Electrical Engineering

What is the objective of the course? What is it?
What does it train you for?

The Bachelor’s Degree in Electrical Engineering is a three-year program designed to provide students with a solid scientific and technical background, preparing them for direct entry into the job market as well as for further academic studies.

During the program, students learn the fundamentals of electrical engineering, including circuit analysis, electrical measurements, laboratory practice and the modeling of real electrical systems.

Particular attention is given to hands-on activities, allowing students to work with measurement instruments, analyze experimental data and understand how electrical energy is generated, transmitted and used in real applications.

Employment opportunities include the design, installation, testing and maintenance of electrical systems, technical support, safety assessments and energy management, working in engineering industrial companies and utility providers.

A natural continuation of the Bachelor’s Degree is the Master’s Degree in Electrical Engineering, which offers advanced specialization and access to higher-responsibility roles.

The Master’s program focuses on topics such as electrical safety, electromagnetic compatibility, high-voltage power networks, smart grids and electric mobility, addressing the challenges of modern power systems and the energy transition.

Overall, electrical engineers are highly demanded professionals, playing a key role in industrial development, infrastructure reliability and sustainable energy solutions.

What do you learn?

In the Electrical Engineering program, students discover how electrical energy becomes a concrete and essential part of the technology that surrounds us.

Starting from the fundamentals of electrical engineering, they learn how electrical circuits operate, how current flows, how voltage is generated, and how energy is transferred, transformed or dissipated.

Theoretical lectures are complemented by laboratory activities, where concepts take shape through real experiments: students use electrical measurement instruments, acquire data, analyze signals, and learn how to evaluate measurement reliability and uncertainty.

The course also introduces the field of electrical machines, explaining how electrical energy can be converted into mechanical energy and vice versa, with applications ranging from industrial motors to electric mobility.

Significant attention is given to the use of simulation tools, which are essential for studying complex electrical networks, understanding the behavior of large-scale systems, and analyzing realistic scenarios involving renewable energy sources, distributed loads and smart grids.

Through a practical and intuitive approach, students develop the ability to connect theory, experimentation and simulation, gaining a modern view of electrical engineering as a key discipline for technological innovation and the energy transition.

What can you do with it?

The Bachelor’s degree in Electrical Engineering provides a solid education that is immediately applicable in the job market, training technical professionals capable of operating in civil, industrial and energy sectors.

During the program, students acquire fundamental skills in circuit analysis, electrical measurements, laboratory practice and the understanding of real electrical systems, developing a practical and engineering-oriented approach to problem solving.

Upon completion of the Bachelor’s degree, graduates can join companies involved in the design and management of electrical installations, maintenance, testing, electrical safety and technical support, working with engineering firms, industrial enterprises and energy service companies.

A natural continuation of the program is the Master’s degree in Electrical Engineering, which allows students to deepen advanced topics such as electrical safety, electromagnetic compatibility, high-voltage power networks, smart grids and electric mobility, expanding both design and decision-making skills.

The Master’s degree provides access to positions of higher responsibility and to the full professional qualification of electrical engineer.

In both cases, electrical engineers are highly demanded professionals, thanks to the strategic role of electrical energy in industrial development, the energy transition and future infrastructure systems.