La recerca, dirigida pel professor Jordi Morató Farreras a la Càtedra UNESCO de Sostenibilitat de la UPC, proposa un marc adaptatiu que combina intel·ligència artificial, bessons digitals i processos participatius per avaluar la circularitat en sistemes socioecològics i tècnics. El passat 17 de juliol, Brent Villanueva Escobedo va defensar a la Universitat Politècnica de Catalunya la tesi doctoral Disseny i aplicació d'un marc adaptatiu basat en intel·ligència artificial per

Supervised by Professor Jordi Morató Farreras at the UNESCO Chair on Sustainability of the UPC, the research proposes an adaptive framework combining artificial intelligence, digital twins, and participatory processes to assess circularity in socio-ecological and technical systems. On July 17, Brent Villanueva Escobedo defended his doctoral thesis, Design and Application of an AI-Enabled Adaptive Framework for Assessing Circularity in Socio-Ecological and Technical Systems (S

Organized within the framework of the agreement between the UNESCO Chair on Sustainability (UPC) and the United Nations Environment Programme (UNEP), and with the collaboration of Aarhus University in Denmark, the LIFE GreenAdapt project ( https://lifegreenadapt.com/ ), and the SureNexus Project ( https://surenexus.eu ), this online course (in Spanish) is designed for Latin America and is 100% action-oriented. Its dual focus is: i) the recovery of resources—water, energy, nut

On May 27, 2025, the UNESCO Chair on Sustainability at UPC hosted an exclusive event at Casa Batlló in Barcelona, organized within the...

This coming Tuesday, October 17, the Workshop on Circular Economy will be held virtually, organized by the Metropolitan Area of the...