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Trustworthy AI

Team Vision/Mission

Mission:

Our team exists to define and implement AI that is trustworthy in theory and in practice for all AI users by developing new frameworks to design, test, and deploy AI in real world scenarios.

Vision:

We envision a future where AI is trustworthy, and therefore trusted, to solve problems that people care about.

 

Current Projects

Trustworthy AI for Mental and Behavioral Health

Artificial intelligence is increasingly being used to provide information, support, and guidance in mental and behavioral health settings. However, inaccurate or misleading responses can have serious consequences when people rely on AI during moments of vulnerability. This project explores whether teams of AI agents can work together to improve the accuracy, reliability, and safety of communication, helping build AI systems that users can trust in high-stakes situations.


Building Trust in Autonomous Systems

As autonomous technologies become more common in transportation, aerospace, and other complex environments, understanding when and why they should be trusted becomes increasingly important. This project investigates how trustworthiness can be defined, measured, and evaluated in AI-enabled autonomous systems. Initial research focuses on autonomous engineered systems inspired by challenges encountered in crewed space operations.


Defining Trustworthy AI

Trustworthy AI means different things to different communities, disciplines, and institutions. This project brings together researchers from law, computer science, the social sciences, and the humanities to examine how concepts such as trust, fairness, accountability, and justice are understood and applied. The goal is to develop a stronger foundation for evaluating AI systems and ensuring they serve the needs of diverse communities.


Humanistic Approaches to Understanding AI

The future of AI should be shaped not only by technical experts but also by the communities it affects. This project uses Digital Humanities approaches to explore how storytelling, ethics, culture, and lived experience can inform the design and governance of trustworthy AI. Through workshops and community engagement activities, participants examine issues of AI literacy, accountability, fairness, access, and responsible implementation.

Research Questions

Artificial intelligence is rapidly transforming how people work, learn, access services, and make decisions. However, concerns about transparency, fairness, privacy, and reliability continue to limit public trust and responsible adoption. The Trustworthy AI Grand Challenge team will develop research, policy guidance, and practical tools that help ensure AI systems are transparent, accountable, and aligned with human values, allowing New Mexico to lead in the development and deployment of AI that benefits communities while reducing potential harms.
How we can develop trustworthy language models, initially investigating the question: can teams of AI agents be designed to ensure the accuracy, reliability, and safety of communication in conversational settings?
How can we develop effective operationalization of trust in, and trustworthiness of, analysis, design, implementation, and evaluation of engineered, autonomous systems.
Trustworthy AI: trusted to do what, by whom, and according to whose understanding of justice? This research pillar provides the theoretical and empirical foundation for the broader initiative, supplying the conceptual architecture and scholarly authority to understand trust.
How do we gather input from people to guide AI toward a better future?

Our Team

Team Conveners

Moses_HeadshotDistinguished Prof. Melanie Moses

Computer Science

 

 

 

Amo_Headshot

Dr. Christopher Amos

School of Medicine

 

 

 

Pavithra_Headshot

Professor Pavithra Prabhakar

Computer Science

 

 

 

Faustino_Headshot

Mgr. IT Services, ABD. Grace Faustino

Office of the VPR, OILS

 

 

 

Team Members

Kathy Powers Professor, Political Science/African Studies

Claus Danielson Associate Professor, Mechanical Engineering

Manel Martinez-Ramon Professor, Electrical and Computer Engineering

Meeko Oishi Professor, Electrical and Computer

Stephanie Moore Associate Professor Organization, Information, and Learning Sciences

Belinda Wallace Professor, English

Fan Xu Assistant Professor, Dept of Teacher Ed, Ed Lead & Policy

Trypheenia Peele-Eady Professor, Africana Studies

Eva Rodriguez Gonzalez Professor, Spanish & Portuguese

Timothy Ozechowski Research Professor, Pediatrics Adolescent Medicine

Avinash D. Sahu Assistant Professor, Dept of Internal Medicine

Sarah Dreier Assist. Professor, Political Science

Alexander Webb Associate Professor, School of Architecture and Planning

Mueen Abdullah Professor, Computer Science

 

If you are interested in learning more about Trustworthy AI, please email us. 

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