30 Best Electrical Engineering in Italy for 2025

The Master's Degree in Electronic Engineering is an advanced program that delves into the design, development, and application of electronic devices and systems. Students acquire specialized skills in electronic circuits, signals and systems, microelectronics, semiconductor devices, and advanced technologies for telecommunications and power electronics. This program prepares professionals to lead innovation in the electronics sector, addressing challenges such as energy efficiency, integration of smart devices, and the development of advanced communication networks.

A research thesis on this programme should cover all relevant aspects to electrical engineers and technicians, including the technical breakthrough, industry standards, technical aspects and trends. It should also provide an overall perspective of the electricity world, covering issues such as its generation, transmission, distribution, measurement and use.

In the global world, technology is constantly evolving. In the field of engineering, in certain areas, there are flexible approaches that can be studied through distance courses at Selinus University. Different technical disciplines at engineering and technology levels cannot be learned through distance education. For this reason, most of the courses in this faculty are reserved for people who, through previous studies or professional practices, have the necessary credits to access the programs.

The Study Course in Electrical Engineering at Politecnico di Milano covers the following main topics: theory of electrical networks; study and design of electrical machines, electrical drives, power electronic converters and their control; electrical systems for energy; electrical systems for transport; measurement and diagnostic techniques; electromagnetic compatibility and simulation of the electromagnetic behaviour of electrical and electronic systems.

The Electronic Engineering program equips students to design and implement electronic systems for smart, embedded, wearable, and autonomous devices, enabling Artificial Intelligence, eXtended Reality, and Machine Learning across various fields. The curriculum aims to cultivate professionals with a strong scientific foundation and engineering expertise to develop innovative hardware, firmware, and applications, often pioneering new markets and applications.

This program provides advanced training in the field of electronics, including circuit design, digital systems, and the integration of hardware and software. Students learn to develop and optimize electronic devices and communication systems, with applications in various sectors such as telecommunications, automation, and consumer electronics. The course prepares experts capable of tackling technological challenges and innovating in the electronic field.

The bachelor's degree in Electronic Engineering is an academic program that focuses on the design, development, and application of electronic devices and systems. Students study electronic circuits, microelectronics, signals and systems, electromagnetism, sensors, and actuators. The program prepares professionals for careers in the electronics industry, telecommunications, industrial automation, robotics, and research and development, providing skills to innovate technologically and contribute to the creation of advanced solutions in the field of electronic engineering.

The bachelor's degree in Telecommunications Engineering is an academic program that focuses on the study and development of technologies for telecommunications. Students acquire knowledge in fields such as telecommunications networks, signal transmission, radio and satellite systems, communication protocols, and digital technologies. The program prepares professionals for careers in the telecommunications industry, satellite communications, communication network design, and internet services, contributing to innovation and the management of global digital infrastructures.

The Electronic Engineering program prepares students to design and develop electronic circuits and systems. Students acquire skills in digital electronics, microelectronics, and control systems, preparing for careers in technology industries, telecommunications, and the development of advanced electronic devices.

A Master's in Electrical Engineering focuses on advanced studies in the theory, design, and application of electrical systems and devices. Students delve into topics such as power systems, electronics, telecommunications, signal processing, and control systems. They acquire skills in circuit design, electromagnetics, semiconductor devices, and renewable energy systems. The program integrates theoretical concepts with practical applications through laboratory experiments, projects, and internships. Graduates pursue careers as electrical engineers, power systems engineers, telecommunications specialists, electronics designers, and research scientists in industries such as energy, telecommunications, aerospace, automotive, and electronics manufacturing, contributing to technological advancements and innovation in electrical systems worldwide.