Precision Metal Working at Delgado Community College

New Orleans, LA · Public · Certificate

serving 11,182 students in New Orleans, LA.

Program Analysis

First-year earnings of $32,636 track close to the $36,869 national median for Precision Metal Working programs. This is a middle-of-the-road outcome on salary alone.

Every dollar of tuition returns an estimated 77.4x in decade earnings — an exceptional ratio that places this among the highest-ROI Precision Metal Working programs nationally.

AI disruption models show minimal impact on this program's career paths. The gap between optimistic and pessimistic scenarios is just 9% — this trade's hands-on core resists automation.

At $15,000 in median debt against $32,636 in first-year earnings, graduates can expect to clear their loan balance quickly — a hallmark of affordable trade programs.

At #139 of 355 Precision Metal Working programs, Delgado Community College scores above the median — competitive but not a standout.

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

59 /100
TradeSchoolOutlook Score
59
Low End
59
Score
60
High End
Earnings $32,636/yr (-11% vs median)
AI-Proof AI-Proof (87% shielded)
Job Market Very Large (164,200 openings/yr)

Earnings Overview

Projected 10-Year Earnings
$374K
3.0% annual growth
Earnings Multiple
80.0x
10-year earnings ÷ tuition
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.

Program Tuition
$4,678
Median Debt at Graduation
$15,000
5.5 months of Year 1 earnings

Top Career Paths

Top career paths for Precision Metal Working 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 →

About Precision Metal Working Careers

You’ll begin your career with your hands on the tools of the trade. As a welder, you could be fusing steel beams high on a construction site or meticulously joining pipes for critical infrastructure. As a machinist, you might work from complex blueprints, operating lathes and mills to craft high-tolerance parts for the aerospace or medical industries. Most paths start with an apprenticeship, learning directly from seasoned professionals on the job.

Read the full Precision Metal Working career guide →

Compare & Explore

Precision Metal Working Overview

Precision Metal Working at Other Schools

Other Majors at Delgado Community College

Frequently Asked Questions

What does a 59/100 TradeSchoolOutlook Score mean for Precision Metal Working at Delgado Community College?
At 59/100, Delgado Community College's Precision Metal Working program delivers middling returns. School cost and personal fit become important decision factors.
Will AI replace Precision Metal Working jobs?
Precision Metal Working rates as "AI-Proof" for AI resilience. With only 13% of tasks exposed to automation, the trade's physical demands provide a natural shield against AI displacement.
Are there apprenticeship options for Precision Metal Working?
Precision Metal Working connects to 131 apprenticeship pathways. These DOL-registered programs combine structured training with paid employment — a strong alternative for students who prefer hands-on learning over classroom instruction.
Is there demand for Precision Metal Working workers?
With approximately 164,200 annual openings across mapped careers, Precision Metal Working offers a very large employment pool. Physical trades tend to have steady demand driven by infrastructure and construction cycles.
Data from College Scorecard, BLS, and AI resilience research. Methodology & sources →