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Environmental/Environmental Health Engineering Degree

Bachelor's Degree Intelligence Report · CIP 14.14

Part of Engineering · Data sourced from O*NET, U.S. Dept. of Education College Scorecard & IPEDS.

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Structural ROI Scorecard

Source: U.S. Dept. of Education College Scorecard (Bachelor's, 4yr post-grad)
πŸ’΅ Median Earnings (4yr)
$81,171
Annual, 4 years post-graduation
πŸŽ“ Median Student Debt
$23,250
Debt-to-Earnings: 0.29x
⚑ Structural Leverage Score
76/100
Salary + debt relief + career autonomy

πŸ† Deep Specialization

Environmental/Environmental Health Engineering graduates flow into one concentrated career domain. This is a high-conviction major β€” if you love the field, the career pool is deep and specialized.

Engineering & Architecture

3 occupations mapped

πŸ€– AI Resilience
86/100 AI-Resilient
πŸ’‘ Creativity
62/100 High Creative Demand
🎯 Work Autonomy
74/100 Moderate Autonomy
πŸ”₯ Burnout Demand
46/100 Balanced
🌱 THRIVE Index
64/100 Moderate Thrive
🏠 Remote Work
54/100 Hybrid Capable
🀝 Social Impact
46/100 Low Impact
Social Battery
πŸ”¬ Deep Focus Mode
Published Career Profiles
Environmental EngineersHealth and Safety Engineers, Except Mining Safety Engineers and InspectorsFire-Prevention and Protection Engineers

The Reality Check

You are entering a "Deep Specialization" field where your degree acts as a functional license to practice. With median earnings of $81,171 against a manageable $23,250 in debt, the financial math works in your favor almost immediately. Unlike generalist science degrees, this path funnels you directly into the Engineering & Architecture cluster, providing a clear professional identity and a stable income floor.

The JobPolaris Structural Leverage score of 76/100 indicates your skills are not easily commoditized. You solve physical, site-specific problems requiring technical sign-offs and regulatory compliance. You aren't competing with generalists for entry-level roles; you are protected by a high technical barrier to entry that rewards specialized knowledge over broad "soft skills."

The Vulnerability Audit

Your JobPolaris AI Resilience of 86/100 is elite. While AI can model fluid dynamics or carbon sequestration rates, it cannot conduct a physical site audit, verify field samples, or navigate the local political hurdles required for project approval. Your primary risk isn't automation; it is the High Creative Demand (62/100). You must design novel solutions for failing infrastructure and shifting climate data, which requires more than just following a standard manual.

With a Burnout Demand of 46/100, this path is surprisingly balanced. You avoid the "crunch culture" found in software or high-finance engineering. However, the career ceiling is often tied to your Autonomy score (74/100). To reach the highest earnings, you must move beyond technical execution and obtain your Professional Engineering (PE) license to take legal responsibility for projects.

The Thrive Verdict

You will thrive here if your Social Battery is set to "Deep Focus Mode." This career is built for the analytical mind that enjoys long-form problem-solving and technical precision rather than constant collaborative meetings. The THRIVE score of 64/100 reflects a stable, middle-class existence with high job security, though it offers fewer "moonshot" financial opportunities than the tech sector.

This path rewards the "Quiet Expert" profileβ€”someone who finds satisfaction in technical mastery and tangible environmental impact. If you prefer data-driven certainty over corporate ambiguity, this is your lane. Focus on mastering GIS and environmental modeling software during your junior year to cement your value before you even graduate.

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