Mathematical and Computing Sciences for Artificial Intelligence
Program Overview
The BSc in Mathematical and Computing Sciences for Artificial Intelligence is a three-year program that combines mathematics, computer science, physics, and economics to prepare students for the digital era. Taught in English, the program emphasizes critical thinking, methodological skills, and communication abilities, equipping graduates for success in the growing field of artificial intelligence. With a focus on mathematical modeling, data-driven AI, and computational methods, the program provides a well-rounded understanding of AI tools and their applications in various industries.
Program Outline
Degree Overview:
The BSc in Mathematical and Computing Sciences for Artificial Intelligence is a three-year, 180 CFU program taught in English. It's designed for bright, math-oriented students interested in a deep understanding of the tools needed to address open questions in science, medicine, technology, and society, particularly concerning the growing impact of AI. Graduates will be equipped to contribute to the development of future knowledge and its applications in AI and other fields, fostering the emergence of new knowledge and valuing diverse perspectives. The program emphasizes critical and methodological abilities from STEM fields, ensuring career relevance even as technologies evolve. It provides rigorous theoretical preparation in mathematics, computer science, and modeling techniques across science, technology, and economics. Students receive methodological training in data-driven AI (machine learning, computational statistics) and master mathematical, computational, and modeling methods for solving quantitative problems and advancing the AI field. The program also cultivates soft skills like communication and teamwork for effective collaboration in academic and professional settings. The program aims to prepare students to thrive in the digital era.
Teaching:
The program boasts outstanding faculty from the Department of Computing Sciences, described as a world-class group of diverse and ambitious scholars. Students learn through classes, seminars, and labs, benefiting from the expertise and knowledge of experienced professors who provide a state-of-the-art education. The teaching methods are founded on the use of the latest technologies and continuous interaction between students and instructors, including group work, business cases, testimonials, and discussions. A coding course is included to address complex problems, and emphasis is placed on communication skills to prepare students for collaborative work environments.
Careers:
The program addresses the strong and growing demand for skillsets combining STEM subjects. Graduates can confidently expect long and rewarding careers due to the focus on critical and methodological abilities that remain relevant across evolving technologies. The program prepares students for success in the new digital era and provides strong support for entering the job market through Bocconi's connections with top employers worldwide. Dedicated activities and staff assist graduates in navigating the job market.
Other:
The program is described as unique, multidisciplinary, and providing a well-rounded understanding of AI tools. It highlights the rapidly changing world of AI and its expanding applications across various fields. The program aims to prepare students for the future of AI. Bocconi's overall reputation as a leading European university with a strong research focus, global network, and inclusive community is also emphasized as a benefit for students. The university's commitment to innovation, cutting-edge teaching methods, and a dynamic campus environment are mentioned as contributing factors to the student experience. The location in Milan, a cosmopolitan city, is also highlighted as a positive aspect of the program.
