Cost & earnings at University of Nebraska, Omaha What students borrow here, and what they go on to earn
The Bachelor of Science in Electrical Engineering prepares students in core electrical engineering principles, hands‑on laboratory skills, and systems-level problem solving. It suits students strong in mathematics and physics who want careers designing, testing, or maintaining electrical and electronic systems across industry, utilities, and research.
Students take core courses in mathematics and physical sciences alongside sequential electrical engineering topics that typically include circuit analysis, digital logic and microprocessors, analogue and power electronics, signals and systems, and control theory. Laboratory courses and capstone design projects give experience with instrumentation, prototyping, simulation tools, and team-based engineering design. Electives allow focus areas such as communications, power systems, embedded systems, or semiconductor devices, and general education rounds out communication and ethical skills.
Entry normally requires a high school diploma or equivalent with strong preparation in mathematics (calculus and precalculus) and physics. Institutions typically consider grades, completion of prerequisite STEM courses, and may require placement testing or advising to plan the calculus sequence. Transfer students should check credit-transfer policies for previously completed engineering, math, and science coursework.
Graduates are qualified for roles such as electrical design engineer, test and validation engineer, controls engineer, embedded systems developer, or field engineer in sectors including manufacturing, energy, automotive, telecommunications, and electronics. With experience or graduate study they can move into specialized engineering, project leadership, or research positions. Many students also pursue professional licensure (PE) where applicable.
Prospective and current engineering students should explore institutional scholarships for STEM majors, department-specific awards, merit-based and need-based aid, and external scholarships from professional societies and industry partners. Paid internships, cooperative education placements, and research assistantships are valuable funding sources that also build experience; students should contact the department and career services for opportunities and application guidance.
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