Southeastern Louisiana University

What you'll study

This programme provides a solid foundation in classical and modern physics, emphasising the theoretical and experimental aspects of nuclear and particle physics. You will take core courses in mechanics, electromagnetism, thermodynamics, quantum mechanics and statistical physics, together with mathematics courses such as calculus, differential equations and linear algebra that support advanced theory. Specialised courses and topics typically include:

• Nuclear Physics — nuclear structure, models of the nucleus, decay modes and nuclear reactions.
• Particle Physics — the Standard Model, fundamental particles and interactions, symmetries and conservation laws.
• Radiation Physics and Detection — interaction of radiation with matter, detectors, instrumentation and measurement techniques.
• Experimental Methods — laboratory courses emphasising data acquisition, error analysis, and hands-on experiments relevant to nuclear and particle studies.
• Computational Physics — numerical methods, simulation of physical systems and data analysis using scientific programming tools.
• Advanced Electives — topics such as accelerator physics, nuclear engineering fundamentals, or advanced quantum field theory, depending on availability and faculty expertise.

Students are encouraged to complete a senior project or honours thesis that involves independent research under faculty supervision, often incorporating laboratory work, simulations or data analysis. The curriculum balances classroom instruction with practical experience through labs, research projects and internship opportunities with regional employers or research groups.

Entry requirements

Applicants are expected to meet the university's undergraduate admission standards and demonstrate readiness for a STEM degree. Typical preparation includes strong secondary school performance in mathematics (including calculus where available) and physics. Practical entry expectations often include:

• A completed high school diploma or equivalent and meeting Southeastern Louisiana University's general admission criteria.
• Good grades in college-preparatory mathematics and science courses; evidence of successful completion of algebra, geometry, trigonometry and preferably precalculus or calculus.
• A strong foundation in physics where available, and coursework or experience in laboratory work is advantageous.
• For transfer applicants, college-level credits in introductory physics and calculus are beneficial; the department evaluates transfer credit on an individual basis.
• Personal statements, recommendation letters or interviews may strengthen an application, especially for entry into research-focused tracks or honours projects.

Career prospects

Graduates with a physics degree emphasising nuclear and particle physics have diverse career paths. Many proceed to graduate school for research careers in physics, nuclear science, medical physics, or related engineering fields. Other common career directions include:

• Research and development roles in national laboratories, private research institutes and university research groups.
• Technical and instrumentation positions in industries that work with radiation detection, medical imaging, nuclear instrumentation or accelerator technologies.
• Careers in energy and nuclear utilities, environmental monitoring, and regulatory agencies where knowledge of radiation and nuclear processes is important.
• Data analysis, software development and computational modelling roles that leverage physics training in quantitative problem solving.
• Secondary school or community college teaching following appropriate certification, and outreach or science communication positions.

A Southeastern physics degree emphasises transferable skills such as quantitative analysis, experimental design, programming and scientific communication, which are valued across technology, engineering and finance sectors as well as in public service roles.

Why study at Southeastern Louisiana University

Southeastern offers a supportive undergraduate environment with relatively small class sizes and accessible faculty who prioritise mentoring and undergraduate research. The physics department provides hands-on laboratory courses and opportunities for students to participate in faculty-led research projects, enabling practical experience in experimental techniques and data analysis.

The university's location in the region offers connections to a variety of industries, healthcare institutions and nearby research communities, creating prospects for internships and applied projects. Students benefit from campus resources such as modern teaching laboratories and computing facilities, and from departmental advising that helps plan coursework for graduate school or specific career goals.

Overall, the programme is designed for students seeking a rigorous physics education with direct exposure to nuclear and particle physics topics, combined with the mentorship and practical training that prepare graduates for both advanced study and technical careers.