Graduates of this program will possess strongly interdisciplinary knowledge and skills in a variety of fields that characterize artificial intelligence study programs according to the best international practices. They will receive a solid and comprehensive common education in the fundamentals of certain areas of computer science, mathematics, physics, and statistics, specifically focused on those that enable a deep understanding of the theoretical aspects and advanced techniques of artificial intelligence, as well as the foundations for its use in scientific, industrial, and technological innovation contexts.

Additionally, they will receive the necessary legal and social education essential to understanding the constraints that limit the socially acceptable use of these techniques. Graduates will also have the opportunity to make some choices, based on their personal goals, to enrich this common education with additional knowledge and skills useful for applying artificial intelligence in advanced ways to complex systems in specific areas, such as industrial automation, environmental monitoring, embedded systems, biomedical and health systems, complex systems modeling, and systems for physics and quantum technologies.

Graduates of this program will thus be able to contribute, based on constantly updated interdisciplinary knowledge and skills, to designing and implementing innovative solutions based on advanced artificial intelligence techniques for complex applications in both the public and private sectors. The Bachelor's degree program is delivered in English jointly with the University of Milan and the University of Milano-Bicocca.