University of Northern Colorado

What you'll study

The programme builds a strong foundation in classical and modern physics together with specialised courses in nuclear and particle physics. Core topics include mechanics, electrodynamics, thermodynamics, and statistical physics, followed by modern physics and quantum mechanics. Students complete a calculus-based physics sequence and progress to advanced modules such as intermediate and advanced quantum mechanics, nuclear physics, and particle physics.

• Experimental laboratories and instrumentation, emphasising measurement techniques, data analysis and error analysis
• Practical courses in radiation detection and measurement, detector technology and accelerator basics
• Computational physics and programming for simulation and data processing (numerical methods, Python or C/C++)
• Mathematical methods for physicists including linear algebra and differential equations
• Advanced electives such as nuclear structure, particle interactions, cosmology, and solid-state physics
• Capstone experience: senior research project, thesis or an advanced laboratory sequence often conducted in collaboration with faculty

Undergraduates are encouraged to participate in independent research with the Department of Physics and Astronomy, join group experiments, and take advantage of collaborations or internships with regional research facilities and industry partners. The curriculum balances theoretical coursework with hands-on experimental training and computational skills.

Entry requirements

Applicants should hold a high school diploma (or equivalent) and demonstrate strong preparation in mathematics and science. Typical preparedness includes completion of high school calculus and physics; chemistry is also recommended. Admission to the university follows institutional undergraduate admission policies; the physics major may also have departmental advising requirements once enrolled.

• Recommended background: high school calculus or pre-calculus, physics and laboratory experience
• Successful applicants will typically have demonstrated quantitative ability and problem-solving skills
• Transfer applicants: college-level calculus and introductory physics courses will be evaluated for transfer credit; prospective transfers should consult departmental advisors
• Students who need preparatory work may take university mathematics courses before entering upper-division physics

Career prospects

Graduates with a physics degree and a focus on nuclear and particle physics have multiple career paths. Many proceed to graduate school for MPhil/PhD study in physics, nuclear engineering or related fields; others pursue professional training in medical physics or engineering. The hands-on and computational skills developed also translate to roles in:

• Research positions at national laboratories and university research groups
• Instrumentation, detector development and applied R&D in industry
• Medical and health physics, including hospital physics teams and radiation safety
• Data science, software development and quantitative analysis in finance or technology sectors
• Teaching at the secondary or community college level with appropriate certification
• Regulatory and environmental monitoring agencies concerned with radiation and nuclear materials

Why study at University of Northern Colorado

The University of Northern Colorado offers a personalised undergraduate experience with relatively small class sizes and accessible faculty in the Department of Physics and Astronomy. The department emphasises undergraduate research and provides opportunities for students to work directly with faculty on experimental and theoretical projects, building practical skills in laboratory techniques and data analysis.

Located in Colorado, the university benefits from proximity to a broad scientific and industrial ecosystem, enabling internships and collaborations with regional laboratories and companies. The programme’s combination of a solid core curriculum, research opportunities, and career-oriented training equips graduates for both advanced study and technical careers in fields related to nuclear and particle physics.