The Curriculum in Electronic Engineering aims to educate professionals with sound fundamentals and multidisciplinary skills ranging from electronics, circuit theory, systems theory, computer science, communications, control theory, economics, electromagnetics, nanoelectronics. The electronic engineer will be able to apply and develop electronics – from the level of complexity of the single device to that of modern services – in several fields of economic activity.

The electronic engineering graduate 1) has adequate knowledge of methodological aspects of mathematics and basic disciplines and can use such knowledge to understand and provide appropriate solutions to engineering problems; 2) knows the typical methods of analysis and synthesis of electrical and computer engineering, and especially of electronics; 3) can use techniques and tools for the design of components, circuits, and systems; 4) can perform experiments and analyse results; 5) communicates with effectiveness, in written and oral form, in Italian and English language; 6) knows how to continuously update her or his know-how.