Dartmouth University

What you'll study

This programme integrates core physical-science principles with biological systems, emphasising quantitative methods, laboratory skills and interdisciplinary problem solving. Typical modules and subject areas include:

• Core physical science foundations: advanced thermodynamics, statistical mechanics, quantum mechanics as applied to molecular systems.
• Physical chemistry and biophysics: spectroscopy, chemical kinetics, membrane biophysics, protein folding and structure–function relationships.
• Quantitative and computational methods: data analysis, numerical modelling, molecular simulation, bioinformatics and machine-learning applications in the physical and life sciences.
• Laboratory and experimental techniques: advanced spectroscopy, microscopy, single-molecule methods, mass spectrometry, wet-lab molecular biology techniques when relevant to physical investigations.
• Interdisciplinary seminars and electives: courses drawing on chemistry, physics, biology and engineering, covering topics such as materials for biology, soft-matter physics, and chemical biology.
• Research project or thesis: an extended laboratory or computational research dissertation conducted under the supervision of a faculty member from an appropriate department, culminating in a written thesis and oral presentation.

Entry requirements

Applicants are typically expected to hold a relevant undergraduate degree (for example in physics, chemistry, biochemistry, molecular biology, engineering or a closely related field) with strong performance in quantitative and laboratory courses. Admissions committees look for evidence of:

• Solid foundation in mathematics (calculus, linear algebra) and physical-science coursework.
• Laboratory experience or demonstrable computational skills, depending on the applicant’s focus.
• Research experience is strongly preferred, demonstrated through undergraduate projects, internships or publications.
• Letters of recommendation from academic or research supervisors and a statement of purpose outlining research interests and career goals.

Additional requirements may include a curriculum vitae and, for some applicants, a portfolio of research work. International applicants should check whether proof of English language proficiency is required.

Career prospects

Graduates from this interdisciplinary pathway move into a variety of roles where quantitative, experimental and cross-disciplinary skills are valued. Typical career destinations include:

• PhD programmes in physics, chemistry, biophysics, chemical biology or related fields.
• Research scientist positions in academic laboratories, government research institutes and national laboratories.
• R&D roles in pharmaceutical, biotechnology and materials companies, including assay development, biophysical characterisation and computational modelling.
• Analytical and data-science positions applying modelling and machine-learning to biological and chemical data.
• Technical roles in instrumentation, spectroscopy and imaging companies, and science policy or technology transfer for those combining technical expertise with broader skills.

Why study at Dartmouth University

Studying this interdisciplinary master’s at Dartmouth’s research environment offers close faculty mentorship and access to advanced facilities across chemistry, physics and biological laboratories. The campus culture emphasises small-group teaching, opportunities to join active research groups, and collaboration with engineering and medical research centres, enabling students to tailor training to either experimental or computational career paths. The programme’s breadth supports transitions into doctoral study or technical roles in industry while benefiting from the college’s strong networks for research internships and cross-disciplinary collaboration.