Precision Metalworking at CET-San Diego

San Diego, CA · Private nonprofit · Certificate · Precision Metal Working

a smaller institution with 225 students in San Diego, CA.

Program Analysis

Graduates earn $32,817/yr, roughly in line with the $36,869 national median for Precision Metalworking. The value proposition here depends on cost, not earnings.

Some AI exposure exists in Precision Metalworking's career paths, with 13% of job tasks potentially affected. The pessimistic scenario still projects solid returns, with a 18% gap from the optimistic case.

With first-year pay of $32,817 far exceeding the $8,500 median debt, the payback timeline is measured in months, not years.

Ranked #275 of 355 Precision Metalworking programs, CET-San Diego falls below the median. Stronger options exist, though cost and location may compensate.

Earnings grow from $32,817 to $40,269 over five years — a 23% increase that's moderate and in line with typical trade career progression.

Precision Metalworking offers 131 registered apprenticeship pathways — an unusually broad set of earn-while-you-learn alternatives to the classroom track.

49 /100
TradeSchoolOutlook Score
48
Low End
49
Score
50
High End
Earnings $32,817/yr (-11% vs median)
AI-Proof AI-Proof (87% shielded)
Job Market Very Large (164,200 openings/yr)

Earnings Overview

Projected 10-Year Earnings
$418K
5.2% annual growth
Viable Career Paths
22 of 24
Occupations with strong AI resilience

Projected 10-Year Earnings

Based on actual graduate salary data and Bureau of Labor Statistics growth projections.

Median Debt at Graduation
$8,500
3.1 months of Year 1 earnings
Reported Earnings (5 Year)
$40,269
23% growth from Year 1

Top Career Paths

Top career paths for Precision Metalworking graduates by median salary.

Career Path Median Salary Growth AI-ProofAI
Computer numerically controlled tool programmers $65,670 +12.8% 20%
Tool and die makers $63,180 -10.8% 81%
Model makers, metal and plastic $62,700 -18.2% 84%
Computer numerically controlled tool programmers
$65,670
+12.8% growth 20% AI-proof
Tool and die makers
$63,180
-10.8% growth 81% AI-proof
Model makers, metal and plastic
$62,700
-18.2% growth 84% AI-proof

View all 24 career paths with full salary data →

Precision Metalworking Career Guide

See the full career breakdown for Precision Metalworking — job titles, salary ranges, and growth projections for graduates from CET-San Diego and 354 other schools.

Read the full Precision Metalworking career guide →

Compare & Explore

Precision Metalworking Overview

Precision Metalworking at Other Schools

Other Majors at CET-San Diego

Frequently Asked Questions

How does CET-San Diego's Precision Metalworking program score?
A score of 49/100 indicates below-average financial outcomes for Precision Metalworking. Earnings, ROI, or job market factors are pulling the score down.
Is Precision Metalworking from CET-San Diego a future-proof career choice?
This is one of the more automation-resistant trades. Precision Metalworking work requires physical skill and on-site presence — qualities AI cannot provide. CET-San Diego's score of 49/100 reflects this durability.
What's the typical debt for Precision Metalworking graduates from CET-San Diego?
At $8,500 in median debt, Precision Metalworking graduates from CET-San Diego carry minimal financial burden. The debt-to-income ratio of 0.3x is well below the trade program average.
Can I learn Precision Metalworking through an apprenticeship instead of CET-San Diego?
The DOL recognizes 131 apprenticeship pathways related to Precision Metalworking. For students weighing CET-San Diego's program cost against alternatives, apprenticeships offer zero-tuition entry with paid employment from day one.
How many job openings are there for Precision Metalworking graduates?
The very large job market (164,200 annual openings) works in favor of Precision Metalworking graduates. The national outlook is driven by infrastructure investment and steady replacement demand as workers retire, though regional variation matters.
Data from College Scorecard, BLS, and AI resilience research. Methodology & sources →