Master of Science in Electrical Engineering

First-year

First semester

• Electric machinery
• Electrotechnics II

Second semester

Electrical systems

Second year

First semester

A scelta dello studente

Second semester

Final exam

Learning outcomes

The master's degree course in Electrical Energy Engineering aims to provide the student with in-depth theoretical-scientific and professional knowledge with specific skills, which allow him to interpret and solve complex problems in Electrical Engineering which may also require an interdisciplinary. In particular, the student will delve into circuit theory and its application to the modeling of complex electrical systems, electrical systems for the production, transport, and distribution of electrical energy, electrical machines, and their control, power electronic converters, electrical and electronic measurements, and electromagnetic compatibility.

The training of the master's degree student, aimed at conceiving, planning, designing, and managing complex systems, is also aimed at resolving problems connected with the safety of the systems and with the environmental impact they produce in the places of settlement. These skills are achievable thanks to the enrichment of the solid wealth of knowledge already acquired with the degree, which is deepened on a methodological and applicative level through the two-year course of studies of the master's degree. In this way, it becomes possible to address the most complex problems of development, design, and management of modern components and systems, as well as to actively contribute to the innovation and scientific and technological advancement of the sector.

The main employment and professional opportunities foreseen for the Electrical Energy Engineer are those of innovation and production development, advanced design, planning, programming, and management of complex systems with high electrical technological content, both in the freelance profession, individual or associated, both in manufacturing or service companies and in public administrations and companies.

The typical professional field for those who obtain a master's degree in Electrical Energy Engineering is that of production innovation and development, advanced design, planning and programming, and the management of complex electrical systems. It concerns, in particular:

• Industries for the production of equipment, electrical machinery, and power electronic systems, for industrial automation and robotics
• The management of companies with high industrial automation and robotic systems
• Companies and businesses for electromechanical construction
• Companies and entities for the production, transmission, and distribution of electricity
• Companies and bodies for the design, planning, operation, and control of electrical energy systems
• Companies and businesses for the design and management of electrical transport systems
• Municipal service companies
• Public and private entities operating in the energy supply sector
• Companies and entities for energy trading, also in the form of e-commerce
• Companies producing components for electrical and thermomechanical systems
• Design studies in the energy field
• Companies and civil and industrial bodies in which the figures of the person responsible for energy, safety, and related quality and the expert in electromagnetic compatibility and environmental electromagnetic pollution are required.