This article was originally published on the UVA Research News site.
The University of Virginia welcomed members of the National Security Commission on Emerging Biotechnology (NSCEB) to Grounds for a day-long exploration of UVA’s leadership in biotechnology, artificial intelligence, data science, research security and national security policy and innovation. The visit highlighted the University’s growing role in addressing some of the nation’s most significant scientific and strategic challenges.
Established by Congress, the NSCEB was tasked with examining how emerging biotechnology will shape U.S. national security and economic competitiveness, and with providing recommendations to policymakers on strengthening American leadership in the field. The commission’s visit to UVA provided an opportunity for university leaders, faculty, researchers and students to demonstrate how interdisciplinary research and innovation can contribute to national priorities.
“UVA’s research community is solving some of the most complex challenges facing our nation and the world. We’re proud to work alongside our federal partners who share that commitment to a safer, more prosperous future for us all.”Lori L. McMahon,

Caitlin Frazer, executive director of the NSCEB and UVA alumna, engaged with researchers, academic leaders and students from across the university during the visit. At the School of Data Science, discussions focused on UVA’s capabilities in data science and AI and how computational approaches can accelerate breakthroughs in biotechnology while supporting national-security objectives. Frazer also participated in a conversation about the evolving research security landscape. Faculty and University leaders discussed the importance of safeguarding sensitive research while maintaining collaborations that are essential to scientific discovery.
A luncheon with graduate students and leaders from CvilleBioHub provided insights into the next generation of researchers and innovators. Students shared perspectives on interdisciplinary training, workforce development and the skills needed to sustain American leadership in rapidly evolving fields.
The afternoon included a visit to the construction site of the Paul and Diane Manning Institute for Biotechnology, where Frazer toured the developing facility and learned about UVA’s vision for expanding its biotechnology ecosystem from Chief Scientific Officer Mark T. Esser.

“Federal investment is not only how we preserve our global leadership in biotechnology, but it’s how we innovate the next medicines that patients need now. We’re grateful for the opportunity to have these conversations and share our vision with leaders in Washington.”Mark Esser,
Additional sessions highlighted the work of UVA’s Biocomplexity Institute and National Security Institute. Researchers discussed interdisciplinary approaches to addressing complex societal and security challenges through advanced modeling, computational biology, artificial intelligence and analytics.
The visit concluded with a reception hosted by the Frank Batten School of Leadership and Public Policy, where Frazer completed her Master of Public Policy in 2010. NSCEB leaders met with students interested in emerging biotechnology policy and the leadership, judgment and career experiences behind policymaking at the highest levels of government.

“It’s an honor to return to Grounds to not only connect with this community about emerging biotechnology, but also to reflect on my time as a student at UVA Batten,” said Frazer. “That experience informed my service ethos while providing me with the practical training and skills necessary to navigate challenging policy environments.”
The commission’s visit reflects UVA’s commitment to advancing research and innovation that serve the public good while contributing to national priorities. Across biotechnology, artificial intelligence, data science and security-focused research, the University continues to build partnerships and capabilities that position it as a key contributor to the nation’s innovation ecosystem.

