Bachelor’s degree · Class L-9
Bachelor’s Degree in Electrical Engineering
A solid and versatile engineering education for understanding, designing and managing the electrical systems at the heart of the energy transition and industrial innovation.
The programme at a glance
A broad education for designing tomorrow’s energy systems
The first step in a path that can continue with a Master’s degree, while already providing complete, career-ready professional training.
The Degree Programme trains engineers with expertise in the design, operation and management of technological systems throughout the electricity supply chain, with a focus on innovation, efficiency and sustainability.
A solid foundation in science and engineering is combined with up-to-date training in the different fields of electrical engineering. The programme creates a practical connection between industrial engineering and information technology, electronics and automation.
Students learn about the operation and management of electrical plants, machines and equipment: from energy generation and distribution to applications in industry, transport, services and everyday life. The focus on medium- and low-voltage applications makes it possible to turn theoretical knowledge into practical skills appropriate to a three-year degree.
A versatile professional profile
Graduates can address technical problems in multidisciplinary and rapidly evolving contexts. The programme also covers professional and ethical responsibilities, business culture, interpersonal and decision-making skills, and continuous professional development.
After graduation
A qualification with immediate value in the labour market
Most Bachelor’s graduates continue with a Master’s degree. For those entering the labour market directly, the 2026 AlmaLaurea report records an employment rate of 73.4% one year after graduation at Federico II University. Source
For this programme, 100% of graduates in the labour force are employed, but the figure is based on a group of only eight graduates and should therefore be interpreted with caution. View the programme data
Fields of application
Where electrical engineering makes a difference
Electrical energy is essential to industry, infrastructure and the technologies that make cities and transport more sustainable.
Power systems and renewable energy
Generation, distribution and integration of energy from renewable sources.
Industry and automation
Electrical machines, drives, plants and systems for industrial processes.
Transport and mobility
Electrification, energy conversion and infrastructure for sustainable mobility.
Domestic applications and lighting
Safe and efficient systems for buildings, services and public spaces.
Smart grids
Intelligent power networks, monitoring, power-flow management and new energy systems.
Smart homes and smart cities
Connected buildings, energy communities and technologies for more sustainable cities.
Customize your studies
Two study tracks
The common curriculum is complemented by courses focusing on two key areas of contemporary electrical engineering.
Energy
Renewable energy and smart grids
Sustainable generation, integration of renewable sources and operation of power networks.
Explore the track →Transport
Sustainable electric mobility
Transport electrification, energy conversion and technologies for the mobility of the future.
Explore the track →How to enrol
Open admission with a mandatory assessment test
The test assesses students’ initial preparation. An unsatisfactory result does not prevent enrolment, but may entail additional learning requirements and remedial activities.
Planning your studies