Bachelor in Engineering Physics

Northern Kentucky University (NKU), founded in 1968 and located in Highland Heights, provides a broad range of undergraduate, graduate and professional programs with an emphasis on applied learning and workforce readiness. The university’s curriculum blends theoretical foundations with internships, cooperative education and hands-on projects designed to prepare students for immediate contribution to their fields.

NKU serves about 14,000 students and welcomes a meaningful international cohort of roughly 615 students, which contributes to a vibrant campus community. With more than 214 programs across disciplines, students benefit from dedicated faculty who prioritize mentorship, small-group learning and practical experience. Campus facilities and student organizations support experiential learning, research and civic engagement.

International applicants will find supportive services for transition, advising and career development, as well as links to local employers for internships and placements. NKU’s collaborative environment encourages innovation, critical thinking and transferable skills that employers seek. For students looking for a welcoming university with diverse programming and strong ties to regional industry, NKU offers robust academic options and clear pathways to professional success.

The Bachelor in Engineering Physics at Northern Kentucky University is a degree program for students who want to become engineers with strong theoretical and practical knowledge. This 4-year program helps students develop a good balance of physics and engineering skills. Students learn from dedicated faculty and gain hands-on experience with state-of-the-art equipment.

The curriculum covers advanced math skills, physics behind engineering applications, and practical experience solving real-life engineering problems. Students work in teams, develop their communication skills, and participate in coops and internships to gain real-world experience. They learn about engineering principles, materials, and systems, and how to apply physics to engineering problems.

Graduates of this program can become Engineering Physicists, Research Engineers, Systems Engineers, Aerospace Engineers, or Materials Scientists. They can work in industries like aerospace, energy, or manufacturing, for employers such as NASA, Lockheed Martin, or General Electric.