Materials and nanotechnology
Course Description
Level: Second Level Degree
Degree Class:
LM-53. - Content in Italian
Ingegneria dei materiali
Department: CIVIL AND INDUSTRIAL ENGINEERING
Admission: Programmed
CFUs: 120
Duration: 2 years
Website: http://matnano.ing.unipi.it/en/
English
Pisa
The course is divided into three curricula:
- Advanced materials - oriented towards the design, use and analysis of materials for the manufacturing industry
- Biomaterials - addressing the field of biomaterials and applications of advanced materials to life sciences
- Nanoscience and Nanotechnology - aimed at the development of nanotechnology and innovative methods for the nano-structuring and realisation of metamaterials for photonic, electronic and optoelectronic devices.
The curricular requirements for admission to the Master’s Degree Course in Materials and Nanotechnology are specified in the Academic Regulations of the degree course and in any case involve having at least:
- 12 CFUs in the Scientific Disciplinary Fields MAT/02, MAT/03, MAT/05, MAT/06, MAT/07, MAT/08, MAT/09;
- 6 CFUs in the Scientific Disciplinary Fields FIS/01-08;
- 12 CFUs in the following group of Scientific Disciplinary Fields:
- CHIM/02 - Physical Chemistry
- CHIM/03 General and Inorganic Chemistry
- CHIM/04 - Industrial Chemistry
- CHIM/05 Science and Technology of Polymeric Materials
- CHIM/07 Chemical Foundations of Technologies
- FIS/01 Experimental Physics
- FIS/03 Physics of Matter
- ICAR/08 - Structural Mechanics
- ING-IND/16 - Manufacturing Technology and Systems
- ING‐ IND/21 – Metallurgy
- ING‐ IND/22 Materials Science and Technology
- ING-IND/23 - Applied Physical Chemistry
- ING-IND/24 Fundamentals of Chemical Engineering
- ING‐ IND/27 Chemical Technologies
The Academic Regulations of the degree course also define the methods to evaluate the adequacy of students’ personal preparation.
As indicated in the Academic Regulations, proficient knowledge of English at least at level B2, according to the Common European Framework of Reference for Languages, is also required.
For admission to the Master’s Degree Course in Materials and Nanotechnology (Class LM-53) students require a Bachelor’s Degree or another qualification obtained abroad and recognised as suitable. The applicant is required to submit an application along with attachments, including at least the degree certificate, or its equivalent, and the examination transcripts.
Admission, within the limits of the planned number of places, require the successful completion of a selective evaluation, open both to European and non-European students, aimed at assessing the adequacy of candidates’ knowledge and skills (curricular requirements and personal preparation).
The Board of the degree course appoints a Selection Instruction Panel (Commissione Istruttoria di Selezione, CIS), consisting of 6 members, including at least one lecturer from the Scuola Normale Superiore (SNS). This panel is responsible for examining admission applications, checking candidates’ curricula, verifying compliance with curricular and personal requirements, proposing to the Board the admission or non-admission of candidates, and outlining possible methods for obtaining the missing requirements.
Up to 6 additional posts are reserved for SNS following the selections for the ordinary competition for admission to the Scuola itself.
In accordance with the University Academic Regulations and based on the curricular requirements set by the course, the CIS:
- may propose to the Course Board to either accept or reject the candidate’s application based on the evaluation of the documents submitted with the application for admission,
- may propose to the Course Board that the candidate be referred to the admission interview, indicating the topics that will be covered in the interview, according to the procedure described below.
Admission interview
The purpose of the admission interview is to confirm that the candidate has the required preparation to effectively undertake their Master’s studies. During the interview, the Panel examines the candidates’ profiles based on the qualifications submitted to verify the possession of the personal preparation requirements. At the end of the interview, the Selection Instruction Panel will formulate a ranking of successful candidates and a final judgement on the candidates’ suitability, or unsuitability, for admission, highlighting any missing requirements.
