Susquehanna University

What you'll study

The programme builds core knowledge in classical mechanics, electromagnetism, quantum mechanics and statistical physics, then allows you to concentrate on nuclear and particle physics through specialised electives and research projects. Typical subjects include modern physics, nuclear structure and reactions, elementary particle physics, radiation and detector physics, and accelerator concepts. Coursework emphasises experimental methods and computational techniques: laboratory courses cover electronics, radiation detection and data acquisition, while computational physics uses numerical methods and programming for modelling and data analysis.

• Core courses: classical mechanics, electromagnetism, quantum mechanics, statistical mechanics, mathematical methods for physicists.
• Specialist courses: nuclear physics, particle physics, radiation physics and detectors, experimental nuclear methods, accelerator physics basics.
• Laboratory and practical work: electronics and instrumentation labs, radiation detection labs, advanced experimental projects.
• Computational training: programming for physicists, data analysis, Monte Carlo methods.
• Capstone and research: mentored senior research project or thesis, and presentation in departmental seminars.
• Liberal arts curriculum: coursework in mathematics, chemistry and broadly in the arts and humanities to develop communication and critical thinking skills.

Entry requirements

Applicants should hold a high-school diploma or equivalent with strong preparation in mathematics and science. Successful candidates typically have taken calculus and physics at the secondary level; background in chemistry and experience with laboratory work are advantageous. Admissions are evaluated holistically—transcripts, teacher recommendations, and a personal statement are considered. International applicants need equivalent academic qualifications and proof of English proficiency where required. Transfer students should demonstrate college-level coursework in calculus and introductory physics.

Career prospects

Graduates with a focus on nuclear and particle physics are well placed for further study and a range of technical careers. Many pursue graduate degrees (master’s or PhD) to work in fundamental research at universities, national laboratories and accelerator facilities. Others apply their analytical and experimental skills in medical physics, radiation safety and health physics, instrumentation and detector development, aerospace and defence, or data-intensive roles such as data science and software engineering. The programme’s laboratory experience and senior research project also prepare graduates for roles in industry, technical consulting and secondary school teaching with appropriate certification.

Why study at Susquehanna University

Susquehanna offers a liberal-arts environment with small class sizes and close mentorship from faculty, enabling undergraduates to engage directly in research projects that might otherwise be available only at graduate level. The Physics programme emphasises hands-on laboratory work, opportunities for independent study and collaboration with faculty on experimental projects related to nuclear and particle physics. Students benefit from cross-disciplinary resources in mathematics and chemistry, access to on- and off-campus internship opportunities, and dedicated career and alumni services to support graduate-school applications and career placement.