Dartmouth College

What you'll study

The programme blends core graduate-level courses with elective modules and an independent research project. Core topics typically include molecular and cellular biology, genetics and genomics, biochemistry, and quantitative approaches to biological data. Electives enable specialisation in areas such as developmental biology, neurobiology, systems and synthetic biology, ecology and evolution, and bioinformatics.

• Advanced molecular biology and laboratory methods (techniques in cloning, sequencing, microscopy)
• Genomics, transcriptomics and computational analysis of biological data
• Cell signalling, developmental processes and physiology
• Ecological and evolutionary theory with field and lab approaches
• Quantitative and statistical methods applied to biological research
• Graduate seminars, journal clubs and ethics in research
• Independent research project or thesis supervised by a faculty mentor

Instruction is delivered through a mixture of lectures, small‑group seminars, laboratory rotations or practicum, and one‑on‑one research supervision. Students are expected to design and carry out an original research project, culminating in a written thesis or equivalent capstone and an oral presentation.

Entry requirements

Applicants should hold a good honours bachelor's degree (or international equivalent) in biology, biochemistry, molecular biology, or a closely related discipline. Admissions committees typically look for evidence of strong academic performance, relevant laboratory experience, and preparedness for independent research.

• Official transcripts from undergraduate study
• Personal statement outlining research interests and career goals
• Letters of recommendation (usually two or three), preferably including at least one academic reference who can speak to research potential
• Curriculum vitae or résumé listing research experience, technical skills and publications if applicable
• Proof of English language proficiency for applicants whose first language is not English (acceptable tests include TOEFL or IELTS where required)

Some applicants may also provide test scores (such as the GRE) if they are available and competitive, though requirements for standardised tests can vary. Successful applicants often have prior laboratory research experience, demonstrated technical skills (e.g. molecular techniques, microscopy, or computational analysis), and a clear statement of purpose aligning with faculty research strengths.

Career prospects

Graduates from a master's programme in biology at Dartmouth typically move into a range of research and applied careers. Many continue to doctoral study in biomedical, molecular or ecological disciplines; others take roles in biotechnology and pharmaceutical companies, clinical research organisations, or hospital and clinical laboratories.

• Research scientist or laboratory manager in industry or academia
• Progression to PhD programmes and careers in academic research
• Biotechnology and pharmaceutical R&D positions
• Bioinformatics and computational biology roles in industry, healthcare or startups
• Conservation scientist, ecological consultant or environmental monitoring roles
• Science policy, regulatory affairs, patent and intellectual property support, or science communication
• Teaching at secondary or community college levels with additional certification where required

Hands‑on research experience, development of quantitative skills, and exposure to interdisciplinary collaborations enhance employability across these pathways.

Why study at Dartmouth College

Dartmouth offers a close-knit research environment within a liberal‑arts setting, providing substantial faculty access and mentoring. The biology community benefits from interdisciplinary connections across departments and professional schools, including collaborations with engineering, computer science and the medical centre, which create opportunities for translational research and applied projects.

• Small cohort sizes that support personalised supervision and frequent interaction with faculty
• Well‑equipped core facilities and access to modern instrumentation for molecular, imaging and computational biology
• Opportunities for collaborative projects with clinical partners and industry through institutional networks
• A setting that supports fieldwork and ecological studies in diverse nearby environments

Overall, the programme is suited to students who value intensive research training, interdisciplinary collaboration and close mentorship as they prepare for advanced study or professional careers in the biological sciences.