Electronics Engineering

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

The Bachelor's Degree in Electronic Engineering trains professionals capable of covering technical and organizational roles, even in a design and research context, privileging the specific aspects of the field of Electronics, without neglecting the general aspects.

The Degree Course is divided into 4 curricula: Modern Electronics, Internet Technologies, Biomedical Information Technologies, Electronics for Robotics and Mechatronics.

The specific objectives are: To train engineers able to operate in the sectors of design, development, engineering and production of electronic devices and systems, design, engineering, production, operation and maintenance of telecommunication systems by studying in depth the most common communication protocols and the Internet-of-Things, also through specific laboratory activities, design and characterization of biomedical measurement systems, as well as implementation of techniques for processing data and images of interest for biomedicine, for the analysis and modeling of physiological systems, and for the management and transmission of medical information, to operate in the field of complex systems through identification and filtering techniques, modeling, analysis, simulation and control of the main mobile robotic platforms.

What do you learn?

What do you learn? The training profile of the Degree in Electronic Engineering allows you to develop high-tech skills, such as:

• Design and production of electronic components, subsystems and systems;
• Knowledge of computer hardware and software, application packages and programming languages;
• Engineering, operation and maintenance of electronic systems;
• Electronic control of equipment, machines, production chains;
• Management of electronic measurement systems, laboratories and production lines;
• Design of ICT infrastructure, systems and services;
• Management of ICT infrastructure, systems and services;
• Analysis and sizing of telecommunications equipment, systems or networks;
• Ability to create, modify or verify software and other applications related to the management and operation of telecommunications networks;
• Design, production, management and testing of biosensors and biomedical instrumentation;
• Development of algorithms for processing biomedical signals and images;
• Use of appropriate medical software for diagnostic assistance;
• Solution of methodological and technological problems in the physiological and clinical fields - identification and filtering of dynamic systems - modeling, analysis, simulation and control of the main mobile robotic platforms available today, with specific reference to robotic architectures and control of algorithms for vehicles and aircraft.

What can you do with it?

The graduate in Electronic Engineering can work in the sectors of design, development, engineering and production of electronic devices and systems, in contexts ranging from micro/nano electronics, to electronic design, to electronics for industry, energy, automobiles, biomedical systems, robotics.

Typical employment areas are industries for the design or development of semiconductors, integrated circuits, components, electronic devices and systems; automation and robotics, transport, aeronautics, energy industries; companies producing, marketing and distributing electronic and IT products and devices; manufacturing and service companies that use electronic technologies and infrastructures for automation and control; production companies that use electronic technologies and infrastructures for signal processing in the civil and industrial sectors; public administrations; consultancy companies for electronic design; research institutions; regulatory and control bodies; freelance activities for the design and creation of electronic systems; system and service integrators and ICT consultancy companies; network operators that manage telecommunications systems; companies and entities, public and private, that provide telecommunications, remote sensing and traffic control services; regulatory, standardization and certification bodies.