Career profile

Environmental Engineer

Environmental engineers design pollution controls for land, air and water and help clean up contamination.

Measurements drive the work. They tell you which treatment method to pick, what a design needs changed and, afterward, whether the fix worked.

Environmental engineering worker checks wastewater treatment equipment.
USDAgov / Flickr, CC BY 2.0

A day in the life

1An environmental engineer compares water-quality results with two treatment designs, tracing how one design addresses the findings.

Match treatment to test results

Weigh treatment methods against the water test results to work out which design handles the contaminants they show.

2An environmental engineer and a coworker inspect wastewater controls and compare monitoring records with a permit reference.

Audit a site against its permit

You inspect a facility's pollution-control equipment and monitoring logs to find where it falls short of its permit.

3An environmental engineer models stormwater drainage on screen, comparing a storage basin with an infiltration area.

Model stormwater runoff on screen

For stormwater projects, model runoff and pollutants through the drains to weigh storage against infiltration before building.

4An environmental engineer explains how a proposed soil cleanup fits site findings while two coworkers review the sampling evidence.

Make the case for a cleanup

Compare polluted-site results with scientists and fellow engineers, then explain why the proposed fix suits the contamination.

Quick facts

Preparation

Bachelor’s degree

United States · 2025–2035

Pay

$107,110/year

United States · May 2025

Outlook

6.3% projected growth

United States · 2025–2035

Quick orientation

Preparation, pay & outlook

Preparation

Bachelor’s degree

An engineering degree is the usual starting point.

Geography
United States
Period
2025–2035

Pay

$107,110/year

National median; equivalent to $51.50 an hour.

Geography
United States
Period
May 2025

Outlook

6.3% projected growth

About 2,300 openings a year nationally, averaged over 2025–2035.

Geography
United States
Period
2025–2035

Fit, tradeoffs & changing tools

Things to weigh

  • Field visits interrupt desk work, and troubleshooting can push some weeks beyond 40 hours.
  • Reports and permit records take real attention; a good design still needs a clear written explanation.

Where AI may help

In stormwater work, software can simulate runoff and pollution, helping you compare drainage designs without building each option.

What people still lead

You decide which site conditions the model must represent and whether its results support the proposed design.

What we can’t predict yet

How much of that comparison software will eventually handle is unsettled, especially when site information is incomplete or conditions change.

Pay in context

Earnings

The national median describes the whole occupation, not a first-job offer.

The spread

The lowest-paid 10% earned below $69,990; the highest-paid 10% earned above $162,220. These are wage percentiles, not career stages.

Geography
United States
Period
May 2025
Pay basis
Annual employee wages

Workplace pay

Annual medians were $124,760 in federal government, $109,040 in engineering services, and $102,160 in state government. Government figures exclude postal work or education and hospitals, respectively.

Geography
United States
Period
May 2025
Pay basis
Industry-specific median annual employee wages for environmental engineers

Openings beyond new jobs

The projected 2,300 annual openings include replacement needs as well as growth. They are a national forecast, not a count of jobs currently advertised near you.

Geography
United States
Period
2025–2035
Pay basis
Employment projection; not compensation

Getting started

Study environmental engineering

What the route involves
Build from chemistry, calculus, and laboratory work into water treatment, air quality, and engineering design.
What it can lead to
A bachelor’s degree provides the typical educational preparation for entry-level environmental engineering work.

Enter through a related engineering degree

What the route involves
Study civil, chemical, or general engineering and seek environmental experience through an internship or cooperative education.
What it can lead to
These degrees can also lead into the occupation; some employers prefer candidates with practical experience.

Entry-level jobs typically require an engineering bachelor’s degree, but not an engineering license.

After entry

Career paths

This starts where the entry routes leave off: early work, growing capability, and advancement or specialization. This path also has a credential or licensing boundary; see the requirements and limits.

  1. Get established

    Learn the project’s records and check your calculations with an experienced engineer.

  2. Own a design decision

    Take on harder treatment comparisons and explain the recommendation to a client.

  3. Specialize or lead

    Become a technical specialist or lead engineering projects.

Where you can work

Environmental consulting firm

Work with engineering colleagues on projects for cities, businesses, and agencies. Your recommendations must answer an outside client’s problem.

  • Office

Government environmental agency

Compliance roles emphasize reviewing project impacts and enforcing pollution requirements.

  • Office
  • Field work

Try it

See whether the job clicks before you commit to the path.

Sketch a parking lot that drains toward a stream. Compare adding water storage with replacing some pavement with planted ground. List the measurements you would need before choosing, such as rainfall and how quickly the soil absorbs water. Notice whether you enjoy turning an environmental concern into a design decision.

Stay safe: Keep this a paper exercise; do not enter drains or alter drainage.

Explore more careers

Sources

  1. O*NET OnLine. Environmental Engineers — 17-2081.00. Accessed 2026-10-06.
  2. U.S. Bureau of Labor Statistics. Environmental Engineers — Occupational Outlook Handbook. Accessed 2026-10-06.
  3. U.S. Bureau of Labor Statistics. Occupational projections and worker characteristics. Accessed 2026-10-06.
  4. U.S. Environmental Protection Agency. Storm Water Management Model (SWMM). Accessed 2026-10-06.
  5. Michigan Technological University. Typical Four-year Outline: Environmental Engineering BS. Accessed 2026-10-06.
  6. Brown and Caldwell. Careers. Accessed 2026-10-06.
  7. National Council of Examiners for Engineering and Surveying. Licensure. Accessed 2026-10-06.
  8. National Council of Examiners for Engineering and Surveying. Exams. Accessed 2026-10-06.
  9. National Council of Examiners for Engineering and Surveying. International Professionals — U.S. licensure requirements and authority. Accessed 2026-10-06.

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