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Artificial Intelligence Research Institute

Advancing research, innovation, and exploration in the field of artificial intelligence at the Technical University of Cluj-Napoca.

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AIRi@UTCN is currently under construction. Follow our channels for updates.

About Us

The Artificial Intelligence Research Institute (AIRi) is a nexus for collaborative research at the Technical University of Cluj-Napoca. AIRi@UTCN promotes excellence in AI theory and practice, bringing together researchers across UTCN around a vision of open collaboration. Our work spans interdisciplinary research, AI literacy across disciplines, and impact through business and public co-creation partnerships.

Benoit Challand joins AIRi@UTCN as Visiting Researcher

Benoit Challand joins AIRi@UTCN as Visiting Researcher

AIRi@UTCN is pleased to welcome French artist Benoit Challand as a visiting researcher for a week-long research stay starting May 5 2026. The artist and researcher will engage with the AIRi@UTCN research community around the project “Crystallize”, an artistic and technological exploration of how emotions can be translated into data, images, and sculptural forms.

Cluj AI Buildathon - ast track to €30,000 in funding through 28Digital x ROTSA.

Cluj AI Buildathon - ast track to €30,000 in funding through 28Digital x ROTSA.

AI Buildathon is a 48-hour sprint where mixed teams — developers, designers, product people, marketers, and more - build functional AI prototypes for real problems in Cluj: mobility, education, local businesses, urban life. It takes place at ClujHub, as part of Zilele Clujului, and is organized by the Romanian Tech Startups Association, in collaboration with ADR Nord-Vest, INNO, and the Institute for Artificial Intelligence at UTCN.

AlloyGraph Launches as Open-Source AI Platform for Predicting, Designing, and Querying Nickel-Based Superalloys

AlloyGraph Launches as Open-Source AI Platform for Predicting, Designing, and Querying Nickel-Based Superalloys

AlloyGraph is an open-source platform that predicts mechanical properties of nickel-based superalloys, designs new alloy compositions, and answers natural language questions about superalloy data.