Benedictine University

What you'll study

The programme delivers a comprehensive foundation in classical and modern physics alongside a focused track in nuclear and particle physics. Early-year modules develop mathematical methods and laboratory skills, progressing to advanced topics in quantum mechanics, statistical mechanics and electrodynamics. Specialist courses in the nuclear and particle physics track cover nuclear structure and reactions, particle physics phenomenology, detector technologies and radiation interactions with matter.

• Core physics: Mechanics, electromagnetism, thermodynamics, quantum mechanics and statistical mechanics.
• Mathematics and computation: Calculus sequence, differential equations, linear algebra and scientific programming for data analysis and modelling.
• Laboratory and experimental methods: General physics labs, electronics for physicists, advanced experimental techniques and error analysis.
• Nuclear & particle specialisms: Introductory nuclear physics, nuclear reactions and structure, particle physics and the Standard Model, radiation detection and measurement, and instrumentation.
• Applied topics: Radiation safety and protection, applications in medical physics and nuclear engineering principles.
• Capstone experience: Senior research project or honours thesis with faculty supervision; opportunities to participate in collaborative experimental projects and internships.

Entry requirements

Applicants should hold a recognised secondary-school diploma with strong preparation in mathematics and sciences. Successful candidates typically present prior study of calculus and high-level physics; background in chemistry and computer science is advantageous. Benedictine University evaluates applications holistically, considering grades, teacher references, personal statements and any relevant laboratory or research experience. Transfer applicants with college-level courses in physics and mathematics are welcome; specific course equivalencies are reviewed during admissions.

Career prospects

Graduates with a physics degree focused on nuclear and particle physics move into a range of technical and research roles or continue to postgraduate study. Common pathways include:

• Graduate research in nuclear or particle physics and related fields.
• Positions at national laboratories and accelerator facilities, including experimental support, instrumentation and data analysis roles.
• Careers in medical physics and radiation technology (typically following additional, specialised training or certification).
• Roles in radiation protection, health physics and nuclear regulatory organisations.
• Technical roles in industry such as instrumentation, electronics, and applied data science.
• Teaching at secondary level or higher education, often combined with further teacher training or postgraduate qualification.

Why study at Benedictine University

Benedictine University offers small class sizes and close faculty mentoring, which benefits laboratory-based learning and undergraduate research. The programme emphasises hands-on experience—students undertake senior projects and have opportunities to collaborate on experimental work. Located near major research centres and within reach of Chicago-area national laboratories, students can pursue internships and partnerships that complement on-campus training. The university’s liberal arts foundation and Benedictine values support a holistic education that combines technical competence with ethical and community-oriented perspectives.