| INDUSTRIAL ENGINEERING |
The PhD in Industrial Engineering at the University of Rome Tor Vergata offers a multidisciplinary education in collaboration with global industrial companies and academic institutions. This model integrates diverse engineering and applied science skills to drive innovative solutions to complex challenges, advancing both industry and scientific research. The program encompasses advanced industrial design, innovative materials, sustainability in energy and environment, biomedical and sports engineering, smart devices, robotics, automation, and diagnostics for cultural heritage.
Students engage in projects that blend mechanical, electronic, IT, chemical, and biological expertise, ensuring a comprehensive research approach. Internationalization is key, with partnerships worldwide, leading to research exchanges, international projects, and co-tutorships. Many global companies support the program, appreciating students’ abilities to tackle design and production challenges through systemic, cross-disciplinary thinking.
The curriculum integrates skills across mechanical, industrial, electronic, materials, energy, physics, chemistry, and life sciences, enabling research in strategic areas beneficial for both industry and academia. The environment promotes innovation and interdisciplinary collaboration.
Main research lines include industrial design, additive manufacturing, advanced materials, sustainable energy, sensors, robotics, automation, diagnostics, and engineering for cultural heritage. The interdisciplinary Academic Board supports ongoing updates of the technical skills required for high-tech sectors.
The program enrolls approximately 80 students, fostering a dynamic, culturally diverse research environment that prepares professionals to address global engineering challenges. The steady 40% international student body reflects its global reach and alignment with international standards. Strong industry partnerships across manufacturing, materials, energy, sensors, and biomedicine provide scholarships, joint research opportunities, and access to advanced facilities, enhancing career prospects and supporting the program’s societal mission.
The Academic Board’s structure, along with departmental labs, external facilities, and participation in competitive projects, ensures a rich training environment. The curriculum features advanced courses, seminars, lab work, and cross-disciplinary training in compliance with Ministerial Decree 226/2021.
This three-year program aims to produce “problem solvers” equipped through academic courses, seminars, research, and hands-on experience. Students gain theoretical, experimental, and technological skills, including modeling and simulation, preparing them for technological innovation. With robust support from both public and private sectors, graduates successfully find opportunities in research, development, and academia, often securing employment shortly after graduation.
|