Shawnee State University

What you'll study

The degree combines core physics topics with specialised courses in nuclear and particle physics. You study classical mechanics, electricity and magnetism, thermodynamics, quantum mechanics and statistical physics alongside laboratory courses that develop experimental technique, data analysis and instrumentation skills. Core modules typically include:

• Introductory Physics I & II — calculus-based mechanics and electromagnetism with accompanying labs.
• Modern Physics/Quantum Mechanics — foundations of quantum theory applied to atoms and nuclei.
• Mathematical Methods for Physicists — tools such as differential equations, linear algebra and complex analysis relevant to theoretical work.
• Experimental Physics Labs — multi-semester laboratory sequence emphasising measurement uncertainty, vacuum systems, detectors and electronics.
• Nuclear Physics — nuclear structure, radioactivity, nuclear reactions and detectors.
• Particle Physics — fundamental particles, interactions, accelerators and modern experimental techniques.
• Computational Physics — numerical methods, data analysis, Monte Carlo simulation and programming for modelling physical systems.
• Electives and Interdisciplinary Options — courses in radiation safety, materials science, medical physics, electronics, or advanced topics depending on interests.

Students are expected to complete a capstone project or senior thesis that often involves experimental work, data analysis or literature-based research under faculty supervision. There are opportunities for undergraduate research, independent study, and internships that give practical experience with detectors, accelerators or applied radiation technologies.

Entry requirements

Applicants should have completed secondary education with strong preparation in mathematics (calculus preferred) and physics. Typical entry expectations include:

• High-school diploma or equivalent with good grades in mathematics and physics.
• Demonstrated competence in calculus; completion of pre-calculus alone may lead to preparatory coursework in the first year.
• For international applicants, recognised secondary qualifications such as GCE A‑levels, the International Baccalaureate or equivalents with physics and maths are appropriate.
• Transfer students will be evaluated on college-level coursework in physics and mathematics; articulation agreements may apply.
• Mature applicants and those with relevant technical experience are considered on a case-by-case basis.

Admissions may also consider recommendations, statements of purpose, and any prior laboratory or research experience. Standardised tests are considered according to university policy; applicants should consult Shawnee State University admissions for current testing practices.

Career prospects

Graduates with a physics degree focused on nuclear and particle physics have a range of career pathways. Many proceed to graduate study (MSc/PhD) in physics, nuclear engineering or related areas to pursue research careers. Other common directions include:

• Positions in national laboratories and research centres working on detectors, radiation instrumentation and accelerator technology.
• Roles in the nuclear power industry, including operations, instrumentation, and regulatory compliance (often with additional certification or training).
• Medical physics and health physics careers following postgraduate professional training; roles include radiation safety, imaging and therapy support.
• Technical and engineering positions in aerospace, materials, electronics and instrumentation companies that value strong quantitative and experimental skills.
• Data science, software development and quantitative analyst roles leveraging computational and modelling experience gained during the degree.
• Teaching at the secondary level (with additional certification) or outreach positions that communicate science to the public.

Undergraduate research experience, internships and faculty mentorship at Shawnee State enhance employability and graduate-school readiness.

Why study at Shawnee State University

Shawnee State University offers a personalised undergraduate environment with small class sizes and direct access to faculty, which benefits hands-on experimental training essential for nuclear and particle physics. The physics programme emphasises undergraduate research, allowing students to work closely with faculty on detector projects, radiation measurements and computational studies.

The university provides modern teaching laboratories and instrumentation appropriate for an undergraduate curriculum and maintains links with regional industry, medical facilities and research organisations for internships and practical placements. Students also benefit from cross-disciplinary offerings in engineering, computer science and mathematics that support specialised career paths. For students seeking a strong, applied physics education with opportunities for mentorship and real-world experience, Shawnee State is a pragmatic choice.