Master’s Degree in High Performance Computing Engineering

The master's degree in High Performance Computing Engineering trains engineers specialised in high-performance computing, that is, in the use of very powerful systems to solve large-scale scientific and industrial problems. The main contents include the design of parallel applications, big data analysis, the development of algorithms for quantum computing, the simulation of complex systems, the implementation of data science models and the integration of artificial intelligence in computationally intensive environments. The programme requires a solid starting preparation in computer science, applied mathematics, physics and engineering, and aims to develop transferable skills useful in many sectors. High-performance computing underpins many scientific and industrial fields, from physical simulation to climate modelling, from materials design to the analysis of large databases, and the programme teaches how to make efficient use of parallel architectures and distributed systems to obtain results in reasonable time.

The programme lasts two years and is held in person in Milan. It is taught entirely in English, a choice that underlines the international profile of the programme and encourages the participation of students from other countries. Where there are gaps in preparation, additional training requirements may be assigned, which students are required to fill. The page does not state the credits, the list of courses, the lab activities, the internship and the thesis, and it is therefore advisable to consult the Teaching Regulations for details on how the two years are organised and how courses are distributed among the different disciplinary areas. The integration of topics such as quantum computing and artificial intelligence reflects the evolution of the sector and prepares students to work with emerging technologies, in which the ability to combine knowledge of physics, mathematics and computer science is decisive for developing innovative and competitive solutions.

The purpose is to train professionals able to design and optimise advanced computational solutions. Graduates can work in industrial companies, academic institutions, supercomputing centres and technology companies, in roles that require the management of large amounts of data and complex calculations. After passing the state exam, it is possible to register with the Register of Engineers, in the information sector. The programme is aimed at bachelor's graduates in Engineering, Mathematics, Physics or related disciplines, and is a suitable choice for those who wish to combine computing and scientific skills in an international context, with prospects in both industry and research. The international character of the programme, together with the presence of supercomputing centres and technology companies among possible employers, makes it attractive to those who wish to pursue a career in applied research, scientific software development or data-processing systems engineering.