John H. Holmes, PhD, FACE, FACMI, FIAHSI, FAMIA
Professor of Medical Informatics in Epidemiology

Professor of Medical Informatics in Epidemiology
Agent-based models in epidemiology, Foundation models in epidemiologic research, Injury epidemiology, Health disparities in urban populations

Agent-based models in epidemiology, Foundation models in epidemiologic research, Injury epidemiology, Health disparities in urban populations
John H. Holmes, PhD, is Professor of Medical Informatics in Epidemiology at the University of Pennsylvania Perelman School of Medicine. He is the Associate Director for Education and Training and Interim Chair of the Penn Institute for Biomedical Informatics and is Past-Chair of the Doctoral Program in Epidemiology. He has mentored or co-mentored over 50 pre- and post-doctoral students in informatics or epidemiology, and has developed curricula for graduate training in epidemiology and biomedical informatics as well as short courses in these disciplines.
Dr. Holmes has been recognized nationally and internationally for his work on developing and applying new approaches to mining epidemiologic surveillance data, as well as his efforts at furthering educational initiatives in clinical research. Dr. Holmes’ research interests are focused on the intersection of medical informatics and epidemiologic research, specifically evolutionary computation and machine learning approaches to knowledge discovery in clinical databases, deep electronic phenotyping, interoperable information systems infrastructures for epidemiologic surveillance, and their application to a broad array of clinical domains. He has been deeply engaged in simulation through agent-based and network models of social, behavioral, and policy issues that affect health in the context of ever-changing environments.
Dr. Holmes’ research interests are focused on the intersection of medical informatics and epidemiologic research, specifically evolutionary computation and machine learning approaches to knowledge discovery in clinical databases, deep electronic phenotyping, interoperable information systems infrastructures for epidemiologic surveillance, and their application to a broad array of clinical domains. Most recently, he has been deeply engaged in simulation through agent-based and network models of social, behavioral, and policy issues that affect health in the context of ever-changing environments, especially as these pertain to social determinants of health, with a particular interet in unitential injury in urban neighborhoods. He is the site Principal Investigator for the Mary Tyler Moore Vision Initiative Ocular Biorepository and Resource Center and for the Cardiovascular Biorepository for Type 1 Diabetes Program (CaRe-T1D).