University of Turin

What you'll study

This programme combines fundamental theory, practical laboratory training and project work to build competence in the relationships between structure, properties and performance of materials. Core topics typically include crystallography and phase equilibria, materials thermodynamics and kinetics, mechanical behaviour of materials, electronic and optical properties, and surface and interface science.

• Advanced modules – solid state physics, materials characterisation (electron microscopy, X‑ray diffraction, spectroscopy), deformation and fracture mechanics, corrosion and degradation.
• Materials classes – metals and alloys, ceramics and glasses, polymers and composites, functional materials and nanomaterials.
• Methods and techniques – synthesis and processing routes, thin films and coatings, additive manufacturing, advanced microscopy and surface analysis, modelling and simulation of materials behaviour.
• Laboratory and practical work – hands-on lab courses, instrument training, and data analysis experience using the University’s experimental facilities or affiliated research centres.
• Project work and dissertation – a substantial individual research project or industrial internship leading to a written thesis and oral examination. Projects may be carried out in University laboratories, in collaboration with local research institutes or with industrial partners.
• Electives and interdisciplinary options – choices often include biomaterials, energy materials (batteries, fuel cells, photovoltaics), materials for electronics, and sustainability/ life‑cycle assessment modules.

Entry requirements

Applicants are normally expected to hold a relevant first-cycle degree (Bachelor’s or equivalent) in materials science, physics, chemistry, mechanical or chemical engineering, or a closely related discipline. Sufficient background in mathematics, physics and basic materials science is required.

• Academic transcripts demonstrating good performance in core subjects.
• A personal statement or motivation letter outlining research interests and reasons for applying.
• One or more academic references. Practical or industrial experience is an advantage.
• Proof of language proficiency where necessary: programmes may be taught in Italian, English, or a combination, so applicants should meet the language requirements relevant to the instruction language (e.g. recognised tests or documented prior study).
• Some applicants may be asked to attend an interview or provide a short research proposal, particularly for competitive research tracks.

Career prospects

Graduates from a Master’s in Materials Science have versatile career opportunities across academia, industry and public research. The degree prepares you for roles that require deep materials knowledge and practical laboratory skills.

• Industry R&D – materials scientist/engineer in sectors such as automotive, aerospace, electronics, energy, and manufacturing developing new alloys, composites, coatings and functional materials.
• Process and quality engineering – roles in production optimisation, failure analysis, testing and quality control.
• Characterisation and instrumentation – work in analytical labs, instrument manufacturers or service providers specialising in microscopy, spectroscopy and materials testing.
• Energy and sustainability – development of battery materials, hydrogen technologies, photovoltaics and materials recycling strategies.
• Biomedical materials – biomaterials design for implants, tissue engineering and medical devices (with appropriate interdisciplinary training).
• Research and doctoral study – progression to PhD programmes at the University of Turin or other national and international research institutions.
• Consultancy and intellectual property – technical consultancy, patent examination and technology transfer roles.

Why study at University of Turin

The University of Turin offers a strong scientific environment with established departments and laboratories in physics, chemistry and engineering that support advanced materials research. Students benefit from access to modern experimental facilities and cross‑departmental collaborations that span nanotechnology, functional materials and applied materials engineering.

• Close links with regional research institutions and industrial clusters in Piedmont provide opportunities for collaborative projects and internships with companies in automotive, aerospace, electronics and advanced manufacturing.
• Research-active faculty supervise student projects across experimental and modelling approaches, enabling Masters students to engage in publishable research and prepare for doctoral study.
• The city’s academic network and partnerships with national research centres and neighbouring technical universities enhance training opportunities and real-world exposure.