Dartmouth College

What you'll study

The programme emphasises core concepts in cell and molecular biology while retaining the breadth of a liberal arts education. Typical topics include cell structure and physiology, molecular genetics, biochemistry, signal transduction, developmental biology and systems-level perspectives such as cell–cell communication and metabolism.

• Foundational courses — introductory biology, general chemistry, organic chemistry and quantitative reasoning to give a strong base for cellular study.
• Core cell and molecular modules — cell biology, molecular biology, genetics, and biochemical pathways that explore how cellular processes are encoded and regulated.
• Laboratory training — progressive lab courses teaching microscopy, molecular cloning, PCR, tissue culture basics, and experimental design and analysis.
• Advanced and elective topics — options such as developmental biology, neurobiology, immunology, systems biology and computational approaches for analysing cellular data.
• Research and capstone — substantial opportunity for independent research with faculty mentors; many students undertake an honours thesis or a sustained laboratory project in their senior year.
• Interdisciplinary options — coursework and projects drawing on chemistry, quantitative sciences, computer science and engineering to address cellular questions.

Entry requirements

Dartmouth seeks students with strong academic preparation and evidence of intellectual curiosity. Typical entry expectations include a solid record in secondary‑school sciences and mathematics and rigorous coursework where available (such as AP, IB or A‑levels).

• Competitive applicants usually present strong grades in biology, chemistry and mathematics.
• Experience with laboratory work, independent science projects, or research internships strengthens an application but is not strictly required.
• Admissions decisions are based on the whole applicant: academic record, personal essays, recommendations and extracurricular engagement — particularly activities demonstrating sustained interest in scientific inquiry.
• International applicants should present equivalent qualifications from their national systems; language proficiency evidence may be required where applicable.

Career prospects

Graduates with a cellular biology background from Dartmouth move into a wide range of careers. The programme’s combination of rigorous coursework and research experience prepares students for advanced study, clinical training and industry roles.

• Graduate and professional school — many alumni pursue PhD programmes in biological sciences, biomedical research, or professional degrees such as MD, DVM or other health professions.
• Research and industry — roles in biotechnology, pharmaceuticals, diagnostics, and laboratory research positions.
• Applied and interdisciplinary careers — medicine, public health, science policy, regulatory affairs, education and scientific communications.
• Other pathways — consulting, data science and technology roles that value quantitative and laboratory problem‑solving skills.

Why study at Dartmouth College

Dartmouth offers the resources of a leading research institution together with the personalised attention of a small undergraduate college. Students benefit from close mentorship by faculty members who are active researchers, routine opportunities to join laboratory groups early in their studies, and a supportive environment for independent research projects.

• Strong undergraduate research culture with accessible faculty and laboratory opportunities across campus.
• Interdisciplinary connections to medicine and engineering, and collaborative opportunities with regional medical and research institutions.
• Small class sizes and seminar‑style teaching that foster discussion, critical thinking and direct feedback on laboratory and writing skills.
• Comprehensive advising that helps students tailor programmes to career objectives, whether that is research, clinical work, or other science‑related professions.