University of Massachusetts Amherst

What you'll study

The BBMB programme mixes foundational coursework in chemistry, physics and mathematics with specialised molecular and cellular biology modules. Early years cover general chemistry, organic chemistry, physics and calculus alongside introduction to cell biology and genetics. Core BBMB classes typically include biochemistry, molecular biology, physical biochemistry/biophysics, enzymology, and structural biology.

Practical laboratory experience is emphasised through multi-term lab courses that teach experimental techniques in molecular cloning, protein purification, spectroscopy, microscopy and biochemical assays. Students also take courses in statistics and quantitative methods to support experimental design and data analysis.

In later years students choose electives to tailor their degree: examples include advanced cell biology, genomics and bioinformatics, membrane biology, neurobiology, protein engineering, synthetic biology and chemical biology. Many undergraduates undertake an independent research project or honours thesis with a faculty mentor, and there are options for course-based research, summer research programmes and internships with industry or clinical partners.

Entry requirements

UMass Amherst looks for applicants with a strong secondary-school academic record and demonstrated ability in science and mathematics. Recommended subjects include chemistry and biology, and preparation in mathematics (calculus) and physics is advantageous. Successful applicants typically present high grades in rigorous courses; international applicants should supply recognised equivalents.

For transfer applicants, completion of college-level general chemistry and calculus, together with at least one biology course, is normally required for direct entry into the BBMB sequence. All applicants are expected to show evidence of laboratory experience or coursework; extracurricular science activities, research experience or relevant work can strengthen an application.

Career prospects

Graduates with a BBMB degree move into a wide range of careers. Common destinations include research roles in academia or industry, positions in biotechnology and pharmaceutical companies, and laboratory work in clinical and diagnostic settings. The degree also prepares students for postgraduate study: many proceed to master's and PhD programmes in molecular biology, biochemistry, biophysics or related fields, or professional schools such as medicine, dentistry and veterinary medicine.

Other career paths include quality control and regulatory affairs, patent and intellectual property work (often with further legal training), scientific writing and communication, public health laboratories, and roles in education. The programme’s quantitative and experimental training is valued by employers across the life sciences sector.

Why study at University of Massachusetts Amherst

UMass Amherst offers BBMB students access to research-active faculty and modern laboratory facilities within a large public research university. The Department of Biochemistry & Molecular Biology is embedded in an interdisciplinary environment with collaboration opportunities across biology, chemistry, physics and engineering.

Undergraduates benefit from institute-level resources such as the Institute for Applied Life Sciences and campus core facilities for microscopy, mass spectrometry and genomics, as well as structured undergraduate research programmes that place students in faculty labs. The university’s location within Massachusetts provides proximity to a vibrant regional biotechnology and pharmaceutical sector, supporting internships and industry partnerships.

Student support services include academic advising tailored to BBMB students, career services with industry contacts, and pathways for students who wish to pursue graduate or professional study. The broad curriculum and hands-on research experience aim to prepare graduates for both immediate employment and continued study in the molecular life sciences.