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DEL SANNIO   Benevento

Doctorate in Information Technology for Engineering

General information

Course type: 
Qualification for entrance: 
Master degree
Access mode: 
Duration in years: 
Didactic organization structure: 
Activation year: 
Course language: 
Italian, English
Final test: 

Students are admitted to the final exams on the basis of:

  • their three-year curriculum,
  • a 40' presentation of their work,
  • the reviewers’ comments.

Detailed Information of Final Test are in  Manifesto - Study Plan



The PhD course in Information Technologies for Engineering (ITE) aims at deepening theoretical and practical aspects of information technologies and applying them to develop applications in a number of domains under the guidance of experts. The course is characterized by a variety of teaching and research topics, often related to on-going national or European research projects, promoted by the researchers of the Department of Engineering of the University of Sannio.

We aim at educating researchers with a sound scientific background and a specific culture of design in different areas of application, with an interdisciplinary approach and a vision towards the creation of new solutions.

This will enable the conception and development of innovative solutions and investigation methodologies, a basis to perform advanced research in public and private enterprises with scientific and technical competence, and a managerial attitude.


The education is directed to the acquisition of methodological, technological, theoretical and experimental tools, either traditional or innovative, to be utilized for modelling, designing, prototyping/simulation and testing of information technologies and their applications to complex information, mechanical, energy, electrical systems and civil work in a natural or anthropic environment.

The objective is also to stimulate the development of a spirit of entrepreneurship. 
The education will be complemented with international exchanges or internships at public or private research labs.

The course comprises two curricula, Information Technologies and Energy and Environment.

Output profile and career opportunities: 

A PhD in ITE offers a wide range of job opportunities based on the capabilities, acquired during the course, to manage research activities, write high-quality scientific and technical reports, develop practical results, collaborate within work groups in national or international partnerships, with a good knowledge of the English language, written and spoken.

Students that graduated in ITE at Università del Sannio will be fit for employment in both private and public institutions.  Just as an example, five Engineering Schools and a number of Research laboratories of CNR, ENEA, INFN, and other government research agencies operate in the Campania Region. There exist a number of local employment opportunities as postdocs in research and teaching activities.  More broadly, our alumni were able to find prestigious academic and industrial positions both in Europe and in the US.


For the sake of illustration we mention here some technical areas where our alumni have found or may find employment:


  • Computer aided design of civil works;
  • Design and management of software systems;
  • Design and management of water systems and water resources;
  • Design and simulation of centralized or decentralized computing systems;
  • Design and simulation of sensors and systems for ground- or satellite-based data acquisition systems;
  • Industrial automation;
  • Information-technology and electrophysics support to fundamental research experiments;
  • Modelling and analysis of complex components and materials for automotive, aerospace, railways, biomedical, telecommunication, civil development industries;
  • Modelling and design of systems for energy conversion and energy management;
  • Modelling and realization of measurement system with application in telecommunication, aerospace, bioengineering, industrial manufacturing;
  • Planning, design and simulation of transportation systems;
  • Planning and management of electrical power systems on regional, national or transnational scales;
  • Simulation of geotechnical structures and systems under dynamics inputs;

Simulation and design of chemical plants and combustion processes

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