MSc in Functional and Sustainable Materials
Parma, Italy
MSc
DURATION
2 years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
Oct 2026
TUITION FEES
STUDY FORMAT
On-Campus
* tuition fees vary on the basis of a proportional tuition fee system
Key Summary
Functional and Sustainable Materials is an interdisciplinary M.Sc. program in Materials Science that aims at developing a broad training in the chemistry and physics of materials with a special emphasis on their application in the circular economy.
This program was built on decades of successful collaboration between physicists and chemists at the University of Parma in both research and education. The success of this collaboration is demonstrated by the prestigious recognition of the Department of Chemistry, Life Sciences and Environmental Sustainability with two back-to-back “Department of Excellence” awards which have supported our research and education activities with state-of-the-art scientific infrastructure and scholarships to attract motivated students.
This program aims to create professionals who understand the challenges of building a circular economy from its physical and chemical roots up to their application in the real world. To do so, our courses strive to constantly show in a laboratory setting the reality of the concepts shown in class. Laboratory courses will teach our students not just how to create materials but how to analyze data, design experiments, and formulate hypotheses with the goal of both improving performances and creating knowledge.
The program organizers are proud of the collaboration with our engineering, life sciences and earth sciences colleagues, with whom we have designed a portfolio of optional courses that will suit any student’s interests.
We are looking forward to having you join us!
Why in Parma?
A multidisciplinary training program is offered in Materials Science, to develop the methodological, theoretical and practical skills essential to the field. The basic teaching activities in chemistry and physics are complemented by a rich offer of multidisciplinary training in engineering, geological and biological sciences.
The course builds on the collaboration between the Dept. Chemistry, Life Sciences and Environmental Sustainability (SCVSA) and the Dept. of Mathematical, Physical and Computer Sciences. It stems from the COMP-R project, awarded to SCVSA (MUR Departments of Excellence 2023-27) on the topic “The challenge of complexity for sustainable development: towards regeneration”. COMP-R funds the acquisition of advanced instrumentations and new faculty members, to design the training program that relies on extended laboratory activities. It also funds scholarships for the best students.
In short, the students will access a training program dealing with cutting-edge research devoted to the design, development and analysis of advanced functional materials, with particular interest in applications for sustainability, sustainable processes and life cycle assessment.
First Year
- Structural materials
- Inorganic glass
- Sustainable polymeric materials & lab - 12 CFU
- Condensed matter physics - 9 CFU
- Statistics and chemometrics for materials science - 6 CFU
- Advanced synthesis of sustainable molecular materials & lab - 6 CFU
- Student’s choices from menu 1A* - 6-18 CFU
- Student’s choice from menu 1B** - 0-12 CFU
- Student’s free choice - 0-12 CFU
*Total CFUs from menus 1A + 2A = 18
** Total CFUs from menus 1B + 2B = 12
Total CFU for student’s free choice = 12
Menu 1A
- Chemical sensors based on advanced and sustainable functional materials - 6 CFU
- Molecular functional materials - 6 CFU
- Materials-by-design lab - 6 CFU
- Catalytic technologies for sustainability - 6 CFU
- Carbon-based nanostructures - 6 CFU
- Lab of molecular nanotechnology - 6 CFU
Menu 2A
- Organic sustainable materials and nanomaterials - 6 CFU
- Materials physics & technology - 6 CFU
Menu 1B
- Geomaterials for sustainability - 6 CFU
- Plant-based sustainable materials - 6 CFU
- Materials for additive manufacturing
- Metallic materials for additive manufacturing - 3 CFU
- Polymer materials for additive manufacturing - 3 CFU
Menu 2B
- Artificial intelligence for material science - 6 CFU
- Applied biotechnologies for sustainable materials - 6 CFU
Second Year
- Computational materials science & lab - 6 CFU
- Physical characterization of energy materials - 6 CFU
- Student’s choice from menu 2A* - 0-12 CFU
- Student’s choice from menu 2B** - 0-12 CFU
- Student’s free choice - 0-12 CFUOther activities - 1 CFU
- Internship and final dissertation - 32 CFU
*Total CFUs from menus 1A + 2A = 18
** Total CFUs from menus 1B + 2B = 12
Total CFU for student’s free choice = 12
Menu 1A
- Chemical sensors based on advanced and sustainable functional materials - 6 CFU
- Molecular functional materials - 6 CFU
- Materials-by-design lab - 6 CFU
- Catalytic technologies for sustainability - 6 CFU
- Carbon-based nanostructures - 6 CFU
- Lab of molecular nanotechnology - 6 CFU
Menu 2A
- Organic sustainable materials and nanomaterials - 6 CFU
- Materials physics & technology - 6 CFU
Menu 1B
- Geomaterials for sustainability - 6 CFU
- Plant-based sustainable materials - 6 CFU
- Materials for additive manufacturing
- Metallic materials for additive manufacturing - 6 CFU
- Polymer materials for additive manufacturing - 6 CFU
Menu 2B
- Artificial intelligence for material science - 6 CFU
- Applied biotechnologies for sustainable materials - 6 CFU
Master’s graduates in Materials Science are uniquely positioned to make a positive impact on the advancement of scientific and technological innovation in materials science. Their comprehensive skill set and expertise cover the management and design of state-of-the-art technologies tailored for materials science applications.
Multifarious employment opportunities are foreseen, spanning the entire materials science lifecycle, including sustainability, encompassing production, characterization, analysis, and quality control.
The graduates will be fit for highly responsible technical roles, orchestrating innovative research, driving developmental processes, overseeing production workflows, and engaging in advanced design endeavours. Moreover, they can offer specialized technical-scientific consultancy services, catering to companies devoted to the development and characterization of advanced materials.
This consultancy extends to addressing environmental sustainability concerns, showcasing their adaptability and relevance in the contemporary landscape.


