The course in brief
The Second-Cycle Degree Course in Computer Engineering aims to train a highly qualified professional figure, capable of working in the field of Information and Automation Technologies and in all the application sectors that these technologies enable. The graduate will thus be able, with his or her solid preparation, to meet the challenges of a labour market that will offer important opportunities in the wake of the technological innovation of the information society.
The characterising learning objectives of the Second-Cycle Degree Course in Computer Systems Engineering are:
- the acquisition of sound knowledge, both theoretical and applied, in the various basic areas of information technology;
- knowledge of the basic methods of artificial intelligence and their applications;
- knowledge of the scientific method of investigation, enabling the understanding and effective use of information technology skills;
- knowledge of processing systems, and the development of in-depth operational skills for their use;
- knowledge of the automation and control systems underlying industrial and advanced robotics applications;
- knowledge of basic and advanced methods for the analysis, design, development and maintenance of computer systems and networks;
- knowledge of distributed and mobile systems technologies and their applications in social networks;
- the acquisition of basic elements of professional culture;
- the ability to use the English language effectively in the context of professional activities and relationships, including the understanding and production of scientific and technical documentation.
- the ability to work both in a team and independently, including assuming organisational and coordination responsibilities.
The programme of study is divided into three areas of specialisation identified by the curricula: Internet-oriented Information Systems, Automation, Industrial Computing. Teaching activities on the common pathway and the curricula include classes and laboratory activities, as well as autonomous and group project activities with a high experimental and practical content, both in external, public or private companies or institutions and in the university's own laboratories. The latter activities will be specifically carried out during the conduct of the dissertation activity, which is worth 21 ECTS credits.