University of Nebraska, Omaha

What you'll study

Curriculum emphasis is on mathematics, physics and engineering science in the first years, followed by progressively specialized environmental engineering topics. Typical areas of study include:

• Foundational engineering and mathematics — calculus, differential equations, statics, dynamics and mechanics of materials.
• Core environmental engineering — water and wastewater engineering, environmental chemistry, environmental microbiology, air pollution engineering, and solid waste management.
• Systems and design — environmental systems modelling, hydraulics and hydrology, stormwater management, treatment plant design and environmental impact assessment.
• Laboratory and field work — lab techniques for water and soil analysis, sampling methods, and hands‑on projects or capstone design applying standards and codes.
• Professional and ethical context — engineering economics, project management, environmental regulations, and ethics in environmental decision‑making.

Entry requirements

Admission is typically on the basis of a high‑school diploma or equivalent with strong preparation in mathematics (algebra, geometry, precalculus or calculus), chemistry and physics. Competitive applicants demonstrate problem‑solving ability, laboratory or technical experience where possible, and readiness for a rigorous STEM curriculum. Transfer applicants are usually evaluated on college performance in calculus and foundational science courses. Specific course prerequisites, testing and GPA expectations are set by the university and should be checked on the official admissions pages.

Career prospects

Graduates are prepared for roles designing and operating water and wastewater facilities, stormwater and watershed management, environmental compliance and remediation, air quality control, and consulting on sustainable infrastructure. Common entry positions include environmental engineer, water resources engineer, wastewater process engineer, field engineer/inspector, and regulatory compliance specialist. With experience and professional licensure (e.g., PE), graduates can advance to senior project engineer, design manager or consultancy leadership roles. The degree also provides a foundation for graduate study in environmental engineering, civil engineering or public health.

Scholarships & funding angle

Students should pursue institutional scholarships, merit awards, and department funds targeted at engineering majors, as well as national and local scholarships for STEM and environmental studies. Cooperative education, internships with municipal utilities or consulting firms, and research assistantships offer paid experience that offsets costs while strengthening employability. Additionally, engineering students may qualify for external fellowships, loan forgiveness programmes for public utility work, and employer tuition assistance for post‑graduate study.