University of Nebraska Kearney

What you'll study

The programme combines a strong core in classical and modern physics with targeted study in nuclear and particle physics. You will build mathematical and computational skills alongside practical laboratory experience.

• Core physics sequence: courses in classical mechanics, electromagnetism, thermodynamics and statistical mechanics, and introductory and intermediate quantum mechanics.
• Laboratory and methods: multi-semester physics labs emphasising measurement, instrumentation, experiment design, error analysis and use of modern electronics and data acquisition systems.
• Nuclear and particle topics: coursework addressing nuclear structure and reactions, radioactive decay, radiation detection and measurement, basics of particle physics and interactions, and applications such as accelerator physics and radiation safety.
• Computational and mathematical training: numerical methods, programming for physicists, mathematical methods for physics and data analysis techniques used in experimental and theoretical studies.
• Advanced electives and seminars: options that can include advanced quantum mechanics, nuclear instrumentation, detector design, and topics in high-energy physics; seminars expose students to current research and guest speakers.
• Capstone and research: a senior capstone requirement normally satisfied by a research project or thesis carried out under faculty supervision, or an alternate practicum or internship with industry or a research institution.

Entry requirements

Applicants are expected to have completed a secondary-school curriculum with strong preparation in mathematics and physics. Typical incoming students have studied algebra, precalculus or calculus, and physics at the high-school level. Admissions consider overall academic record, letters of recommendation, and a personal statement outlining interest in physics and career objectives.

For transfer applicants, successful completion of introductory college-level calculus and physics courses is normally required. International applicants must demonstrate equivalent academic preparation and proficiency in English. Specific GPA benchmarks, test scores and course prerequisites may vary; contact the admissions office or departmental advisor for current detail and any placement testing policies.

Career prospects

Graduates from this programme are prepared for a wide range of pathways:

• Graduate study and research: many students pursue master's or doctoral degrees in physics, nuclear engineering, medical physics or related fields.
• Nuclear and energy sectors: roles in reactor operations, radiation monitoring, regulatory agencies, and nuclear technology companies.
• Medical and health physics: careers in medical imaging, radiation therapy support, dosimetry and radiation safety following appropriate additional certification or graduate training.
• Instrumentation and industry: positions in instrumentation, detector development, electronics, and technical roles in aerospace, defence and engineering firms.
• Data and computational careers: roles applying quantitative modelling, simulation and data analysis skills in finance, software, and data science.
• Education and outreach: secondary-school physics teaching and science communication, supported by programs that prepare students for teacher certification.

Why study at University of Nebraska Kearney

UNK offers a student-centred environment with small class sizes and accessible faculty who actively mentor undergraduates in research. The Department of Physics emphasises hands-on laboratory experience and independent research projects, giving students practical skills in measurement, instrumentation and data analysis.

Students benefit from campus resources such as modern teaching laboratories and computing facilities, opportunities to present at regional conferences, and partnerships that can lead to internships or collaborative projects with regional employers and research institutions. The programme is well suited for students who want close faculty interaction while preparing for graduate study, technical careers, or teaching.