Dartmouth College

What you'll study

The programme integrates core topics from biochemistry, molecular biology, cell biology and biophysics with quantitative methods drawn from physics, chemistry and mathematics. Early coursework develops a strong foundation in general chemistry, organic chemistry, introductory physics and calculus, followed by intermediate and advanced classes in molecular genetics, structural biology, enzymology, membrane biophysics and systems biology.

• Laboratory courses teaching experimental design, molecular cloning, spectroscopy, microscopy and quantitative data analysis.
• Courses in quantitative and computational methods, such as biostatistics, programming for biological data and mathematical modelling of biological systems.
• Advanced electives that may include structural methods (X‑ray crystallography, NMR), single‑molecule techniques, neurobiology, developmental biology and synthetic biology.
• Seminars and journal clubs that develop critical reading, presentation skills and engagement with current literature.
• An undergraduate research component: many students undertake a faculty‑mentored laboratory project or a senior thesis that culminates in a written report and often a public presentation.

Entry requirements

Dartmouth looks for applicants with strong preparation in the sciences and mathematics and evidence of academic achievement and intellectual curiosity. Typical successful applicants present a rigorous secondary‑school programme that includes courses in biology, chemistry and mathematics; physics and additional laboratory experience are advantageous.

• High academic standing in secondary school with competitive grades in science and mathematics subjects.
• Standardised test results where provided (note institutional policies on tests vary) and strong letters of recommendation, ideally including at least one from a science teacher or mentor.
• Demonstrated interest in laboratory or research experience — this can be through coursework, internships, summer research placements or independent projects.
• Personal statement and supplementary materials that articulate fit with the programme and examples of intellectual curiosity and initiative.

Career prospects

Graduates from this programme pursue a wide range of paths. Many go on to advanced research training in PhD programmes or professional schools in medicine, dentistry or allied health. The strong experimental and quantitative skill set is also in demand in biotechnology and pharmaceutical companies, clinical research organisations and diagnostics firms.

• Research careers in academia, government laboratories or industrial R&D.
• Graduate and professional programmes: PhD in molecular biology, biophysics or related fields; MD, DDS and other clinical training.
• Careers in biotechnology, pharmaceuticals, medical devices and diagnostics in roles such as research scientist, clinical research associate or product development specialist.
• Opportunities in data‑driven roles including bioinformatics, computational biology and quantitative analysis.
• Alternative careers where analytical and communication skills are valued: science policy, science writing, patent law (with additional training) and business roles in life‑science firms.

Why study at Dartmouth College

Dartmouth offers a liberal‑arts environment with a strong emphasis on undergraduate teaching and close faculty mentorship. Students benefit from small class sizes, early access to research laboratories and opportunities to develop independent projects under faculty supervision.

• Interdisciplinary collaboration across the Department of Biological Sciences, Thayer School of Engineering and other programmes provides access to biophysical, computational and engineering expertise.
• Proximity to clinical and research partners in the region supports translational and applied research experiences.
• Institutional support for undergraduate research, summer research opportunities and funding for student travel to present work at conferences.
• A strong alumni network and career services that help students explore postgraduate study and employment in academia, industry and beyond.