Electrical Energy Engineering

The specific learning outcomes of the Degree Programme in ElectricalEnergy Engineering are to train professional figures with solid basic knowledgeable to hold technical and organisational roles in the design, production,testing, management, control and maintenance of electrical installations andequipment, static and rotary electrical machinery and electrical/electronicpower devices, on an individual and/or associated professional basis or workingin manufacturing companies and service providers or public administrations andcompanies. These professional figures can also perform technical and commercialactivities in companies working in the field of industrial engineering andparticularly in electrical energy engineering.
Therefore in thefirst year and the first half of the second year, graduates gain solidknowledge of the methodological and operational aspects of basic science(Mathematical analysis, Physics and Chemistry) and Engineering. The curriculumcontinues in the second half of the 2nd year and in the third year allowingstudents to acquire a command of the specific disciplines of electrical energyengineering, focusing on the knowledge of applied electromagnetism, electriccircuits, machine converters and electric drives, electrical installations,components, technologies and electrical measurements. The programme alsoincludes the acquisition of knowledge of electronics and automatic controls.The course is completed and integrated with laboratory work and elements ofbusiness culture delivered through lectures, seminars and an appropriateknowledge of the English language to CEFR level B2.

Admission to the degreeprogramme in Electrical Energy Engineering is subject to the possession ofeither a five-year high secondary school diploma or other suitablequalification obtained abroad.

Additionally, knowledge and competence in thefollowing areas are required:
- sound knowledge of written and spoken Italian,logical and reasoning skills, knowledge of and the ability to use key resultsof elementary mathematics and the fundamentals of experimental science
- English language to CEFR level B1.

The methods for verifying the knowledge required foradmission are defined in the degree programme teaching regulations. If theassessment is not positive, additional learning requirements will be specified.Completion of the learning requirements is the subject of a separate test. Therelevant testing method is also set out in the degree programme teachingregulations.

Students who do not complete theadditional learning requirements by the date established by the competentbodies and, in any case, by the end of the first year of the degree programme,will be unable to sit exams in the following years.