Industrial Production Technologies at Baton Rouge Community College
with a mid-sized student body of 8,003 in Baton Rouge, LA.
Program Analysis
Graduates of Baton Rouge Community College's Industrial Production Technologies program earn $103,572/yr in their first year — 87% above the $55,266 national median, a strong market signal for this institution.
The 180.4x earnings multiple means ten-year projected earnings exceed tuition cost by an order of magnitude. Trade programs often deliver strong ratios, and this one is a standout.
AI risk is moderate — 27% task exposure — and the 31% scenario spread suggests disruption would dent but not destroy the earnings outlook for Industrial Production Technologies graduates.
At $10,250 in median debt against $103,572 in first-year earnings, graduates can expect to clear their loan balance quickly — a hallmark of affordable trade programs.
Ranked #2 out of 47 programs, Baton Rouge Community College's Industrial Production Technologies program lands in the top 5% — a strong signal of graduate success.
The five-year earnings trajectory from $103,572 to $145,200 shows 40% growth, reflecting steady but unremarkable salary progression.
With 30 registered apprenticeships mapped to Industrial Production Technologies, graduates have substantial options for hands-on training paths that pay from day one.
Earnings Overview
Projected 10-Year Earnings
Based on actual graduate salary data and Bureau of Labor Statistics growth projections.
Top Career Paths
Top career paths for Industrial Production Technologies graduates by median salary.
| Career Path | Median Salary | Growth | AI-ProofAI |
|---|---|---|---|
| Engineering technologists and technicians, except drafters, all other | $77,390 | +1.5% | 76% |
| Electrical and electronic engineering technologists and technicians | $77,180 | +0.6% | 59% |
| Industrial engineering technologists and technicians | $64,790 | +1.7% | 61% |
About Industrial Production Technologies Careers
Your career in industrial production puts you at the heart of how things get made. You might start as a welder, using high-heat torches and plasma cutters to fuse steel beams on a construction site or meticulously join components in a sterile manufacturing environment. Alternatively, you could be an electrical engineering technician in a lab, using multimeters and oscilloscopes to test prototypes or troubleshoot the complex robotic arms on an assembly line. This is hands-on problem-solving that can't be outsourced or done by an algorithm.
Read the full Industrial Production Technologies career guide →
Compare & Explore
Industrial Production Technologies Overview
Industrial Production Technologies at Other Schools
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Considering a 4-Year Degree Instead?
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