Susquehanna University

What you'll study

This programme provides a broad grounding across the physical sciences, emphasising conceptual understanding, quantitative skills and experimental technique. Typical study areas include classical and modern physics, general and analytical chemistry, introductory geology and earth systems, and supporting mathematics courses such as calculus and statistics. Students engage in regular laboratory work, data analysis and computational methods, and will normally complete a senior capstone experience that may take the form of an independent research project, a laboratory thesis or an applied internship.

The curriculum is deliberately flexible to allow students to tailor their pathway: typical modules or course topics you can expect are mechanics, electromagnetism, thermodynamics, quantum concepts, chemical structure and reactivity, mineralogy and sedimentology, scientific computing, and methods of experimental design. Elective choices let you add depth in areas such as astronomy, environmental chemistry, materials science or advanced mathematical methods. Cross-disciplinary opportunities with biology, environmental studies and engineering departments are encouraged.

Entry requirements

Applicants to Susquehanna’s Bachelor-level physical sciences programme are expected to have a high school diploma or equivalent with a strong background in mathematics and laboratory science. Recommended preparation includes at least four years of mathematics through precalculus or calculus and one or more years of college-preparatory science (biology, chemistry, physics).

• Academic record: competitive high-school GPA with strong performance in STEM subjects.
• Standardised tests: Susquehanna has historically operated with test-optional policies; consult the university for current test submission guidance.
• Application materials: completed application form, high-school transcripts, at least one academic letter of recommendation, and a personal statement outlining interest in the physical sciences.
• International students: proof of English-language proficiency is required if English is not your first language (accepted tests and score expectations are set by the university). Transcripts should be translated and evaluated as needed.

Career prospects

Graduates with a degree in physical sciences from Susquehanna are well placed for a range of next steps. Many pursue graduate or professional study in physics, chemistry, earth sciences, engineering, data science, medicine or related disciplines. Others move directly into technical roles such as laboratory technician, environmental analyst, quality-control scientist, research assistant or technical consultant.

The programme’s emphasis on quantitative reasoning, experimental skills and communication also supports careers in education, science policy, technical sales, and roles in government and industry where analytical problem-solving is valued. Internship placements and undergraduate research experience enhance employability and provide practical pathways into entry-level positions.

Why study at Susquehanna University

Susquehanna offers a liberal-arts environment with small class sizes and close faculty mentorship, giving students regular access to professors and opportunities for independent research. The curriculum combines rigorous classroom learning with hands-on laboratory and field experiences, and the university supports student engagement through research projects, internships and collaborative work across departments.

Students benefit from personalised academic advising and career support services that help translate scientific training into postgraduate study or employment. The campus culture emphasises close-knit learning communities, opportunities for leadership in student research groups and accessible laboratory facilities that prioritise undergraduate participation in scientific inquiry.