Indiana University of Pennsylvania

What you'll study

The programme builds core physics knowledge through a sequence of courses in classical mechanics, electromagnetism, quantum mechanics, statistical mechanics and mathematical methods for physicists. From this foundation, students progress to specialised subjects relevant to nuclear and particle physics, such as nuclear physics, particle physics, radiation physics and detector/instrumentation techniques.

• Core courses: calculus-based mechanics, electricity and magnetism, modern physics/quantum mechanics, thermodynamics and statistical physics, and laboratory courses that develop experimental skills and data analysis.
• Specialist courses: topics in nuclear structure and reactions, particle physics and interactions, radiation detection and measurement, and applied nuclear physics.
• Supporting skills: mathematical methods, computational physics and programming, electronics for instrumentation, and scientific communication.
• Research and capstone: options for independent research projects or senior capstone experiences supervised by faculty, which frequently involve hands-on laboratory work, data analysis and collaboration on long-term experiments.
• Laboratories and practical experience: regular lab courses and opportunities to work with radiation detectors, particle detector components and computing clusters for simulation and data processing.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with strong preparation in mathematics (including algebra and trigonometry; calculus or readiness for first-year calculus is expected) and science, preferably including high school physics. Typical successful applicants demonstrate strong grades in STEM subjects and relevant test scores where required by the university. International applicants must meet English language proficiency standards.

Transfer applicants are considered on the basis of college transcripts; students transferring into the physics major usually need to have completed introductory calculus and physics courses. Prospective students with particular interest in nuclear and particle specialisms are encouraged to contact the department to discuss course planning and research opportunities.

Career prospects

Graduates with a BA or BS in Physics focused on nuclear and particle topics are well placed for a range of career paths. Many continue to graduate school (masters and PhD) in physics, nuclear engineering, medical physics or related fields. Others move directly into technical roles in industry and government.

• Research positions or technical roles at national and regional laboratories and research centres.
• Roles in the nuclear energy sector, radiation safety and regulatory agencies.
• Instrumentation, detector development and electronics roles in scientific and commercial settings.
• Careers in data science, software development and quantitative analytics which value strong mathematical and computational training.
• With additional certification or coursework, secondary school physics teaching and roles in STEM education.
• Medical physics and healthcare-related roles following appropriate professional postgraduate training.

Why study at Indiana University of Pennsylvania

Indiana University of Pennsylvania offers a physics programme with an emphasis on hands-on learning and close faculty mentoring. The department supports undergraduate research, enabling students to gain laboratory and data-analysis experience alongside faculty on experimental and theoretical projects relevant to nuclear and particle physics.

The campus environment provides small to medium-sized classes that allow direct interaction with instructors and access to laboratory facilities and computing resources. Students benefit from opportunities to present research, participate in regional collaborations and prepare for competitive graduate programmes or technical employment. Advising and career services help tailor study plans to individual goals, whether that is entry to industry, national laboratories or further academic study.