Our world will have to undergo radical changes in production methods in the future, and the conceiving and successful introduction of efficient and appealing products, manufactured via sustainable processes, will be an essential step.
This is the paradigm of the fourth industrial revolution - Industry 4.0 – and the innovation of materials is one of the key pillars of such a revolution.
This calls for engineers who are skilled in how materials work and how they can be entered into the value chain of products. Materials Engineering for Industry 4.0 is an inter- and multi-disciplinary Master's degree programme whereby you will learn how to design more performant, cost-competitive and sustainable advanced materials and how to produce and process them with the most recent advanced manufacturing techniques.
To undertake the study programme, it is advisable that the student has acquired, during the first cycle of university education, knowledge and skills in the fundamental areas of materials engineering, as outlined on this page.
Titolo
Contacts
Academic Advisor for Materials Engineering for Industry 4.0: Prof. Milena Salvo
Academic Advisor for Internships: Prof. Marco Actis Grande
Academic Advisor for International and Erasmus: Prof. Marco Sangermano
Quality Manager: Prof. ssa Rossella Ariigo
Reference Person within AREA STUDI: Ing. Alessandro Sasso
Contact Person for Teachers and Students: Dr. Chiara Ricci
Students services
You can book an appointment from your personal page of the Teaching Portal, 'My academic progress - la mia didattica' tab, 'My bookings - Le mie prenotazioni' portlet.
Online Ticketing
Service available for all inquiries on the dedicated page.
Students can contact didattica.disat@polito.it for any issues related to the management of their study program.
Students, individually or in groups, can contact the academic advisor (referente.materiali@polito.it) to communicate any issues related to the Study Programme. The academic advisor and the members of the AQ Management Group (teachers, the manager of the Materials Engineering Programme Office, and student representatives) will work together to try to resolve the issues in the most appropriate way.