Northern Kentucky University

What you'll study

The programme blends core physics topics with engineering-oriented coursework and hands-on laboratory experience. In early years you will build mathematical and analytical foundations through courses in calculus, differential equations, linear algebra and numerical methods. Core physics subjects typically include classical mechanics, electromagnetism, thermodynamics and statistical mechanics, and introductory quantum mechanics, each supported by laboratory components.

Engineering-focused and applied courses commonly include electronics and circuit analysis, materials science, instrumentation and measurement, computer programming for scientists and engineers, and engineering design principles. A strong emphasis is placed on experimental technique, data analysis, and computational modelling — students frequently use software tools for simulation and data processing.

The degree normally culminates in a senior capstone project or independent research experience where students design experiments or systems, carry out measurements or simulations, and present their results. Students may also choose electives that allow specialisation in areas such as photonics, solid-state physics, control systems, or applied computational physics.

Entry requirements

• Completion of a secondary/high school qualification or equivalent.
• Strong background in mathematics (including algebra and pre-calculus; preparation in calculus is highly recommended) and physics through high school-level courses.
• Demonstrable proficiency in problem-solving, laboratory work and analytical thinking. Colleges often look for competitive grades in science and mathematics subjects.
• Applicants whose first language is not English may need to demonstrate English proficiency according to university policy.
• Transfer applicants are assessed on prior college coursework; successful transfers typically have completed introductory calculus and physics sequences with satisfactory grades.

Career prospects

Graduates with an Engineering Physics degree have a broad skill set attractive to employers in technology, manufacturing, instrumentation, energy, and research organisations. Typical roles include systems or design engineer, test and measurement engineer, instrumentation and controls technologist, application engineer, and data analyst. Many graduates also move into software development, optical and photonics industries, semiconductor and materials labs, or technical sales and field engineering.

The degree is also a strong preparation for graduate study in applied physics, engineering disciplines, materials science, or related fields, as well as professional programmes where a rigorous quantitative background is valued. Undergraduate research experience and the capstone project enhance employability and readiness for advanced study.

Why study at Northern Kentucky University

Northern Kentucky University offers a personalised undergraduate experience with small to mid-sized class groups that facilitate close interaction with faculty. Students in science and engineering-related programmes have access to on-campus laboratories and computing resources and are encouraged to participate in undergraduate research and project-based learning.

The university's location near the Cincinnati metropolitan area provides access to regional industry, research labs and internship opportunities. NKU emphasises applied learning and career preparation through advising, experiential projects, and connections to local employers. Faculty mentorship and opportunities to undertake senior capstone projects or collaborate on faculty research are key features that support student development in engineering physics.