Ursinus College

What you'll study

The BBMB curriculum integrates chemical and physical principles with molecular and cellular biology. You will take foundational courses in general chemistry, organic chemistry and physics, alongside core courses in biochemistry, molecular biology, cell biology and genetics. Quantitative and computational skills are emphasised through statistics, calculus and bioinformatics or computational biology electives.

• Core laboratory courses: structured wet-lab classes that build skills in experimental design, biochemical techniques, molecular cloning, microscopy and data analysis.
• Advanced topics: classes such as enzymology, structural biology/biophysics, membrane biology, signal transduction and metabolic regulation.
• Research and capstone: sustained independent research with a faculty mentor, culminating in a senior thesis or project and oral presentation.
• Electives: options often include immunology, neurobiology, developmental biology, proteomics, computational modelling and instrumentation-based courses.
• Interdisciplinary breadth: courses in chemistry, physics and mathematics are required to support the molecular focus, and students are encouraged to take complementary classes across the liberal arts.

Laboratory safety, scientific communication and ethical issues in the life sciences are threaded throughout the programme. Small class sizes allow hands-on time with instrumentation and close mentorship from faculty.

Entry requirements

Ursinus typically looks for students with a strong secondary-school record and demonstrated interest in the sciences. Competitive applicants usually present:

• Academic preparation: solid grades in biology, chemistry and mathematics (calculus recommended). Completion of laboratory science courses in high school is expected.
• Standardised testing: Ursinus assesses applications holistically; applicants should check the current policy on standardised tests and submit scores if they strengthen the application.
• Demonstrated interest: laboratory experience, science-related extracurriculars, summer programmes, or independent projects are advantageous.
• Transfer students: applicants with college coursework in chemistry, biology or mathematics should provide transcripts and descriptions of completed lab courses to determine credit transfer.

International applicants will need to meet English language proficiency requirements and provide equivalent academic credentials. Prospective students are encouraged to contact the department with questions about preparation or AP/IB credit policies.

Career prospects

Graduates of the BBMB programme are well positioned for a range of pathways, reflecting the programme’s combination of laboratory skills and quantitative training. Common outcomes include:

• Employment in biotechnology, pharmaceutical companies, clinical laboratories and environmental testing.
• Research careers in academic or government laboratories, often following additional graduate study (MS/PhD).
• Health professions: medical, dental, physician assistant and other clinical programmes — the major provides a strong pre-health foundation when paired with required pre-professional courses.
• Careers in data science, bioinformatics and computational biology where molecular knowledge must be combined with quantitative analysis.
• Other options such as science education, regulatory affairs, patent law (with further legal training), and science communication.

Ursinus graduates benefit from hands-on research experience, internship placements and career advising that help translate academic work into professional opportunities.

Why study at Ursinus College

Ursinus is a small liberal arts college that emphasises close faculty-student collaboration, making it an attractive place for undergraduates seeking intensive laboratory experience and mentorship. The college supports undergraduate research as a central feature of its science programmes, allowing students to begin independent projects early and present findings at symposia.

• Faculty mentorship: professors are active in research and teach small courses, giving students frequent access to research supervision and letters of recommendation.
• Hands-on facilities: students work with modern laboratory equipment in courses and research labs and can gain experience with techniques relevant to industry and graduate study.
• Internships and network: relationships with local hospitals, biotech firms and nearby research institutions provide internship and collaborative research opportunities.
• Liberal arts context: the programme is designed to develop critical thinking, communication and quantitative reasoning skills alongside technical science training.

Together, these features make Ursinus College a strong choice for students who want a rigorous molecular-life-sciences education combined with personalised mentoring and early research involvement.