University of Rochester

What you'll study

The Biology programme provides a foundation in core areas of the life sciences alongside opportunities for specialised coursework and independent research. Typical modules include introductory biology and laboratory skills, genetics, cell and molecular biology, ecology and evolution, physiology, developmental biology and biochemistry. Students also take training in quantitative methods such as statistics, computational biology and bioinformatics, and can choose advanced electives in areas like immunology, neurobiology, conservation biology and molecular genetics.

Hands-on learning is emphasised: coursework is complemented by multi-term laboratory sequences, course-based research experiences and faculty-mentored projects. Many students complete an independent senior thesis or capstone project. The curriculum supports both broader liberal-arts study and concentrated scientific preparation, with options to pursue interdisciplinary combinations with computer science, chemistry, public health, or engineering.

Entry requirements

Admission to the University of Rochester is competitive and academic preparation for the Biology major typically includes rigorous high-school coursework in the natural sciences and mathematics. Recommended preparatory subjects are biology and chemistry, plus mathematics through precalculus or calculus; physics is also helpful. Advanced placement or international qualifications in relevant sciences and maths are recognised.

The university operates a holistic admissions process; strong academic performance, teacher recommendations, a personal statement and evidence of interest in the sciences (such as research experience, lab internships, science fairs or relevant extracurricular activities) will strengthen an application. International applicants must demonstrate English proficiency through recognised tests or equivalent qualifications when required.

Career prospects

Graduates with a Biology degree from the University of Rochester pursue a wide range of careers. Common paths include:

• Research careers in academic or industrial laboratories, often proceeding to PhD programmes.
• Healthcare professions such as medicine, dentistry, physician assistant, or clinical laboratory work; many graduates apply to professional schools.
• Biotechnology and pharmaceutical industry roles in research and development, quality control, regulatory affairs or product management.
• Environmental and conservation work with government agencies, NGOs or consultancy firms focusing on ecology, wildlife management and natural resource science.
• Science education, public outreach and science communication at schools, museums or community organisations.

The programme’s emphasis on research, quantitative skills and communication prepares graduates for both immediate employment and further study in graduate, medical or professional schools.

Why study at University of Rochester

The University of Rochester is known for integrating undergraduate education with active, faculty-led research. Biology students benefit from early access to laboratory research, small class sizes, and close mentorship from faculty across basic and translational science disciplines. Proximity and links to the University of Rochester Medical Center create additional opportunities for biomedical research, clinical exposure and internships.

The institution supports interdisciplinary collaboration, allowing biology students to combine their degree with complementary subjects and hands-on training in quantitative methods. Facilities such as modern teaching laboratories, core research facilities and field study options, together with a strong advising system, help students develop the technical and professional skills needed for diverse scientific careers.