Precision Metalworking at Charter College

Anchorage, AK · Private for-profit · Certificate · Precision Metal Working

a smaller institution with 2,277 students in Anchorage, AK.

Program Analysis

At $32,204/yr, Precision Metalworking graduates from Charter College land near the $36,869 national average — neither a standout nor a red flag.

With a 22.4x return on tuition over ten years, the financial case for this program is compelling by virtually any measure.

The 26% difference between AI scenarios reflects partial automation exposure. Some Precision Metalworking career paths face changes, but the trade's physical demands provide a buffer.

The median debt load of $15,363 represents less than half a year of starting salary — among the lightest debt-to-income ratios in vocational education.

A #310 ranking among 355 Precision Metalworking programs places Charter College in the lower half. Price, proximity, and personal fit become the stronger arguments.

A 34% earnings increase from $32,204 to $43,094 over five years is solid — not a moonshot, but evidence of normal career advancement.

The 131 apprenticeship pathways connected to Precision Metalworking reflect strong industry infrastructure for this trade. Apprenticeships typically lead to journeyman-level wages.

47 /100
TradeSchoolOutlook Score
45
Low End
47
Score
48
High End
Earnings $32,204/yr (-13% vs median)
AI-Proof AI-Proof (87% shielded)
Job Market Very Large (164,200 openings/yr)

Earnings Overview

Projected 10-Year Earnings
$457K
7.5% annual growth
Earnings Multiple
24.5x
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
$18,678
Median Debt at Graduation
$15,363
5.7 months of Year 1 earnings
Reported Earnings (5 Year)
$43,094
34% 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

Precision Metalworking opens doors to multiple career tracks. Our pillar guide covers every mapped occupation with salary data and AI resilience ratings.

Read the full Precision Metalworking career guide →

Compare & Explore

Precision Metalworking Overview

Precision Metalworking at Other Schools

Other Majors at Charter College

Frequently Asked Questions

What is the TradeSchoolOutlook Score for Precision Metalworking at Charter College?
At 47/100, the financial outlook is modest. Higher-scoring Precision Metalworking programs exist, though non-financial factors may justify this choice.
How safe is Precision Metalworking from automation?
Precision Metalworking 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.
Should I consider an apprenticeship over a Precision Metalworking program at Charter College?
There are 131 registered apprenticeships connected to Precision Metalworking occupations, such as Cnc Operator - Milling and Cnc Operator - Milling And Turning. The earn-while-you-learn model means no tuition debt and immediate income, though the training period is typically longer.
What's the job market like for Precision Metalworking from Charter College?
With approximately 164,200 annual openings across mapped careers, Precision Metalworking offers a very large employment pool. Charter College graduates enter a market shaped by infrastructure investment and steady replacement demand as workers retire.
Data from College Scorecard, BLS, and AI resilience research. Methodology & sources →