Course Evaluations
Contacts
Presidente del Corso di Laurea
Francesco Fuso
Email: francesco.fuso@unipi.it
Referente didattico
Francesca Nannelli
Tel. (+39) 050 2217867
Email: francesca.nannelli@unipi.it
Unità Didattica del Dipartimento di Ingegneria Civile e Industriale: https://www.dici.unipi.it/didattica
Orario di ricevimento: Solo su appuntamento telefonico (+39) 050 2218085 il martedì dalle ore 10.00 alle ore 12.00, il mercoledì dalle ore 10.00 alle ore 12,00 e il giovedì dalle ore 15.00 alle ore 17.00: didattica.dici@ing.unipi.it
Study Plan
For students enrolled in the academic year 2025/2026
Advanced materials
Required
- Fundamentals of polymer processing (9 CFU) - Secondo ciclo semestrale
- Mechanical properties of materials (6 CFU) - Primo ciclo semestrale
Gr1 - am (9 CFU)
- Quantum and condensed matter physics (9 CFU) - Primo ciclo semestrale
- Solid state physics (9 CFU) - Primo ciclo semestrale
Gr2 - am (12 CFU)
- Sustainable and degradable polymers (6 CFU) - Primo ciclo semestrale
- Chemistry of soft matter (6 CFU) - Secondo ciclo semestrale
- Solid state physicochemical methods (6 CFU) - Primo ciclo semestrale
- Solid state nmr spectroscopy in pharmaceutical and material science (6 CFU) - Primo ciclo semestrale
Gr3 - am (12 CFU)
- Computational mechanics of materials (6 CFU) - Secondo ciclo semestrale
- Computational materials science (6 CFU) - Primo ciclo semestrale
- Transport phenomena in materials (6 CFU) - Primo ciclo semestrale
- Principles of microfluidics (6 CFU) - Secondo ciclo semestrale
- Fundamentals of materials science and engineering (6 CFU) - Primo ciclo semestrale
Gr4 - am (12 CFU)
- Spectroscopy of nanomaterials (12 CFU) - Primo ciclo semestrale
- Electromagnetic materials and electron devices (12 CFU) - Primo ciclo semestrale
Required
- Training (15 CFU)
- Final examination (15 CFU)
- Polymer science and engineering (6 CFU)
Gr5 - am (6 CFU)
- Reactive processing and recycling of polymers (6 CFU)
- Composite materials science and engineering (6 CFU)
- Laboratory of materials characterization (6 CFU)
Gr6 - am (6 CFU)
- Polymeric materials for special applications (6 CFU)
- Disordered and off-equilibrium systems (6 CFU)
- Interaction of electromagnetic waves with complex media (6 CFU)
Libera scelta - am (12 CFU)
- Multi-scale modelling in material design (6 CFU)
- Advanced engineering alloys (6 CFU)
- Computational fluid mechanics (6 CFU)
- Nanostructured materials (9 CFU)
- Green chemistry for materials and processes (6 CFU)
- Nanostructured inorganic systems (3 CFU)
- Physics of the matter and nanotechnology lab (9 CFU)
- Biomaterials (6 CFU)
- Electron microscopy of nanomaterials (6 CFU)
- Materials and devices for nanoscale electronics (6 CFU)
Biomaterials
Required
- Biomaterials (9 CFU) - Secondo ciclo semestrale
- Mechanical properties of materials (6 CFU) - Primo ciclo semestrale
- Laboratory of materials characterization (6 CFU) - Secondo ciclo semestrale
Gr1 - bm (9 CFU)
- Glass transition (3 CFU) - Primo ciclo semestrale
- Surface physics (3 CFU) - Primo ciclo semestrale
- Quantum physics of matter (6 CFU) - Primo ciclo semestrale
- Solid state physics 1 (6 CFU) - Primo ciclo semestrale
Gr2 - bm (12 CFU)
- Chemistry of soft matter (6 CFU) - Secondo ciclo semestrale
- Solid state physicochemical methods (6 CFU) - Primo ciclo semestrale
- Polymeric materials for special applications (6 CFU) - Secondo ciclo semestrale
- Disordered and off-equilibrium systems (6 CFU) - Primo ciclo semestrale
- Green chemistry for materials and processes (6 CFU) - Secondo ciclo semestrale
- Solid state nmr spectroscopy in pharmaceutical and material science (6 CFU) - Primo ciclo semestrale
Gr3 - bm (12 CFU)
- Principles of cellular biology and tissue engineering (12 CFU) - Ciclo annuale unico
- Spectroscopy of nanomaterials (12 CFU) - Primo ciclo semestrale
- Electromagnetic materials and electron devices (12 CFU) - Primo ciclo semestrale
Gr4 - bm (6 CFU)
- Computational materials science (6 CFU) - Primo ciclo semestrale
