The Portuguese duo stood out at the ICF Junior & U23 Canoe Sprint World Championships, held in Montemor-o-Velho, from July 23 to 27.
This was NOVA FCT’s third participation in an Amazon AI Challenge and the third time it has ranked in the top two. In 2023, NOVA FCT took first place in the Alexa Prize TaskBot Challenge 2, winning $500,000.
This distinction represents a significant recognition of the scientific excellence and social impact of the research developed at NOVA FCT, contributing to the advancement of paediatric oncology research in Portugal.
NOVA recognises the essential role of universities in the transition to a carbon-neutral economy, whether through the scientific research it promotes, its teaching and training activities, or above all, the example it sets for its community and society.
With this initiative, NOVA strengthens its commitment to sustainability, ensuring the annual monitoring of its carbon footprint and enabling more informed decision-making.
The project aims to create an intelligent, predictive and patient-centred digital platform that supports more efficient and personalised healthcare management.
This study not only provides new insights into the life of individual dinosaur species, but also contributes to a broader understanding of palaeoecological relationships.
Clara's participation highlights the talent and commitment of NOVA FCT students, who combine academic excellence with outstanding athletic achievement.
This recognition highlights the excellence of the research conducted at NOVA FCT and CTS-UNINOVA, and reinforces their position at the forefront of low-power electronics and integrated circuit design.
The winning poster, entitled "PAPEROVSKITE: Breaking the Barriers for Perovskite Solar Cells on Paper", stood out among the submissions, reflecting the innovative nature and scientific excellence of the research developed within the department.
Four international students from NOVA FCT created a self-healing concrete and won the NOVA impACT! Challenges with a solution that can transform the construction sector.
FARE_DSA will develop and test an innovative methodology to audit algorithmic platforms that are increasingly crucial in shaping how citizens access information online.
