Second level degree courses.
Highly qualified specialization.
The course offers two fields of study, Information Engineering, which allow students to acquire a solid foundation in the fields of computer engineering or electronic engineering, also in an interdisciplinary way, and in synergy with the disciplines of automation, robotics, and telecommunications.
The course offers several laboratories to strengthen the interaction between theoretical models and experimental and applied realities. The strong collaboration with the world of industry allows students to attend seminars and acquire skills in various business contexts.
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Through its two areas of specialization - ICT Electronics and Industrial Electronics, the program offers advanced skills in consumer electronics, aerospace electronics, and industrial electronics, also about the design of interacting electronic components with low consumption and high environmental compatibility.
The strong collaboration with the world of industry allows students to attend seminars and acquire skills in various business contexts. Some subjects are taught in English and all teaching material is also available in English.
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The program, offering two fields of study—Data Science and Data Engineering, and Robotics—equips students with advanced skills in designing algorithms and complex software systems, as well as developing advanced robotic and automation systems.
The training is characterized by the study and adoption of modern artificial intelligence technologies.
The strong collaboration with the world of industry allows students to attend seminars and acquire skills in various business contexts. Some courses are taught in English and all teaching material is also available in English.
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The goal of the course is to train a mechanical engineer capable of dealing with methodological, modeling, design, and experimental aspects. In order to meet the demands of the job market, the training program is structured into two curricula: Mechanical Design and Energy.
Close collaboration with the industrial sector allows students to attend lectures and technical visits to companies, as well as to participate in seminars and conferences on technical topics organized in synergy with the business and professional world.
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The course is structured with the educational objective of providing students with advanced and innovative skills to address a wide range of challenges in the Mechanical Engineering field, particularly in the areas of Energy, energy transition, and modern Mechanical Design.
These objectives goals are achieved through two highly specialized study tracks: Mechanical Design and Energy. The course is offered in both Italian and English.
Close collaboration with the industrial sector allows students to attend lectures and technical visits at companies, as well as to participate in seminars and conferences on technical topics organized in synergy with businesses and professional organizations.
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The aim of the course is to train an engineer capable of dealing with methodological aspects in disciplines in the fields of energy, mechanical, materials and electrical engineering. The laboratory activity, supported by the presence of excellent laboratories at the Terni site, is divided into laboratory teaching, as well as the possibility of curricular internships.
The close collaboration with the world of industry allows students to participate in lessons and technical visits to companies, as well as seminars/conference of technical depth organized in synergy with the world of business and professions.
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The Master's Degree in Industrial Engineering aims to provide students with advanced training for engaging in highly qualified activities within the disciplinary fields of industrial engineering. More specifically, the Degree Course is dedicated to the training of professional figures of engineers with high cultural and professional preparation, qualified to set up, carry out and manage even complex design activities and to promote and develop innovation.
Graduates are able to independently develop advanced projects related to product and process from a functional, construction and energy point of view, including the selection of materials and associated processes.
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The program’s educational goal is to train and prepare Safety Engineers with advanced, transversal and interdisciplinary skills in prevention design, emergency planning and management, maintenance planning, safeguarding and protection of the territory and its built environment against the risk of natural disasters.
The Course promotes initiatives and collaborations with local institutions and communities to raise awareness of the issues addressed in the field of civil protection. An active agreement is in place with the Technical University of Ostrava (Czech Republic) for the achievement of a Double Degree.
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The aim of the course is to form an engineer who contributes to the planning, implementation and management of production systems in a wide range of organizations, from manufacturing companies to service companies, often also carrying out activities in the form of technical and management consulting.
The engineering formation and the consequent approach to business and industrial problems make it a figure with skills and abilities adaptable to different roles and profiles, from the tasks closest to production to those more pertinent to the roles of corporate governance.
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The course is a second-level academic program aimed at training professionals with advanced technical and managerial skills. The topics covered include: supply chain management; advanced production technologies; international business economics; data science; sustainability management; project management; quality inspection and monitoring; innovation and change management; business analytics.
The career opportunities cover various areas, including production planning and control, supply chain management, innovation management, project management, and management consulting.
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The Department of Engineering has established over 160 active agreements with companies at regional, national, and international level, as well as with organisations and professional institutions.
This strong collaboration with the world of industry enables all students to undertake internships or thesis projects within companies or public institutions, across various application domains and subject areas of the Degree Programs.
To support students in selecting their internship placements, the Department provides dedicated web pages with information tailored to their academic interests and logistical needs.
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The Department of Engineering at the University of Perugia has been selected among the 19 Departments of Excellence nationwide in Area 09 – Industrial and Information Engineering, as part of the 2023–2027 ranking by the Italian Ministry of University and Research (MUR).
This prestigious award confirms the outstanding quality of our research, teaching, and innovation — the result of the daily commitment of our faculty, researchers, technical staff, and administrators.
Thanks to this recognition, the Department has been granted a performance-based funding of €8,675,000, used to further enhance excellence in the following fields:
Information Engineering
Mechanical Engineering
Industrial Engineering
Safety Engineering
Engineering Management
Department of Excellence 2023-2027