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Welcome to the Department of Biomedical Data Science

The Department of Biomedical Data Science merges the disciplines of biomedical informatics, biostatistics, computer science and advances in AI. The intersection of these disciplines is applied to precision health, leveraging data across the entire medical spectrum, including molecular, tissue, medical imaging, EHR, biosensory, and population data.

Transforming Data Into Better Health

DBDS is harnessing AI and biomedical data to revolutionize precision health and medicine. Our 2025 Annual Report marks a decade of innovation — an AI-assisted tumor board, computational pathology, AI-enhanced spatial biology, and more. We’re training students to be fluent in both computation and biomedicine to drive real-world impact. Best viewed full-screen (bottom right)

Download a pdf version of the report.

Click here for an ADA-compliant version.

Our Mission

The Department of Biomedical Data Science (DBDS) is an academic research community, comprised of faculty, students, and staff, whose mission is to advance precision health by leveraging large, complex, multi-scale real-world data through the development and implementation of novel analytical tools and methods.

What is Biomedical Data Science?

Biomedical Data Science “spans a range of biological and medical research challenges that are data intensive and focused on the creation of novel methodologies to advance biomedical science discovery.” The term “data science” describes expertise associated with taking (usually large) data sets and annotating, cleaning, organizing, storing, and analyzing them for the purposes of extracting knowledge. It merges the disciplines of statistics, computer science, and computational engineering” (Annual Review of Biomedical Data Science).

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Kristy Carpenter wins the “Drug Repurposing” NIDA Challenge and may have solved an even bigger issue with her research

When Kristy Carpenter, a DBDS PhD student, recently won the “Drug Repurposing and Repositioning Insights for Treating SUDs” Challenge sponsored by the National Institute on Drug Abuse (NIDA), it was the result of research that had unfolding for years, beginning at a surprising origin point. Her proposal, “Repurposing Telmisartan for Opioid Use Disorder” involves using a well-established hypertension medication to curb opioid usage, which, if successful, could help people struggling with opioid use disorder manage their condition.

Biomedical Data Science (DBDS) Graduate Program

Our mission is to train future research leaders to design and implement novel quantitative and computational methods that solve challenging problems across the entire spectrum of biology and medicine.