Heather Frase, PhD was a Senior Fellow at Georgetown’s Center for Security and Emerging Technology (CSET), where she worked on AI Assessment. She also serves as an unpaid advisor to Meta’s Open Loop project, providing expertise on implementation of the National Institute for Standards and Technology’s AI Risk Management Framework. Prior to joining CSET, Heather spent eight years providing data analytics, computational modeling, Machine Learning (ML), and Artificial Intelligence (AI) support for Intelligence, Defense, and Federal contracts. Additionally, Heather spent 14 years at the Institute for Defense Analyses (IDA), supporting Director, Operational Test and Evaluation (DOT&E). At IDA she led analytic research teams to apply scientific, technological, and statistical expertise to develop data metrics and collection plans for operational tests of major defense systems, analyze test data, and produce assessments of operational effectiveness and suitability. She has a Ph.D. in Material Science from the California Institute of Technology and a BS in Physics from Miami University in Oxford Ohio.

Related Content

This follow-up report builds on the foundational framework presented in the March 2024 CSET issue brief, “An Argument for Hybrid AI Incident Reporting,” by identifying key components of AI incidents that should… Read More

Artificial Intelligence incidents have been occurring with the rapid advancement of AI capabilities over the past decade. However, there is not yet a concerted policy effort in the United States to monitor, document, and aggregate… Read More

On February 2, 2024, CSET's Assessment and CyberAI teams submitted a response to NIST's Request for Information related to the Executive Order Concerning Artificial Intelligence (88 FR 88368). In the submission, CSET compiles recommendations from… Read More

In their recent article published by the Brennan Center for Justice, CSET's Heather Frase and Mia Hoffman, along with Edgardo Cortés and Lawrence Norden from the Brennan Center, delve into the growing role of artificial… Read More