University of Massachusetts Amherst

What you'll study

The programme delivers a foundation in cellular and molecular biology with specialised training in microbiology and immunology. Early years concentrate on core biological sciences — cell biology, genetics, general microbiology and biochemistry — while later years move into advanced topics such as microbial physiology, pathogen–host interactions, innate and adaptive immunity, vaccine biology and clinical microbiology.

• Core subjects: introductory biology, general chemistry, organic chemistry, biochemistry, cell and molecular biology, genetics.
• Microbiology and immunology modules: fundamental microbiology, bacterial physiology, virology, parasitology, microbial genetics, principles of immunology, cellular immunology, immunopathology and host–pathogen interactions.
• Laboratory and practical training: hands-on microbiology labs, molecular techniques (PCR, cloning, sequencing analysis), flow cytometry, microscopy, aseptic technique and lab safety.
• Data and computational skills: bioinformatics, statistical analysis of biological data and experimental design.
• Capstone and research: an undergraduate research project or honours thesis is available; many students join faculty labs for independent research or take a laboratory-based capstone course.

The degree typically follows a four-year structure that combines lectures, small-group seminars, weekly labs and elective options. Students can tailor the programme with electives in public health, ecology of infectious disease, pharmaceutical science or bioengineering, and are encouraged to undertake summer internships or research placements.

Entry requirements

Applicants should present a strong secondary-school academic record with particular strengths in biology, chemistry and mathematics. Typical preparation includes at least one year of laboratory science and coursework in algebra or precalculus; chemistry through the second year (including organic chemistry) is strongly recommended before upper-level microbiology and biochemistry courses.

• Academic profile: competitive high-school grades in science and maths subjects; prior laboratory experience is advantageous.
• Recommended qualifications: A-levels (or equivalent) in biology and chemistry, or AP/IB courses covering biology, chemistry and calculus; university transfer applicants should have completed introductory biology and chemistry with strong grades.
• Other application elements: personal statement outlining scientific interest and experience, and academic references. Check UMass Amherst admissions guidance for current policies on standardised tests and specific documentation.

Career prospects

Graduates are prepared for a wide range of careers across academia, industry and public service. The degree provides the scientific and technical skills valued by employers in biotechnology, pharmaceuticals and clinical laboratories, and is a common stepping stone to postgraduate study.

• Research technician or laboratory scientist in academic or industrial labs
• Biotech and pharmaceutical roles in development, quality control and regulatory affairs
• Public-health and epidemiology positions in government and non-profit organisations
• Clinical laboratory careers (often requiring additional certification or training)
• Further study: PhD in microbiology/immunology, medical or veterinary school, Masters programmes in public health or biomedical sciences
• Science policy, communication and education roles that build on strong subject knowledge and transferable laboratory skills

Why study at University of Massachusetts Amherst

UMass Amherst is a research-intensive public university with active faculty laboratories in microbiology, immunology and related biomedical fields. Undergraduates benefit from access to modern core facilities, regular opportunities for hands-on research with faculty, and interdisciplinary collaboration across biological, molecular and public-health disciplines.

• Research opportunities: extensive undergraduate research placements and the option to complete an honours thesis under faculty supervision.
• Facilities and collaborations: well-equipped teaching and research laboratories and links across the UMass system, providing pathways to internships and collaborative projects with regional biomedical organisations.
• Student support: structured advising for planning coursework and careers, and extracurricular groups and seminars that connect students to industry and graduate mentors.