University of Parma

What you'll study

This two-year Laurea Magistrale combines core teaching, laboratory practice and project work to give a broad yet deep understanding of materials whose properties are tailored for function and sustainability. Courses cover the fundamentals of materials science and move to specialised topics such as:

• Structure and characterization of materials — crystallography, electron and scanning probe microscopies, diffraction and spectroscopic techniques.
• Functional materials — electronic, magnetic, optical and sensor materials, as well as polymers and composites with engineered functionalities.
• Sustainable materials and circular economy — bio-based polymers, recyclability, life-cycle assessment and green processing routes.
• Nano- and hybrid materials — synthesis and application of nanostructured materials and inorganic–organic hybrids.
• Processing and scale-up — materials processing methods, additive manufacturing principles and industrially relevant production techniques.
• Modelling and simulation — computational tools for predicting properties and guiding materials design.

Programme structure typically includes a set of mandatory advanced modules, elective specialisation courses, intensive laboratory modules in which students gain hands-on experience with modern instrumentation, an industrial or research placement, and an independent research dissertation carried out under the supervision of University of Parma academic staff.

Entry requirements

Applicants are normally expected to hold a recognised undergraduate degree in materials science, chemistry, physics, chemical engineering, mechanical engineering or a closely related discipline. Admissions typically consider the content of the previous degree (strong foundations in chemistry, physics and mathematics are expected), academic transcripts, and a curriculum vitae.

Other common application components include a statement of purpose or motivation letter describing research or professional interests, and, where relevant, reference letters. International applicants must demonstrate language competence in English or Italian according to the programme’s language of instruction; specific language tests or proof of prior study in the language may be required. Where applicants lack specific background in materials science, the selection committee may recommend bridging courses.

Career prospects

Graduates leave prepared for research-driven and applied roles across multiple sectors. Typical career paths include:

• Research and development scientist or engineer in companies producing polymers, ceramics, electronics, coatings, batteries and sensors.
• Materials engineer in manufacturing and process industries, focusing on scale-up, quality control and product optimisation.
• Sustainability and circular economy specialist, working on material reuse, recycling technologies and life-cycle assessment.
• Technical roles in certification and testing laboratories, consultancy on materials selection and failure analysis.
• Academic career routes, including doctoral studies (PhD) in materials science, chemistry or engineering.

The programme’s laboratory training, project work and links with regional industry and research centres support transition into both private-sector roles and further research training.

Why study at University of Parma

The University of Parma offers an interdisciplinary environment with established teaching and research in chemistry, physics and engineering. Students benefit from access to well-equipped laboratories and instrumentation for advanced characterisation, and can work with academic staff whose activities span functional materials, sustainable polymers, biomaterials and nanotechnology.

Located in a region with an active manufacturing and agri-food sector, the university fosters collaborations with local companies and research institutions, providing opportunities for internships and applied projects. The campus offers support services for international students and a compact academic community where students can engage directly with supervisors and research groups.

Overall, the programme emphasises practical skills, sustainability-minded materials design and interdisciplinary problem solving — attributes valued by industry and research employers worldwide.