- Transport phenomena in materials (6 CFU) - Primo ciclo semestrale
- Principles of microfluidics (6 CFU) - Secondo ciclo semestrale
- Fundamentals of materials science and engineering (6 CFU) - Primo ciclo semestrale
Required
- Training (15 CFU)
- Final examination (15 CFU)
- Polymer science and engineering (6 CFU)
Gr5 - bm (6 CFU)
- Multi-scale modelling in material design (6 CFU)
- Biofluids and materials interactions (3 CFU)
- Manufacturing of polymers and nanocomposites for biomedical application (3 CFU)
- Electron microscopy of nanomaterials (6 CFU)
Gr6 - bm (6 CFU)
- Nanomedicine and regenerative medicine (6 CFU)
- Cell biophysics (6 CFU)
- Introduction to molecular biophysics (6 CFU)
- Medical imaging and biosensors (ionising and non-ionising) (6 CFU)
Libera scelta - bm (12 CFU)
- Fundamentals of biophysics at the nanoscale (6 CFU)
- Computational mechanics of materials (6 CFU)
- Physics of bio-systems (9 CFU)
- Physics of the living cell (6 CFU) - Secondo ciclo semestrale
- Physics of the matter and nanotechnology lab (9 CFU)
- Development biology of stem cell (3 CFU)
- Interaction of electromagnetic waves with complex media (6 CFU)
- Advanced ceramics and smart glasses (6 CFU)
- Materials and devices for nanoscale electronics (6 CFU)
Biopham
Required
- Molecular and soft condensed matter (4 CFU)
- Large facilities: synchrotron and neutron sources (5 CFU)
- Materials science of drugs (4 CFU)
- Short internship (introduction to research projects) (5 CFU)
- Transferable skills english (or other foreign language) (4 CFU)
- Disordered and off-equilibrium systems (6 CFU) - Primo ciclo semestrale
Gr1 - bp (6 CFU)
- Quantum physics of matter (6 CFU) - Primo ciclo semestrale
- Solid state physics 1 (6 CFU) - Primo ciclo semestrale
Gr2 - bp (12 CFU)
- Mechanical properties of materials (6 CFU) - Primo ciclo semestrale
- Transport phenomena in materials (6 CFU) - Primo ciclo semestrale
- Polymer science and engineering (6 CFU) - Primo ciclo semestrale
- Fundamentals of materials science and engineering (6 CFU) - Primo ciclo semestrale
Gr3 - bp (6 CFU)
- Biofluids and materials interactions (3 CFU) - Primo ciclo semestrale
- Manufacturing of polymers and nanocomposites for biomedical application (3 CFU) - Primo ciclo semestrale
- Surface physics (3 CFU) - Primo ciclo semestrale
- Computational materials science (6 CFU) - Primo ciclo semestrale
- Rheology (6 CFU)
- Green chemistry for materials and processes (6 CFU) - Secondo ciclo semestrale
- Introduction to optical spectroscopy (6 CFU) - Primo ciclo semestrale
- Solid state nmr spectroscopy in pharmaceutical and material science (6 CFU) - Primo ciclo semestrale
Gr4 - bp (8 CFU)
Required
- Final examination (15 CFU)
- Training for biopham (6 CFU)
Track 1 (pl) - track 2 (fr) - bp (30 CFU)
- Thermodynamics and phase transformation (thermo i) (3 CFU)
- Advanced characterization i (3 CFU)
- Advanced characterization II (3 CFU)
- Atomic scale modellin (6 CFU)
- Molecular mobility in amorphous materials (dyn. i) (3 CFU)
- Fundamentals of molecular modeling (5 CFU)
- Selected issues from biomaterials toxicology (2 CFU)
- Computer modeling (4 CFU)
- Specialized laboratory (2 CFU)
- Specialized lecture: dielectric spectroscopy in the study of dynamics of biological systems (3 CFU)
- Introduction to drug product development and pharmaceutical technology (3 CFU)
- Physical state manipulation, characterization and formulation of pharmaceuticals (6 CFU)
- Drug chemistry and technology of drug forms (3 CFU)
- Transferable skills (pl) (9 CFU)
- Transferable skills (fr) (9 CFU)
- Pharmacology and pharmacognosy (5 CFU)
- Application of vibrational spectroscopy in therapeutic substance studies (4 CFU)
- Molecular biophysics (5 CFU)
- Dynamics in the amorphous materials (3 CFU)
Nanoscience and nanotechnology
Required
- Computational materials science (6 CFU) - Primo ciclo semestrale
- Nanostructured materials (9 CFU) - Ciclo annuale unico
- Mechanical properties of materials (6 CFU) - Primo ciclo semestrale
