Dartmouth College

What you'll study

The programme centres on original research leading to a doctoral dissertation, complemented by coursework and skills training in molecular biology, biochemistry and biophysics. Early in the programme students normally undertake laboratory rotations to join a research group and refine their dissertation topic. Core themes include macromolecular structure and dynamics, protein and nucleic acid chemistry, cellular signalling, metabolic regulation, structural biology techniques, single-molecule and imaging approaches, quantitative and computational methods for analysing biological systems, and modern biochemical methods such as proteomics and genomics.

Coursework is tailored to the student’s background and research needs and typically includes advanced seminars in molecular mechanisms, statistics for experimental biology, experimental design, and specialised methods courses. Training also emphasises transferable skills: scientific writing, grant proposal preparation, teaching experience, and presentation skills at conferences and seminars.

Typical programme structure

• Year 1: laboratory rotations, foundation coursework and selection of a thesis advisor.
• Years 2–3: focused dissertation research, advanced coursework and passing of qualifying or candidacy examinations.
• Years 4+: completion of independent research, publication of results, and defence of the doctoral thesis.

Entry requirements

Applicants are expected to hold a relevant undergraduate degree in biology, biochemistry, chemistry, physics, engineering, mathematics or a closely related discipline. A strong foundation in molecular biology, physical chemistry and quantitative methods is desirable. Prior laboratory research experience is important and strongly preferred.

Application materials typically include academic transcripts, a detailed CV, a statement of research interests, and at least three letters of recommendation from individuals familiar with the applicant’s research potential. Standardised test requirements vary and applicants should consult the programme for current policy. Admission is competitive and evaluated on academic preparation, research experience, fit with faculty interests, and potential for independent research.

Career prospects

Graduates of the programme pursue a range of careers in academic research and teaching, biotechnology and pharmaceutical industries, clinical and translational research organisations, government and national laboratories, and science-related roles such as intellectual property, regulatory affairs or science policy. Many alumni undertake postdoctoral training before establishing independent laboratories or taking scientific leadership roles in industry. The programme’s quantitative and interdisciplinary training also prepares graduates for careers in computational biology, bioinformatics and data-driven roles in life sciences.

Why study at Dartmouth College

Dartmouth offers a close-knit graduate community with access to interdisciplinary collaborators across the college, medical centre and engineering and data-science initiatives. Students benefit from mentorship by faculty working across molecular, cellular and quantitative biology, together with access to institutional core facilities and resources that support advanced imaging, structural and biochemical research.

The programme emphasises personalised training and professional development in a supportive environment, with opportunities for teaching, grant-writing experience and participation in seminars and symposia. Financial support is provided to eligible doctoral students through graduate appointments and fellowships, enabling a primary focus on research and career development.