Supported by the Data, AI, and Computing (DAC) Initiative at the University of Notre Dame

Physical AI is an emerging frontier that will define how AI interacts with, learns from, and safely transforms the physical world. This area is essential in advancing AI-Enabled Science and Engineering through intelligent, data-driven physical systems that accelerate innovations and discovery in domains such as mobility, inspection, and human-robot collaboration. It also pushes Foundational AI, as embodied agents demand new models for spatial intelligence, multimodal data synthesis, and simulation-to-real learning.

Physical AI directly contributes to RISE (Responsible, Inclusive, Safe and Ethical) AI, since embodied systems raise urgent questions of safety, trust, inclusivity, and societal impact. ND is uniquely positioned to lead given its existing technical expertise in foundation models (FMs), system simulation, formal methods, and experimental robotics that pair with its mission-driven focus on ethics, dignity, and responsible innovation.

By combining strengths across these areas, our Mission is to differentiate Notre Dame nationally through a holistic approach that unites technical excellence with human-centered values to shape the future of safe and responsible Physical AI. By the end of the Spring semester, we offer a report to recomend faculty recruitment, interdisciplinary partnerships across engineering, science, and ethics, and priority areas for strategic investment such as simulation infrastructure, AI development, and human-machine teaming applications.

Please sign up to join the Working Group through this form. You will be added to the mail list to receive updates. Optionally, you will be added to this group page.