University of Nebraska, Omaha

What you'll study

Coursework typically moves from foundational mathematics and physics into electrical and computing topics. Typical areas of study include:

• Analog and digital circuit analysis and design
• Digital logic, computer architecture and microprocessors
• Embedded systems and real‑time programming
• Signals and systems, electronics and semiconductor basics
• Software engineering principles, data structures and low‑level programming
• Capstone design project that integrates hardware and software

Entry requirements

Admission normally requires a high school diploma (or equivalent) with strong preparation in mathematics (calculus and precalculus) and science. Universities commonly look for competitive grades in STEM subjects and may require placement evaluation or prerequisite courses for students without certain backgrounds. Transfer applicants should provide college transcripts showing completion of core math and introductory engineering or computing courses.

Career prospects

Graduates enter roles that bridge hardware and software, such as embedded systems engineer, firmware developer, hardware design engineer, systems integrator, test and validation engineer, or controls engineer. The degree also prepares students for graduate study in electrical engineering, computer engineering or related disciplines and for roles in industries like consumer electronics, automotive, aerospace, telecommunications and medical devices.

Scholarships & funding angle

Students should explore university‑level scholarships, departmental awards for engineering students, and merit or need‑based aid. Additional support often comes from industry‑sponsored scholarships, cooperative education or internship stipends, and research or teaching assistant opportunities for undergraduates involved in faculty projects. Building relationships with faculty and career services can help secure paid internships that offset costs while improving employability.