Georgetown University

What you'll study

The Biology bachelor's at Georgetown provides a broad foundation across molecular, cellular and organismal biology, with both lecture and laboratory components. Core topics typically include cell biology, genetics, molecular biology, ecology and evolution, physiology and biostatistics. Practical training emphasises experimental design, laboratory techniques, data analysis and scientific communication.

Students follow a curriculum that mixes required core courses, laboratory sequences and elective specialisations. Common modules and experiences include:

• Introductory and core courses in cell and molecular biology, genetics, and organismal biology.
• Laboratory sequences that teach microscopy, molecular methods (PCR, electrophoresis, cloning basics), tissue and physiological techniques, and quantitative data analysis.
• Advanced electives in topics such as developmental biology, neurobiology, immunology, microbiology, plant biology, ecology and evolution.
• Research opportunities working with faculty in on-campus labs or in summer research programmes; many students complete independent research projects or a senior thesis.
• Interdisciplinary options that allow pairing biology with minors or dual interests such as biochemistry, neuroscience, public health, environmental science, mathematics or computer science.
• Fieldwork and applied learning opportunities, particularly for ecology and conservation-focused courses; clinical and industry internships are commonly pursued in Washington, D.C. and the surrounding region.

Programme structure

Students typically complete lower-division foundational courses in the first two years, followed by upper-division electives and research experiences. The programme encourages active learning through lab courses, seminars and independent projects, and students may tailor their studies to pre-medical preparation, research-oriented careers or applied biology pathways.

Entry requirements

Admission to Georgetown is competitive and based on a holistic review of academic achievement and extracurricular engagement. Applicants are expected to present a strong secondary school record with particular preparation in the sciences and mathematics.

• Academic preparation: High school coursework in biology, chemistry and mathematics is expected; physics and advanced coursework (AP, IB or equivalent) are beneficial where available.
• Standard application components: Completed university application, personal statement, letters of recommendation, and academic transcripts. Georgetown evaluates the whole applicant, including extracurriculars, leadership and service.
• Preparatory skills: Demonstrated quantitative ability and familiarity with laboratory concepts strengthen an application. Prior research, laboratory experience, science clubs or related work experience is advantageous.
• Additional pathways: Transfer applicants and students from other academic backgrounds are considered; specific credit transfer and programme progression depend on completed coursework and departmental approval.

Career prospects

Graduates with a Biology degree from Georgetown pursue diverse paths. Many continue to graduate or professional training; common destinations include medical, dental and veterinary schools, master’s and PhD programmes in biological sciences, and public health degrees.

• Research and academia: Laboratory technician roles, research assistant positions, and progression to graduate research degrees in molecular biology, ecology, neuroscience and related fields.
• Healthcare and allied professions: Preparation for medicine, nursing, physician assistant programmes, and clinical laboratory science careers.
• Biotech and industry: Roles in biotechnology, pharmaceuticals, clinical trials, regulatory affairs and quality control.
• Public sector and policy: Opportunities in public health agencies, environmental management, science policy and advocacy—strengthened by Georgetown’s proximity to federal agencies and NGOs.
• Education and communication: Secondary and tertiary teaching, science communication, and outreach roles.

Alumni often combine their scientific training with internships, policy work or business skills to enter interdisciplinary roles in the Washington, D.C. region and beyond.

Why study at Georgetown University

Georgetown offers a Biology programme with strong research engagement, small-class teaching and access to the resources of a major urban centre. The university’s location in Washington, D.C. provides ready access to leading research institutions, hospitals, government agencies and non-profit organisations for internships and collaborative projects.

The Department of Biology emphasises mentorship from active researchers, opportunities for undergraduate research, and interdisciplinary connections across health, ethics and policy reflecting Georgetown’s Jesuit educational tradition. Students benefit from dedicated laboratory facilities, research seminars, and advising tailored to both career and graduate-school preparation.