University of Nebraska, Omaha

What you'll study

Coursework typically covers foundational topics and applied skills across several departments:

• Core science foundations: introductory and intermediate courses in biology, chemistry and physics to establish conceptual and laboratory competence.
• Quantitative and analytical skills: mathematics, statistics and data analysis courses that support experimental design and interpretation.
• Earth and environmental perspectives: classes in earth sciences, ecology or environmental science to situate physical and biological processes in real-world systems.
• Laboratory and research training: practical lab courses and opportunities for mentored research or capstone projects to develop technical procedures, safety, and scientific communication.
• Electives and specialization: flexible elective options allowing focus areas such as molecular biology, physical chemistry, geoscience or interdisciplinary environmental topics.

Entry requirements

Admission typically requires a high school diploma or equivalent with a background in college-preparatory mathematics and laboratory science courses. Successful applicants usually demonstrate readiness for college-level STEM work through transcripts, recommended courses such as biology, chemistry and algebra/trigonometry, and any standardized test criteria or placement assessments the university uses. Transfer students can often apply previously earned science credits toward degree requirements subject to departmental review.

Career prospects

Graduates enter a range of roles that value broad scientific training. Typical outcomes include laboratory technician positions, environmental technician or field roles, roles in science education support, regulatory agencies, and entry-level positions in biotech or analytical services. The degree also provides a solid platform for graduate study (master’s or professional programs) in a specific scientific field or interdisciplinary areas such as environmental management or public health.

Scholarships & funding angle

Students should explore university-wide scholarships, college- or department-level awards for STEM majors, and research assistantships that offset tuition while providing practical experience. External funding sources include government and private scholarships for science students, internships with stipends, and paid laboratory assistant positions; applying early and highlighting hands-on research or sustainable/environmental interests can strengthen funding applications.