Michael and Susan Dell Commit $750 Million to Launch AI-Native University Medical Campus

Michael and Susan Dell donate $750M to UT Austin for an AI-native medical campus and research center, becoming the university’s first billion-dollar donors.

By: AXL Media

Published: Apr 26, 2026, 7:10 AM EDT

Source: Information for this report was sourced from The Texas Tribune and CTV News

A Landmark Billion Dollar Partnership

The University of Texas at Austin has announced a transformative $750 million gift from Michael and Susan Dell, a commitment that elevates the couple to the status of the institution’s first billion-dollar donors. This latest investment is designed to bridge the gap between computing and clinical medicine by establishing the UT Dell Campus for Advanced Research. Michael Dell, the founder of Dell Technologies, stated during the announcement that the initiative is intended to create a legacy of innovation that will serve generations to come.

A Specialized Hub for High Acuity Care

The core of this development is the UT Dell Medical Center, a planned 300 to 500-bed hospital situated on 300 acres in Northwest Austin. Unlike existing local facilities that manage general trauma, this new center will specialize in complex cardiovascular diseases, multi-organ conditions, and rare illnesses. The facility will also integrate MD Anderson cancer care services, allowing Central Texas residents to access advanced clinical trials and specialized oncology treatments without traveling to Houston.

Building the Nation’s First AI-Native Hospital

According to Claudia Lucchinetti, the dean of Dell Medical School, the project represents the country’s first "AI-native" academic medical center. The facility is being engineered from the ground up to utilize data science and artificial intelligence in every facet of operations, from early disease detection to precise personalized care. Lucchinetti noted that the curriculum will evolve to include simulated environments where human medical teams and robotic systems work in tandem to deliver patient care.