Employment opportunities
Electronic Engineer
Roles
The Second-Cycle Degree in Electronic Engineering, characterised by a broad-based approach, trains professionals to fulfil technical and technical-organisational roles in a multitude of contexts with a predominantly technological content, in the fields of production, design, programming and management of complex systems and in basic and applied research, with particular reference to electronic measurement and control instrumentation, drives and control systems, elementary and/or complex components and integrated systems for the processing and treatment of electrical signals.
The preparation, which is both theoretical and applied, opens up a wide variety of employment opportunities, both in the context of industrial production and in the area of services to citizens and businesses:
1) analyst: on the basis of market requirements and the objectives set by the customer, he/she identifies new application outlets and defines system specifications;
2) designer: on the basis of the objectives set by the customer, he/she defines the specifications of electronic components, circuits and systems including sensors and drives in the various application areas and implements the design;
3) production expert: he/she can deal with the organisation and management of production activities and is able to intervene on systems and equipment through maintenance and control activities.
4) laboratory and high-tech electronic installation manager.
5) researcher in technologically advanced research centres: able to identify and propose innovative solutions in an R&D context.
The Second-Cycle Degree in Electronic Engineering allows access (subject to passing a State examination) to Section A of the Register of Engineers: the Information Technology Sector, with the title of Information Technology Engineer.
Competences
With reference to their specific competences, graduates of the second-cycle degree in Electronic Engineering are capable of:
- analysing the behaviour of complex electronic systems and assessing their performance, including in terms of reliability;
- defining and designing electronic systems, circuits and components, consciously making technological and methodological choices aimed at optimising their performance;
- organising and managing the production, engineering, maintenance and operation of electronic systems;
- operating competently in all application sectors that require the use of electronic systems or components, acting effectively in highly multidisciplinary contexts;
- promoting and managing innovation in one's own operating context, with reference to the evolution and development of information technologies in general and electronics in particular.
Employment opportunities
Thanks to the pervasiveness of modern electronic systems, graduates of the second-cycle degree in Electronic Engineering find employment opportunities in a wide range of sectors, both in the production of goods and services and in scientific and technological research.
The most important sectors are:
- semiconductor and integrated circuit design and manufacturing industries
- consumer electronic application design industries (audio, video, telephony, IT)
- electronic and optoelectronic instrumentation industries for process automation, environmental monitoring and the biomedical sector
- energy production and distribution industries
- automotive and transport industries
- manufacturing industries using electronic systems and instrumentation for the acquisition measurement, data processing and automation in the various stages of the production process
- public administration sectors and service companies applying electronic technologies and infrastructures for the processing and transmission of information
- national and international scientific and technological research bodies.