Knowledge and Understanding

Graduates in Electrical Engineering and Information Technology acquire advanced post-secondary knowledge and understanding in the fields of information engineering, electrical engineering, and biomedical engineering/bioengineering through the study of internationally recognised scientific literature in the English language, the use of up-to-date technical and scientific tools, and a teaching approach characterised by the methodological rigour typical of scientific disciplines.

A significant proportion of the programme credits is devoted to core subjects, such as Mathematics and Physics, as well as to the methodological foundations of Information Engineering and Electrical Engineering.

Applying Knowledge and Understanding

Graduates in Electrical Engineering and Information Technology develop the ability to apply the knowledge and understanding acquired in order to address and solve complex problems in the fields of information engineering, electrical engineering, and biomedical engineering/bioengineering, to integrate recent developments in the sector into their academic and professional background, and to orient their educational choices towards specific application areas within these disciplines.

Making Judgements

The educational pathway in Electrical Engineering and Information Technology, supported by a substantial commitment to independent study and seminar activities, enables graduates to critically analyse problems and solutions in the fields of information engineering, electrical engineering, and biomedical engineering/bioengineering, to independently evaluate design and engineering choices, and to identify Master’s degree programmes that are most consistent with their aptitudes and interests.

Communication Skills

Graduates in Electrical Engineering and Information Technology acquire the ability to communicate effectively in the English language, presenting content, methods, and results related to the typical application areas of information engineering, electrical engineering, and biomedical engineering/bioengineering in a clear and professional manner.

Learning Skills

The degree programme provides graduates in Electrical Engineering and Information Technology with the skills necessary to engage in autonomous and continuous learning, to keep up to date with recent developments in ICT technologies, to successfully undertake Master’s degree studies, and to acquire new knowledge in innovative fields such as artificial intelligence, electric mobility, and quantum computing technologies.