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Environmental Science Careers: What's Growing Fastest and What Degrees Lead to Jobs
Environmental science careers that are actually growing: climate modeling, sustainability consulting, environmental engineering. What degrees lead to jobs and salary data.
A teenager who spends weekends at river cleanups, whose bedroom walls are maps of ocean plastic accumulation zones, who can explain the difference between adaptation and mitigation in climate policy — this kid is an environmental scientist in the making. The question parents face is how to translate that passion into a durable career. The honest answer involves specific specializations, not the general “environmental science” label that appears in college brochures.
Key Takeaways
- The BLS projects 7% job growth for environmental scientists through 2032 — but growth is concentrated in specific specializations, not the general field
- Climate modeling, environmental engineering, environmental data science, and sustainability consulting are the fastest-growing specializations with the strongest salary prospects
- A generic “Environmental Science” B.S. alone produces limited job options — combining it with data science, engineering, economics, or policy substantially improves employment outcomes
- Median salary for environmental scientists is $76,480 (BLS, 2024); environmental engineers earn a median of $96,820; sustainability managers in corporations earn $100,000–$160,000
- Federal and state regulatory agencies (EPA, state DEPs), engineering consulting firms, and corporate sustainability departments are the three largest employers
The Environmental Career Landscape
“Environmental science” as a degree label is broad enough to prepare students for many things — and specific enough to lead directly to very few. Understanding the landscape of actual job categories matters more than the degree title:
| Career Category | Median Salary (US 2024) | BLS Growth Projection | Key Employers |
|---|---|---|---|
| Environmental Engineer | $96,820 | 6% | Consulting firms, municipalities, EPA |
| Climate Scientist / Atmospheric Scientist | $94,670 | 8% | NOAA, NASA, national labs, universities |
| Environmental Data Scientist | $100,000–$145,000 | 15%+ (emerging) | Tech, consulting, NGOs |
| Sustainability Manager (corporate) | $100,000–$160,000 | 10%+ | Fortune 500 companies |
| Environmental Consultant | $65,000–$110,000 | 7% | Environmental consulting firms |
| Environmental Compliance Specialist | $60,000–$90,000 | 5% | Government, industry |
| Marine / Ocean Scientist | $80,000–$120,000 | Variable | NOAA, universities, NGOs |
| Conservation Scientist | $65,450 median | 5% | Government, land trusts, NGOs |
Data source: Bureau of Labor Statistics (2024), LinkedIn Salary Data (2025).
What’s Actually Growing
Climate modeling and atmospheric science: The physical science of how Earth’s climate system works, and how it will change under different emissions scenarios, requires mathematicians, physicists, and computer scientists as much as environmental scientists. Climate modelers run complex numerical simulations on high-performance computing clusters. NOAA, NASA, the National Center for Atmospheric Research (NCAR), and a growing number of private companies (The Weather Company, Climavision) all hire in this space. A background in physics, mathematics, and programming is as valuable as an atmospheric science degree.
Environmental engineering: Environmental engineers design systems to treat contaminated water, manage air emissions, handle solid waste, and remediate contaminated sites. This is a licensed engineering profession (PE license), with strong job stability because environmental regulations require compliance work continuously. Environmental engineering programs combine chemistry, biology, and engineering fundamentals — the BS degree is typically accredited by ABET.
Environmental data science: The explosion of environmental monitoring data — satellite remote sensing, IoT sensors in water bodies and air quality monitoring networks, LiDAR surveys of forests — has created demand for people who can process, analyze, and interpret large environmental datasets. This hybrid role (data science + domain expertise) pays substantially more than traditional environmental science roles and is growing rapidly.
Corporate sustainability: Every major publicly traded company now has some version of ESG (Environmental, Social, and Governance) reporting requirements. The people who measure carbon footprints, design emissions reduction strategies, assess supply chain sustainability, and communicate environmental performance to investors are not necessarily environmental scientists by training — but environmental science knowledge is valuable. Business + environmental science combinations are particularly employable in this space.
What Degrees Actually Lead to Jobs
The honest employment picture by degree:
BS Environmental Science (standalone): Opens doors to environmental monitoring, field technician work, and entry-level environmental consulting. The ceiling without graduate education or additional technical skills (data science, GIS, chemistry) is relatively low. The most employable graduates pair this degree with strong GIS skills (ArcGIS, QGIS), programming (Python, R), and at least one technical certification.
BS Environmental Engineering: Strong direct employment path. ABET-accredited programs are valued by regulatory agencies and consulting firms. Average starting salary for environmental engineers is approximately $58,000–$68,000, with median career salary significantly above environmental scientists.
