University of Massachusetts Amherst

What you'll study

The programme combines core public-health foundations with specialised study of infectious disease ecology, zoonoses and population-level disease control. Core modules typically cover epidemiology, biostatistics, public-health ethics and health policy, while veterinary-epidemiology options introduce subjects such as infectious disease dynamics, zoonotic disease surveillance, microbiology, immunology and environmental drivers of disease.

• Core public-health modules: introductory epidemiology, biostatistics for health data, social determinants of health, research methods and public-health practice.
• Veterinary and One Health topics: disease ecology, zoonoses and foodborne disease, veterinary public-health principles, animal population health, outbreak investigation and surveillance systems.
• Laboratory and field skills: microbiological laboratory techniques, molecular diagnostics, geographic information systems (GIS) for disease mapping, quantitative data analysis and field epidemiology methods.
• Practical experience: an applied practicum or internship with public-health agencies, animal-health services, laboratories or research groups, plus an integrative capstone or honours research project in a One Health topic.
• Electives and interdisciplinary options: ecology, environmental health, policy and regulation, communication of risk, and animal behaviour or wildlife conservation modules available through collaboration with other colleges and departments.

Entry requirements

Admission is to the undergraduate Public Health degree programme; applicants should demonstrate strong preparation in the natural sciences and quantitative subjects. Typical preparation includes high-school biology and chemistry, mathematics, and coursework that shows ability with scientific reasoning and data analysis.

• Academic record: a competitive high-school GPA with strong grades in science and maths subjects.
• Recommended evidence: personal statement describing interest in public health and animal-related disease, and any relevant work, volunteer or research experience (for example in labs, animal care, environmental projects or public-health outreach).
• Supporting materials: letters of recommendation from teachers or supervisors who can comment on academic readiness and suitability for a science- and research-focused programme.
• Additional notes: specific course requirements and the relative weight of standardised tests are set by the university; applicants should consult the admissions office for current guidance and any pathway opportunities for transfer students or those without a traditional science background.

Career prospects

Graduates are well placed for entry-level roles in animal and public-health sectors, laboratory and surveillance work, and for further professional or graduate study. The degree provides the technical and analytic foundation sought by employers concerned with disease prevention at the human–animal–environment interface.

• Work opportunities: animal-health surveillance technician, public-health analyst, disease-control officer, laboratory technologist, infection-prevention specialist, food-safety inspector, or roles in non-governmental organisations working on zoonoses and One Health projects.
• Research and postgraduate study: many graduates progress to postgraduate degrees such as an MPH, MSc in epidemiology or infectious disease, or professional training (for example veterinary medicine or public-health research programmes).
• Skills employers value: quantitative data analysis, outbreak investigation, laboratory techniques, GIS mapping, risk assessment, and the ability to communicate complex health information to technical and non-technical audiences.

Why study at University of Massachusetts Amherst

University of Massachusetts Amherst offers undergraduate public-health education through its School of Public Health and Health Sciences with access to interdisciplinary research and applied learning. The campus supports hands-on laboratory teaching, supervised field placements and opportunities to work with state public-health agencies and regional animal-health partners.

• Interdisciplinary environment: students can draw on faculty expertise across public health, biology, environmental science and data science, enabling a One Health perspective on veterinary epidemiology.
• Applied learning and research: the programme emphasises practicum placements, capstone projects and opportunities to join faculty-led research on infectious disease, surveillance and environmental drivers of health.
• Professional links and support: students benefit from connections with state and local public-health organisations, laboratories and internship providers, plus academic advising and career services that support placement and postgraduate progression.