University of Massachusetts Amherst

What you'll study

The programme combines advanced epidemiologic and quantitative training with discipline-specific coursework addressing animal health, zoonotic disease ecology and the public health interface between people, animals and the environment. Core topics include advanced epidemiologic methods, infectious disease dynamics, multivariable biostatistics, surveillance system design, spatial and temporal analysis of disease data, and research methods for observational and experimental studies.

Specialist veterinary and One Health modules commonly taught or supervised within the doctoral programme cover:

• Veterinary epidemiology and population health
• Zoonoses and emerging infectious diseases
• Disease surveillance, outbreak investigation and applied biosecurity
• Mathematical and computational models of infectious disease transmission
• Spatial epidemiology and GIS applications for animal and human health
• Laboratory-to-field data integration and diagnostic test evaluation
• Research ethics, policy translation and risk communication in One Health contexts

Programme structure typically comprises advanced coursework, comprehensive/qualifying examinations, development and defence of a research proposal, supervised original research leading to a doctoral dissertation, and opportunities for teaching or mentoring. Students work closely with faculty across the School of Public Health and Health Sciences and the Department of Veterinary and Animal Sciences (or other relevant departments), accessing interdisciplinary resources for field, laboratory and modelling work.

Entry requirements

Applicants are normally expected to hold a relevant postgraduate degree (such as an MPH, MS, DVM or equivalent) or a strong bachelor’s degree with substantial research experience. Typical academic background includes epidemiology, veterinary medicine, animal science, ecology, biology, public health or a closely related discipline.

Admissions typically consider:

• Academic transcripts demonstrating strong performance in relevant coursework
• A curriculum vitae or résumé detailing research experience, publications and technical skills
• A statement of purpose outlining research interests and fit with faculty expertise
• Letters of recommendation from referees able to comment on research potential
• Evidence of quantitative skills (coursework or experience in biostatistics, mathematics, modelling or computing)
• English language proficiency test scores for applicants whose first language is not English, where required

Specific requirements such as prerequisite courses, acceptable degree types and whether standardised tests are required can vary; applicants should consult the programme admissions webpage and contact potential supervisors to discuss suitability and preparation.

Career prospects

Graduates are prepared for leadership roles that bridge animal and human health. Common career paths include academic appointments (postdoctoral researcher, faculty), research scientist roles in government agencies (state public health departments, national disease control agencies), positions with federal departments concerned with animal and food safety, and posts in international organisations and NGOs focused on infectious disease control and One Health.

Other options include roles in private sector and applied settings such as pharmaceutical and veterinary product companies, contract research organisations, consultancies specialising in disease risk assessment and surveillance, and data science or modelling positions supporting public health decision-making. Graduates are also well placed for careers in policy translation, programme evaluation and outbreak response coordination.

Why study at University of Massachusetts Amherst

UMass Amherst offers an interdisciplinary environment combining the School of Public Health and Health Sciences with strong life-science departments, enabling collaborative research across veterinary medicine, ecology, biostatistics and infectious disease modelling. The campus supports doctoral training with access to experienced faculty whose research spans zoonoses, surveillance, spatial epidemiology and One Health approaches.

Students benefit from research infrastructure, methodological support services, and opportunities for field-based and applied projects with regional and national partners. The programme emphasises mentored research, methodological rigour and translational impact, preparing graduates to contribute to research, policy and practice at the interface of animal and human health.