Valparaiso University

What you'll study

The programme combines the core physics curriculum — mechanics, electromagnetism, thermodynamics, quantum mechanics and statistical physics — with specialised coursework and research opportunities in nuclear and particle physics. You will take sequential calculus-based introductory physics courses followed by intermediate and advanced courses that typically include classical mechanics, electrodynamics, modern physics, quantum theory and laboratory courses emphasising experimental techniques and data analysis.

• Core physics courses: calculus-based introductory physics, intermediate mechanics, electrodynamics, quantum mechanics, statistical physics.
• Mathematics and supporting science: multivariable calculus, differential equations, linear algebra, and supporting chemistry or computer science as appropriate.
• Specialist topics: nuclear physics, particle physics/high-energy physics, nuclear instrumentation and detectors, radiation physics and safety, and computational methods for physics.
• Laboratory and skills training: advanced experimental labs, electronics and instrumentation, data analysis, and programming for numerical modelling and simulations.
• Undergraduate research: sustained research projects under faculty supervision are strongly encouraged; students typically present work at department symposia and may co-author publications or attend regional conferences.
• Capstone/senior project: a senior thesis or comprehensive research project that demonstrates mastery of experimental or theoretical methods in nuclear and particle physics.

Entry requirements

Applicants must hold a secondary school diploma (or equivalent) with a strong preparatory background in mathematics and the sciences. Recommended preparation includes two or more years of high school mathematics through calculus, and at least one year of high school physics and chemistry where available.

• Academic background: successful completion of advanced mathematics (calculus), physics and chemistry is expected.
• Admissions process: evaluation is based on academic records, personal statement, and letters of recommendation; standardised tests may be optional depending on institutional policy — check the university admissions pages for current testing policies.
• International students: must provide proof of English language proficiency where required (for example, recognised English tests or equivalent evidence of proficiency).
• Placement: incoming students may take placement tests in mathematics to determine the appropriate starting course in the calculus sequence.

Career prospects

Graduates with a physics degree emphasising nuclear and particle physics move into a variety of careers. Many continue to graduate study in physics, nuclear engineering, medical physics or related fields; others enter the workforce directly in technical and analytical roles.

• Research careers at national laboratories, university research groups and international collaborations in nuclear and high-energy physics.
• Technical roles in industries that use radiation and accelerator technologies, including instrumentation, radiation detection, and materials analysis.
• Careers in data science, software development, and computational modelling that build on strong quantitative and programming skills.
• Applied roles in healthcare physics (medical physics, radiation therapy), environmental monitoring and radiation protection.
• Teaching at secondary level or further qualification for university teaching and research.

Why study at Valparaiso University

Valparaiso University offers a small, student-focused learning environment with close interaction between undergraduates and faculty, making it well suited for hands-on physics training and mentored research. The department emphasises experiential learning through laboratory courses and independent research projects, and students benefit from the university's liberal arts framework which develops communication and critical-thinking skills valued by employers and graduate programmes.

Students also gain from the university's regional connections to research institutions and nearby universities, which can facilitate internships, collaborative projects and access to specialised facilities. Dedicated faculty mentorship and the option to pursue a senior thesis prepare graduates for both advanced study and immediate entry into technical careers.