Ursinus College

What you'll study

The curriculum emphasises core principles of physiology and the biological basis of disease, integrating molecular, cellular and systems‑level perspectives. You will take foundational courses in cell biology, human physiology, biochemistry, genetics and microbiology, together with courses focused on pathology and disease mechanisms. Practical laboratory work is central: expect hands‑on training in microscopy, molecular techniques (PCR, electrophoresis), tissue preparation and physiological measurement methods.

The programme typically includes a sequence of progressive laboratory courses, electives that allow topical depth (for example neurophysiology, immunology, endocrinology or cancer biology), and a senior capstone such as a research project or thesis that is mentored by a faculty member. Interdisciplinary offerings and seminars link physiology and pathology to public health, bioethics and quantitative methods.

• Foundational courses: cell biology, organic/inorganic chemistry, introductory physiology
• Core pathology and disease modules: cellular pathology, mechanisms of disease, immunopathology
• Laboratory and quantitative skills: molecular techniques, lab safety, data analysis and biostatistics
• Electives and advanced topics: neurobiology, endocrinology, pharmacology, cancer biology
• Capstone experience: independent research project, senior thesis or internship in a clinical or research setting

Entry requirements

Applicants should hold a secondary school diploma with a strong foundation in the sciences and mathematics. Recommended preparation includes high‑level courses in biology, chemistry (including laboratory work), mathematics (precalculus or calculus) and physics. Admissions assess academic record, letters of recommendation, and personal statements; applicants with demonstrated laboratory experience, research projects or healthcare volunteering are competitive.

Ursinus supports students from diverse educational backgrounds and offers advising to help new majors transition into rigorous science coursework. Placement testing and first‑year seminars can help ensure appropriate course sequencing for students who need to refresh key skills.

Career prospects

Graduates enter a wide range of careers. Common pathways include preparation for professional healthcare programmes (medicine, physician assistant, dentistry, veterinary medicine), entry to biomedical or clinical research roles, and positions in biotechnology, pharmaceutical companies, diagnostics, and public health agencies. The degree also provides strong preparation for graduate study in physiology, pathology, biomedical sciences and related fields.

Many students capitalise on Ursinus’s emphasis on undergraduate research and internship opportunities to gain laboratory experience that is attractive to employers and graduate/professional school admissions committees. Additional careers include clinical laboratory technologist, regulatory affairs associate, science education and science communication.

Why study at Ursinus College

Ursinus offers a liberal arts environment with small class sizes and accessible faculty, making it well suited to students seeking intensive mentorship and research opportunities as undergraduates. The college emphasises experiential learning: students routinely engage in faculty‑mentored research, senior theses and off‑campus internships that connect classroom learning to clinical and laboratory practice.

Science programmes at Ursinus pair rigorous coursework with modern laboratory training and interdisciplinary collaboration. Proximity to a network of hospitals, research institutes and biotech employers in the region expands internship and research placement options, while dedicated pre‑health advising and career services support students pursuing professional school and employment after graduation.