Clinical/Medical Laboratory Science/Research at Erwin Technical College

Tampa, FL · Public · Certificate · Clinical/Medical Laboratory Science/Research and Allied Professions

with a smaller student body of 556 in Tampa, FL.

Program Analysis

Graduates earn $41,375/yr, roughly in line with the $39,620 national median for Clinical/Medical Laboratory Science/Research. The value proposition here depends on cost, not earnings.

The 0% difference between AI scenarios reflects partial automation exposure. Some Clinical/Medical Laboratory Science/Research career paths face changes, but the trade's physical demands provide a buffer.

A #76 ranking among 146 Clinical/Medical Laboratory Science/Research programs places Erwin Technical College in the lower half. Price, proximity, and personal fit become the stronger arguments.

The 15 apprenticeship pathways connected to Clinical/Medical Laboratory Science/Research reflect strong industry infrastructure for this trade. Apprenticeships typically lead to journeyman-level wages.

53 /100
TradeSchoolOutlook Score
50
Low End
53
Score
54
High End
Earnings $41,375/yr (4% vs median)
AI-Proof Resilient (76% shielded)
Job Market Large (79,700 openings/yr)

Earnings Overview

Projected 10-Year Earnings
$433K
1.0% annual growth
Viable Career Paths
6 of 6
Occupations with strong AI resilience

Projected 10-Year Earnings

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

Top Career Paths

Top career paths for Clinical/Medical Laboratory Science/Research graduates by median salary.

Career Path Median Salary Growth AI-ProofAI
Health specialties teachers, postsecondary $105,620 +17.3% 52%
Surgical technologists $62,830 +4.5% 93%
Health technologists and technicians, all other $48,790 +5.2% 48%
Health specialties teachers, postsecondary
$105,620
+17.3% growth 52% AI-proof
Surgical technologists
$62,830
+4.5% growth 93% AI-proof
Health technologists and technicians, all other
$48,790
+5.2% growth 48% AI-proof

View all 6 career paths with full salary data →

About Clinical/Medical Laboratory Science/Research Careers

You’ll likely start your career in a direct patient-care role like a phlebotomist. You’ll spend your days in a clinic or hospital, using needles and vacutainers to draw blood, calming nervous patients, and meticulously labeling samples that doctors rely on for life-saving diagnoses. From there, you can advance into a more specialized technologist role. This could mean operating complex diagnostic analyzers in a lab or becoming a surgical technologist, where you’ll prepare operating rooms and pass critical instruments to surgeons during procedures.

Read the full Clinical/Medical Laboratory Science/Research career guide →

Compare & Explore

Clinical/Medical Laboratory Science/Research Overview

Clinical/Medical Laboratory Science/Research at Other Schools

Other Majors at Erwin Technical College

Explore the Degree Alternative

Not sure if a trade program or four-year degree fits better? Compare both paths.

Frequently Asked Questions

What does a 53/100 TradeSchoolOutlook Score mean for Clinical/Medical Laboratory Science/Research at Erwin Technical College?
A score of 53/100 reflects decent absolute metrics, but Erwin Technical College trails the majority of Clinical/Medical Laboratory Science/Research programs on relative rankings. Context matters more than the raw number.
Are there apprenticeship options for Clinical/Medical Laboratory Science/Research?
Clinical/Medical Laboratory Science/Research connects to 15 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 Clinical/Medical Laboratory Science/Research workers?
With approximately 79,700 annual openings across mapped careers, Clinical/Medical Laboratory Science/Research offers a 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 →