Ursinus College

What you'll study

The Biology curriculum at Ursinus provides a broad grounding across subfields of biology alongside opportunities for specialisation. Core coursework typically covers cell and molecular biology, genetics, ecology and evolution, organismal biology, and physiology. Laboratory courses emphasise experimental design, microscopy, molecular techniques, data analysis and scientific communication.

Students follow a sequence of introductory and intermediate courses before taking advanced seminars and electives. Common modules and subjects include:

• Introductory Biology: fundamentals of cell structure, metabolism, genetics and evolution.
• Genetics and Molecular Biology: gene expression, recombinant DNA methods, genomics concepts.
• Cell Biology and Physiology: cellular processes, animal and plant physiology.
• Ecology and Evolution: population dynamics, community interactions, conservation biology.
• Laboratory Techniques: hands-on labs in microscopy, molecular assays, statistical analysis and bioinformatics tools.
• Advanced Topics and Seminars: specialised courses such as developmental biology, neurobiology, microbiology or plant biology depending on faculty offerings.
• Capstone/Research Project: an independent or faculty-mentored research project culminating in a thesis or presentation is a central feature of the programme.

Undergraduates are encouraged to engage in summer or semester research, internships with regional employers and fieldwork opportunities that complement on-campus study.

Entry requirements

Ursinus evaluates applicants holistically. Successful candidates for the Biology programme typically demonstrate strong performance in high-school science and mathematics. Recommended preparatory subjects include biology, chemistry and mathematics (algebra and preferably precalculus); physics and additional laboratory experience are advantageous.

Typical application materials include a high-school transcript, teacher recommendations (ideally including at least one from a science teacher), and a personal statement. Standardised tests may be optional depending on current admissions policies; international applicants should provide equivalent secondary credentials and proof of English proficiency where required. Transfer students are considered with college transcripts showing science coursework and a record of academic success.

Career prospects

Graduates of Ursinus's Biology programme move into a wide range of careers. Common paths include:

• Healthcare and allied professions: preparation for medical, dental, pharmacy, physician assistant, veterinary or other professional schools, often supported by pre-health advising and prerequisite coursework.
• Research and laboratory roles: entry-level positions in academic, government or industry laboratories, including biotechnology and pharmaceutical companies.
• Environmental and conservation careers: roles with environmental consultancies, conservation organisations, parks and wildlife agencies, and natural resource management.
• Education and outreach: secondary school teaching (with appropriate certification), museum or nature-centre education, and community science programmes.
• Further study: many graduates pursue graduate degrees (MSc/PhD) in biological sciences or related fields to specialise in research, teaching or advanced professional roles.

Through internships, on-campus research and career services, students build the practical experience and professional network needed to enter these fields.

Why study at Ursinus College

Ursinus offers a close-knit liberal arts environment with small class sizes and accessible faculty, making it well suited to undergraduates seeking hands-on learning and mentorship. The Biology department emphasises experiential training—students have regular access to laboratories, field opportunities and faculty-mentored research projects that are often uncommon at larger institutions.

The college also provides structured pre-health advising, internship placement support and strong extracurricular options related to sustainability and environmental science. These features combine to prepare graduates both for immediate employment and for competitive applications to graduate and professional programmes.