologies nationally. The score reflects above-average earnings, manageable AI risk, and solid financial return.
What makes SUNY Buffalo State University's Mechanical Engineering Related Technologies program stand out?
Ranked #8 of 59 programs nationally, SUNY Buffalo State University 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 →