12 Best Electrical Engineering Bachelor's Degree Programs in Italy for 2024

This program integrates a unique international experience into the UW engineering curriculum. Intended for second-year engineering students, this program offers engineering and math courses that will allow students to stay on track with curriculum requirements for several engineering degrees while spending a quarter in Rome. The program curriculum aligns with the course requirements for students interested in studying Aeronautics & Astronautics, Civil Engineering, Environmental Engineering, Industrial & Systems Engineering, and Mechanical Engineering, though students interested in any engineering major are welcome to participate. The program also leverages ancient and modern Rome as a site for exploring engineering topics. Site visits and tours to ancient structures and modern engineering facilities will help understand the history and context of engineering from Ancient Rome to the present day. Students will explore an engineering topic of interest in Rome and create a research project on it. The program will also offer an introductory Italian language class. Students will learn at the UW Rome Center, a modern academic facility housed in a 15th century palazzo in the heart of Rome. Accommodations will be provided in nearby apartments.

Professionals with this job title typically work in the fields of design, construction supervision, and testing of individual components or parts of machines and lines for the production, transmission and distribution of energy, direct instrumental measurements of the technical parameters of plants and machinery.

With reference to the first point, adequate tests to prove basics knowledge can be administered to all students and, in particular, to those who have an upper secondary school curriculum with blind spots in their grounding. If the assessment of the initial grounding does not succeed, students can be admitted with an Educational Debt.

The bachelor's degree in computer science offers an in-depth education in the theories and practical applications of information and communication technologies. Students study algorithms, programming, databases, computer networks, artificial intelligence, and cybersecurity. This course prepares for a wide range of careers in software development, data analysis, IT system management, IT consulting, and technological innovation in sectors such as industry, finance, healthcare, and much more.

This trilingual Bachelor of Science is a joint programme offered by the Faculty of Science and Technology and the Faculty of Computer Science. It interdisciplinary combines knowledge in electronic engineering with expertise in cyber-physical systems.

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.

The first-level Degree Course in Computer, Electronic and Communications Engineering aims at training engineers in Information and Communication Technology (ICT) characterized by a broad spectrum of preparation, with adequate knowledge of the methodological aspects of basic sciences, Information Engineering sciences and with specific skills in Computer, Electronic and Telecommunications Engineering. The overall objective of the degree course is to train an engineer able to immediately enter the labour market but also to continue his studies, being endowed with the adequate cultural basis necessary to acquire the ability to promote technological innovation and to design complex systems.

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 bachelor's degree in biomedical engineering integrates principles of engineering with biological and medical sciences to develop advanced technological solutions in the field of health. Students study biomechanics, bioinstrumentation, medical imaging, biomaterials, and tissue engineering. This program prepares for careers in the biomedical industry, hospitals, and research and development, where biomedical engineers design medical devices, diagnostic systems, prosthetics, and instrumentation to improve the diagnosis, treatment, and quality of life for patients.

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 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.