Scholarly excellence is distributed across disciplines at Princeton, and our small, intimate campus brings serious thinkers together to apply artificial intelligence to the world’s great challenges and to align the technology with human values.
Princeton Precision Health is a cross-cutting initiative that uses AI and data science to transform human health at all levels: from molecular to social to environmental, with the goal of enacting smart policy and evidence-based clinical practice.
The Center for Digital Humanities at Princeton is an interdisciplinary research center that brings together faculty, staff, students, and community partners working at the intersection of the humanities and technology. We create and apply digital tools to humanistic questions and critically engage with the promises and risks that technology poses to society.
The Center for Information Technology Policy is a nexus of expertise in technology, engineering, public policy, and the social sciences. Our researchers work to better understand and improve the relationship between technology and society, with a particular focus on data science in the service of humanity, privacy and security, and digital public infrastructure and platforms.
The Center for Statistics and Machine Learning (CSML) is Princeton University’s focal point for data science education and research on campus. The center’s mission is to foster and support a community of scholars addressing the challenges of modern algorithmic data-driven research, the development of innovative methodologies for extracting information from data across different domains, and the education of students in the foundations of modern data science.
DDSS supports research at the technical and methodological forefront of quantitative inquiry in the social sciences. We emphasize innovation, impact, tool-creation, and multidisciplinary community-building.
Robotics at Princeton is a community of research groups across the university advancing adaptable, safe, scalable, and sustainable robotic systems through foundational science, interdisciplinary engineering approaches, and a commitment to societal impact. Our work translates technical advancements into solutions for critical needs, engaging deeply with ethics, economics, and the environment.