Biostatistics is an innovative field that involves the design, analysis, and interpretation of data for studies in public health and medicine. Biostatistics experts arrive at conclusions about disease and health risks by evaluating and applying mathematical and statistical formulas to the factors that impact health.
Students at Pitt Public Health benefit from collaboration with UPMC, Pennsylvania’s largest academic medical center, and have access to extensive University computing facilities. Through rigorous courses, students gain a comprehensive understanding of statistical methods in the context of public health and medical problems; work with faculty on developing new and innovative methodologies and analytical techniques; and have the opportunity through both research and service to apply these methods to current and pressing concerns in biomedicine and public health.
Find a research program for your interests
Faculty currently have numerous ongoing research projects in place and publish actively in scholarly journals. Collaborative and applied research efforts include...
- Designing and analyzing 80,000 patients in more than 40 Phase 3 clinical trials of the National Adjuvant Breast and Bowel Project
- Serving as the biostatistical core for the University of Pittsburgh Cancer Institute, which is a National Institutes of Health-designated Comprehensive Cancer Center
- Designing and evaluating studies that relate to occupational and environmental exposures to health outcomes with the Center for Occupational Biostatistics and Epidemiology
- Designing and analyzing clinical trials to treat psychiatric disorders
Areas of current research in statistical methodology include...
- Survival analysis
- Missing data analysis
- Receiver operating characteristic (ROC) curve analysis
- Stochastic modeling
- Statistical computing
- Statistical genetics
Pursue a career in biostatistics
Graduates of Pitt Public Health’s internationally recognized biostatistics programs are in high demand and have a wide array of career opportunities. Emerging research areas, such as genetics, neuroimaging, and bioinformatics, have necessitated the development of new methodologies and increased the demand for trained biostatisticians. The need has grown substantially in recent years within academic, government, and industry settings, as well as in private health and research organizations.
Biostatistics offers two academic degrees, which focus on statistical theories and methods: