Environmental Engineering · District of Columbia
Environmental Engineering colleges in District of Columbia
CampusPin lists 8 U.S. colleges in District of Columbia that offer Environmental Engineering programs. Compare tuition, acceptance rate, and enrollment in the table below, every figure links back to the institution's official IPEDS data.
Environmental engineering applies chemistry and design to keep water, air, and soil clean, for students who want to build systems that control pollution and protect public health.
Schools in District of Columbia that offer Environmental Engineering
George Washington University
Washington, DC · University · Private
Tuition
$64,990
Acceptance
44%
Enrollment
25,029
Howard University
Washington, DC · University · Private
Tuition
$33,344
Acceptance
35%
Enrollment
12,830
Institute of World Politics
Washington, DC · University · Private
Tuition
$30,953
Acceptance
65%
Enrollment
8,568
Pontifical John Paul II Institute for Studies on Marriage and Family
Washington, DC · University · Private
Tuition
$30,953
Acceptance
75%
Enrollment
7,082
Strayer University-District of Columbia
Washington, DC · University · Private
Tuition
$13,920
Acceptance
100%
Enrollment
352
Strayer University-Global Region
Washington, DC · University · Private
Tuition
$13,920
Acceptance
100%
Enrollment
12,776
The Catholic University of America
Washington, DC · University · Private
Tuition
$55,834
Acceptance
84%
Enrollment
5,095
University of the District of Columbia
Washington, DC · University · Public
Tuition
$6,152
Acceptance
100%
Enrollment
3,638
Environmental Engineering programs in District of Columbia: by the numbers
A quick comparison of the 8 schools listed above, drawn from each institution's published IPEDS data.
Schools listed
8
Public / private
1 / 7
Universities / 2-year
8 / 0
Cities represented
1
In-state tuition range
$6,152–$64,990
Median in-state tuition
$30,953
Lowest published in-state tuition
University of the District of Columbia
$6,152
Most selective
Howard University
35% acceptance
Largest by enrollment
George Washington University
25,029 students
Figures reflect the schools currently listed and each institution's most recent reported data. Verify current tuition and admissions details with the school before applying.
What you'll study in a Environmental Engineering program
- Water and wastewater treatment process design
- Fluid mechanics and hydraulics for engineered systems
- Environmental chemistry and microbiology of pollutants
- Air quality engineering and emissions control
- Contaminant fate, transport, and groundwater modeling
- Solid and hazardous waste management and site remediation
- Environmental laboratory methods and sampling techniques
- Engineering design under environmental regulations and permitting
- Capstone design project for a real or simulated client
Where a Environmental Engineering degree can lead
- Environmental Engineer
- Water Resources Engineer
- Air Quality Engineer
- Remediation Engineer
- Environmental Consultant
- Sustainability Engineer
Typical pay: Early-career wages vary by employer, region, and experience (BLS, 2024 environmental engineers median $104,170).
Environmental engineering is about designing the physical systems that keep air, water, and land safe to use. Students learn to apply mathematics, chemistry, biology, and engineering principles to problems like treating drinking water and wastewater, controlling air emissions, cleaning up contaminated sites, and managing solid and hazardous waste. Coursework moves from foundational engineering science into applied design: you model how a contaminant moves through groundwater, size a treatment process so it meets a discharge limit, or evaluate whether an existing facility is performing as intended. This is what separates environmental engineering from environmental science, which centers on studying and measuring natural systems; environmental engineers are trained to design, build, and operationally evaluate the engineered solutions, and the program carries the heavier math, fluid mechanics, and design load that engineering practice demands.
The standard entry credential is a bachelor's degree in environmental engineering or a closely related engineering discipline, and most curricula combine lecture courses with laboratory work, computer modeling, and a senior capstone design project done for a real or realistic client. Many graduates who want to stamp public-facing designs or sign off on regulatory submittals pursue professional engineer licensure, which in the United States generally involves passing a fundamentals exam near graduation, gaining supervised experience, and later passing a discipline exam; specific accreditation of the degree program and state licensure requirements vary and should be verified directly. Graduates work in settings such as engineering and environmental consulting firms, municipal water and wastewater utilities, manufacturing and energy companies managing compliance, and federal, state, and local environmental and public-health agencies.
In federal data for the closely related occupation of environmental engineers, the U.S. Bureau of Labor Statistics reports a 2024 median wage of $104,170 and projects employment to grow about 3.9% from 2024 to 2034; a bachelor's degree is the typical entry-level education for that occupation. National figures are occupation-wide medians across all experience levels, not starting wages or graduate outcomes.
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