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    Why study electrical engineering?

    • Because graduates of the electrical engineering program will play a key role for an affordable future: they will tackle open questions where the electric energy plays a central role such as how to solve the energy problems, how to develop renewable energy sources, how to improve industrial energetic efficiency and design smart city.
    • Because graduates of the electrical engineering program will be sought after in the job market, thanks to their multidisciplinary education and thanks to a good ratio professors/students.
    • Because the electrical engineer can have a central role in the interaction with the local companies. In this context, the electric engineer has a great potential to give a significant contribution for the development of the local economy, leading the innovation processes in pivotal sectors of industries and services.

    Educational mission

    Graduates of the electrical engineering program are expert on the analysis, design and management of electric systems and on their integration within larger complex systems.

    They master several sector of Electrical Engineering, and they will be able to bridge the information and electronics engineering with more industrial oriented applications. They acquire extensive knowledge on the working principles of machines, industrial systems, and energetic systems. They will be able to understand the impact of engineering solutions on the social and economical context, with particular attention on the safety and quality problems. They will have the capability of exploiting different energy sources.

    Career opportunities

    Graduates of the electrical engineering program are employed in companies operating in the following fields:

    • Energy and environment (generation from traditional and renewable energy sources, cogeneration and distributed production, management of transmission networks, smart grids)
    • Industry (electric plants, electrical machines and drives, automation, technology integration, technology innovation)
    • Services (automation, management, maintenance, security)
    • Transportation (railways, cableways, roads, maritime and aerial, management of railway networks, harbors and airports)

    Course venue

    Similarly to all the programs in Engineering offered by University of Naples Federico II, first-year classes are offered in the complex of San Giovanni a Teduccio, and in the complex of Fuorigrotta. Both university complexes can be easily reached by public transportation.

     

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