Brandeis University

What you'll study

The programme provides a rigorous grounding in molecular and cellular biology, physical chemistry, and quantitative methods used to understand biological systems. Core coursework typically covers biomolecular structure and function, genetics, cell biology, enzymology and metabolism, thermodynamics and kinetics, and principles of biophysics. Students also study supporting subjects such as organic chemistry, physical chemistry or physics, and statistics or computational biology to develop quantitative and analytical skills.

A distinctive feature is the emphasis on laboratory and research experience: students spend substantial time in laboratory courses developing experimental technique, data analysis and scientific communication skills. Many students join faculty laboratories early in their programme and complete an independent research project or senior thesis, integrating experimental work with literature review and hypothesis‑driven investigation. Electives allow specialisation in areas such as structural biology, molecular neurobiology, synthetic biology, systems biology, advanced spectroscopy, or computational modelling.

The curriculum is designed to be flexible, permitting interdisciplinary study with departments such as Chemistry, Physics, Mathematics, Computer Science and Neuroscience, and to support preparation for professional schools or direct entry into research and industry roles.

Entry requirements

Applicants should show strong preparation in the sciences and mathematics from secondary education. Successful candidates typically present high achievement in biology and chemistry courses, and coursework or strong performance in mathematics (including algebra and calculus) and physics is advantageous. Practical laboratory experience in high school or through extracurricular programmes strengthens an application.

For domestic applicants, Brandeis evaluates academic transcripts, letters of recommendation, and personal statements alongside any optional standardised test results. International applicants must demonstrate comparable academic preparation; proof of English language proficiency is required where applicable. Because admissions are competitive, evidence of curiosity and sustained engagement in scientific activities—such as research internships, science competitions or relevant coursework—is helpful.

Career prospects

Graduates pursue a range of pathways. Many continue to graduate or professional schools, entering PhD programmes in molecular biology, biochemistry, biophysics, bioengineering or related fields, or professional programmes in medicine, dentistry or veterinary medicine. Others move directly into the biotechnology and pharmaceutical industries in roles such as research scientist, laboratory technician, process development associate, or quality control/assurance specialist.

Additional career options include computational biology and bioinformatics, scientific writing and communication, patent law and intellectual property (with further legal training), regulatory affairs, and education. The programme’s strong research training and quantitative emphasis are valued in interdisciplinary roles at academic, clinical and industry research centres.

Why study at Brandeis University

Brandeis offers a research‑focused undergraduate experience with a favourable student‑to‑faculty ratio, enabling close mentoring by faculty who are active investigators in molecular biology and biophysics. The university encourages early participation in laboratory research and supports independent projects that often lead to publications or conference presentations.

The campus is within easy reach of a major regional biotechnology and biomedical community, creating opportunities for internships, collaborations and career networking. Students benefit from well‑equipped teaching laboratories, access to core research facilities, and interdisciplinary programmes that link biology with chemistry, physics and computational disciplines. Advising, undergraduate research programmes and career services help students align their academic plans with graduate study or professional objectives.