BS Applied Math/Statistics + Environmental Science: Increasingly powerful combination. Graduates with quantitative skills who understand environmental systems are highly sought in climate modeling, environmental data science, and academic research.
MS Environmental Science or Engineering: Opens research positions, regulatory leadership, and senior consulting roles. Many environmental professionals get a BS in something technical (biology, chemistry, engineering) and an MS in environmental science or management.
MBA with Environmental focus: Leads to corporate sustainability leadership and management consulting. Salary ceiling significantly higher than technical environmental roles.
What Kids Can Do Now
Develop quantitative skills early. The environmental careers with the best salaries and growth all require data fluency. Python (for data analysis and automation), statistics, and GIS are the three most valuable technical skills alongside domain environmental knowledge.
Explore citizen science. Organizations like the Community Collaborative Rain, Hail and Snow Network (CoCoRaHS), eBird, and iNaturalist collect real environmental data through citizen participation. Teen participation in these programs develops data collection skills and scientific methodology.
Climate competitions and programs. The Stockholm Junior Water Prize, the Siemens Competition, and the Regeneron Science Talent Search all include environmental categories and are taken seriously in college admissions.
Build geographic analysis skills. GIS (Geographic Information Systems) is used in virtually every environmental career. Free GIS tools (QGIS) and satellite data (NASA Earthdata, Google Earth Engine) allow self-directed learning.
What to Watch For Over 3 Months
Watch SEC climate disclosure requirements. The Securities and Exchange Commission has been developing mandatory climate risk disclosure rules for public companies. When these finalize, corporate demand for environmental professionals who understand both science and financial reporting will grow significantly.
Watch the NOAA hiring cycle. NOAA regularly hires atmospheric scientists, oceanographers, and environmental data specialists through its federal hiring process. The agency publishes a workforce plan that signals what roles are growing. Federal environmental positions offer job security and research infrastructure that private sector roles often don’t.
Watch your teen’s data skills trajectory. Is your teenager taking statistics seriously? Are they comfortable with spreadsheets, data visualization, or programming? These quantitative skills will differentiate their environmental career prospects more than any field-specific credential.
Frequently Asked Questions
Is environmental science a good career given political uncertainty around climate policy?
Environmental science careers exist across political contexts because environmental regulation and remediation are legal requirements independent of climate policy preferences. Companies must comply with the Clean Water Act and Clean Air Act regardless of administration; contaminated sites require remediation regardless of political climate. The climate science and sustainability consulting segments are more sensitive to policy, while environmental engineering and compliance are more stable.
What GPA do environmental science graduate programs require?
Most competitive MS programs in environmental science and environmental engineering prefer a GPA above 3.2, with research experience, relevant coursework in quantitative methods, and strong letters of recommendation. Some programs are open to lower GPAs with demonstrated work experience or a strong GRE in quantitative reasoning.
How does environmental consulting work as a career?
Environmental consulting firms (Arcadis, Tetra Tech, AECOM, Brown and Caldwell) work on contract for companies, government agencies, and utilities to conduct environmental assessments, design remediation systems, and help clients achieve regulatory compliance. Consulting provides exposure to many types of projects and clients; it is demanding (travel, deadlines, client service) and requires strong technical report writing skills.
Can an environmental science degree lead to a good salary?
Yes, but path matters significantly. Environmental engineers (requiring ABET-accredited engineering education) earn medians near $97,000. Environmental data scientists earn $100,000–$145,000. Sustainability managers at major corporations earn $100,000–$160,000. A generic environmental science BS without additional technical or business skills typically leads to salaries of $40,000–$65,000 in entry-level positions.
About the author
Ricky Flores is the founder of HiWave Makers and an electrical engineer with 15+ years of experience building consumer technology at Apple, Samsung, and Texas Instruments. He writes about how kids learn to build, think, and create in a tech-saturated world. Read more at hiwavemakers.com.
Sources
- Bureau of Labor Statistics. (2024). “Environmental Scientists and Specialists.” https://www.bls.gov/ooh/life-physical-and-social-science/environmental-scientists-and-specialists.htm
- Bureau of Labor Statistics. (2024). “Environmental Engineers.” https://www.bls.gov/ooh/architecture-and-engineering/environmental-engineers.htm
- NOAA. (2024). “NOAA Workforce Strategy and Human Capital Plan.” https://www.noaa.gov/workforce
- EPA. (2024). “Environmental Careers.” https://www.epa.gov/careers
- National Center for Atmospheric Research. (2024). “Research Opportunities.” https://ncar.ucar.edu/opportunities
- Securities and Exchange Commission. (2024). “Climate Disclosure Rule.” https://www.sec.gov/climate
- LinkedIn Economic Graph. (2025). “Green Economy Jobs.” https://economicgraph.linkedin.com/research/green-economy
