University of Turin

What you'll study

This programme builds advanced knowledge of the structure, properties and processing of metals, ceramics, polymers, composites and functional nanomaterials. Teaching combines lectures, laboratory classes, computational exercises and a substantial research thesis. Core topics typically include:

• Materials Characterisation: microscopy (optical, SEM, TEM), X-ray diffraction, spectroscopy and thermal analysis techniques.
• Physical and Chemical Behaviour: phase diagrams, thermodynamics, kinetics, corrosion and degradation mechanisms.
• Materials Processing and Engineering: solidification, sintering, additive manufacturing, thin film deposition and joining technologies.
• Functional Materials: semiconductors, magnetic and optical materials, energy storage and conversion materials (batteries, fuel cells, photovoltaics).
• Polymers, Composites and Biomaterials: structure–property relationships, processing routes and applications in medical devices and lightweight structures.
• Modelling and Simulation: atomistic and continuum modelling, finite element methods and data-driven approaches for materials design.
• Advanced Laboratory and Project Work: hands-on experimental training, teamwork, and an independent research dissertation that often involves collaboration with research institutes or industry partners.

Elective modules and seminars let you tailor the course toward areas such as nanotechnology, sustainable materials, or electronic materials. Coursework assessment is a mix of written exams, laboratory reports, project presentations and the final master’s thesis.

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree (or equivalent) in materials science, physics, chemistry, mechanical, chemical or materials engineering, or a closely related natural science discipline. Admissions typically require:

• A transcript demonstrating sufficient grounding in mathematics, physics and basic chemistry or materials science subjects.
• A curriculum vitae and motivation statement outlining academic and research interests.
• Evidence of proficiency in English if the programme’s instruction is in English (e.g. recognised language test scores or prior instruction in English), and Italian language knowledge where local internships or laboratory work require it.
• Academic references and, in some cases, an interview or portfolio of prior laboratory/research experience.

Specific prerequisites and the evaluation process are provided by the University of Turin’s admissions office; applicants with non-standard backgrounds may be asked to take bridging modules to reach the required level.

Career prospects

Graduates from this programme go on to careers in research & development, quality control, production engineering, failure analysis and product design across sectors such as automotive, aerospace, electronics, energy, biomedical devices and consumer goods. Typical roles include:

• Materials engineer or specialist in industrial R&D teams
• Process and production engineer for materials manufacturing
• Quality assurance and testing laboratory manager
• Materials characterization scientist in national labs or private analytical services
• Technical consultant, patent examiner or materials-focused project manager
• Academic or industrial research positions leading to PhD study

The programme’s laboratory training and links with regional industry and research institutes enhance employability and can lead to internships, collaborative projects or direct recruitment by companies operating in the Piedmont industrial and high-tech ecosystem.

Why study at University of Turin

The University of Turin offers a research-active, interdisciplinary environment with access to modern laboratory facilities and collaborations with national research centres and local high-technology industry. Students benefit from:

• A historic, research-led university with active materials science groups covering experimental and computational approaches.
• Opportunities to work alongside regional research institutes and industry partners on applied projects, taking advantage of Turin’s strong engineering and manufacturing ecosystem.
• Practical laboratory training and thesis projects that prepare graduates for both industry roles and further doctoral study.
• An international student community and support services for academic development, career guidance and language learning to help you study and work in a multilingual European context.