University of Nebraska, Omaha

What you'll study

Students study the fundamentals of mechanics, electromagnetism, thermal physics and modern physics alongside supporting mathematics such as calculus and differential equations. Practical laboratory courses train students in experimental design, data acquisition and uncertainty analysis. Advanced or elective options commonly include classical and quantum mechanics, optics, computational physics, statistical mechanics and specialized seminars or independent research projects that deepen expertise and communication skills.

Entry requirements

Admission typically requires a high‑school diploma or equivalent with strong preparation in mathematics and science. Incoming students benefit from prior coursework in calculus and physics; departments often look for demonstrated quantitative ability and readiness for rigorous STEM study. Transfer applicants are assessed on college transcripts and how prior coursework maps to core physics and mathematics prerequisites.

Career prospects

Graduates enter a range of paths: technical or engineering roles in industry, laboratory technician positions, data‑oriented jobs, secondary school teaching (with appropriate certification), or continued education in physics, engineering, medical physics, or related graduate programmes. The degree also builds transferrable skills valuable in software, finance, instrumentation, and research support roles.

Scholarships & funding angle (general)

Students should explore university scholarships for STEM majors, departmental awards for physics students, and funding tied to research assistantships or laboratory projects. Additional sources include merit‑based institutional aid, need‑based grants, external scholarships from professional societies, and paid internships with industry partners. Early engagement with the department and faculty can reveal teaching or research assistant opportunities that help offset costs while enhancing experience.