Spanning seven academic departments to tailor graduate study plus our undergraduate BSPH, Pitt Public Health is a forward-thinking and vibrant community of students, educators, researchers, collaborators and leaders.
Giving
For three-quarters of a century, Pitt Public Health has championed vital initiatives to inform and empower local communities and diverse populations around the world. Our groundbreaking research grows from a rich history to current priorities that drive positive change and enrich the future.
Student Resources
Current students use this quick-access hub to smoothly navigate their experience at Pitt Public Health. From forms to deadlines to local happenings — it’s all here.
Centers and Institutes
Our Centers and Institutes promote practice and scholarship, advance scientific inquiry and affect local communities and populations around the world.
Career Services
Whether you are seeking an internship, fellowship or job, Pitt Public Health Career Services can advise you on exploring your future as a public health professional.
News
Pitt Public Health researchers outline practical One Health model to predict and prevent infectious disease threats
In a new editorial, Suresh Kuchipudi, PhD, MVSc, MBA, professor and chair of infectious diseases and microbiology at Pitt Public Health, and co-authors from across Pennsylvania outline a practical One Health model designed to help regions identify emerging threats earlier and coordinate action across human, animal and environmental health.
Fifteen Penn Staters named 2026 Alumni Fellows
Fifteen Penn State alumni will be honored for their exceptional leadership and professional accomplishments as 2026 Alumni Fellows. Among them is Linda R. Frank, a nationally recognized leader in HIV/AIDS education and public health. Frank directs the MidAtlantic AIDS Education and Training Center and an infectious disease-focused MPH program. She is a leading voice in HIV care, workforce development and health equity.
Bird flu’s dairy cow disguise finally explained
Researchers at the University of Pittsburgh School of Public Health, led by Suresh Kuchipudi, PhD, professor of chair of infectious diseases and microbiology, have shed light on how the molecular structures that allow H5N1 to bind are abundant in cows' udder tissue but nearly absent from their airways. Published in Science Advances, the study provides the first explanation of the biological mechanism behind this pattern.