Gr1 - nn (9 CFU)
- Quantum and condensed matter physics (9 CFU) - Primo ciclo semestrale
- Solid state physics (9 CFU) - Primo ciclo semestrale
- Physics of the matter and nanotechnology lab (9 CFU) - Ciclo annuale unico
Gr2 - nn (6 CFU)
- Chemistry of soft matter (6 CFU) - Secondo ciclo semestrale
- Solid state physicochemical methods (6 CFU) - Primo ciclo semestrale
- Solid state nmr spectroscopy in pharmaceutical and material science (6 CFU) - Primo ciclo semestrale
Gr3 - nn (6 CFU)
- Photonics (6 CFU) - Secondo ciclo semestrale
- Interaction of electromagnetic waves with complex media (6 CFU) - Secondo ciclo semestrale
- Materials and devices for nanoscale electronics (6 CFU) - Secondo ciclo semestrale
Gr4 - nn (12 CFU)
- Spectroscopy of nanomaterials (12 CFU) - Primo ciclo semestrale
- Electromagnetic materials and electron devices (12 CFU) - Primo ciclo semestrale
Gr5 - nn (6 CFU)
- Biomaterials (6 CFU) - Secondo ciclo semestrale
- Fundamentals of materials science and engineering (6 CFU) - Primo ciclo semestrale
Required
- Training (15 CFU)
- Final examination (15 CFU)
- Polymer science and engineering (6 CFU)
Gr6 - nn (6 CFU)
- Condensed matter physics for nanotechnology (6 CFU) - Secondo ciclo semestrale
- Cell biophysics (6 CFU)
- Introduction to molecular biophysics (6 CFU)
- Quantum liquids (6 CFU)
- Medical imaging and biosensors (ionising and non-ionising) (6 CFU)
- Computational nanoelectronics and metamaterials (6 CFU)
Gr7 - nn (6 CFU)
- Fundamentals of biophysics at the nanoscale (6 CFU)
- Principles of microfluidics (6 CFU)
- Electron microscopy of nanomaterials (6 CFU)
Libera scelta - nn (12 CFU)
- Flexible and nano-electronics (9 CFU) - Secondo ciclo semestrale
- Nanomedicine and regenerative medicine (6 CFU)
- Biofluids and materials interactions (3 CFU)
- Manufacturing of polymers and nanocomposites for biomedical application (3 CFU)
- Glass transition (3 CFU)
- Surface physics (3 CFU)
- Rheology (6 CFU)
- Disordered and off-equilibrium systems (6 CFU)
- Nanostructured inorganic systems (3 CFU)
- Physics of bio-systems (9 CFU)
- Semiconductor physics (6 CFU) - Ciclo annuale unico
- Physics of the living cell (6 CFU) - Secondo ciclo semestrale
Career opportunities
Graduates can find employment in:
- Companies for the production, processing and development of metallic, polymeric, ceramic, glassy and composite materials for applications in the chemical, mechanical, electrical, electronic, telecommunications, energy, construction, transport, biomedical, environmental and cultural heritage fields
- Industrial laboratories of public and private companies and institutions.
Enrolment
The Master of Science in Materials and Nanotechnology, for its specific connotations of educational and research activities, is a limited enrollment course. Enrollment is limited to 35 students including 6 reserved places for the internal students of the School and 10 reserved places for non EU applicants not residing in Italy. Of the latter 10 places, 2 are reserved to Chinese students participating to the “Marco Polo” exchange program between Italy and China.
The competition is divided into two sessions as follows:
- one session reserved to non EU applicants exclusively (citizens of countries not belonging to the European Union) and not residing in Italy (hereafter “non EU Applicants”) – 28/01/2025 to 28/02/2025
- one session reserved to EU applicants and non EU applicants residing in Italy exclusively (hereafter “EU Applicants”) – 18/03/2025 to 29/08/2025
Admitted to the interview – I session
FINAL RANKING LIST
Winners are required to initiate the matriculation procedures from the date of opening of the matriculation until September 23, 2025 at the portal ammissionelm.adm.unipi.it. They will be considered otherwise wiling to renounce the admission to the Master Degree Programme.
Candidates who will be admitted to the Master Degree Programme upon scrolling through the ranking list because of decay of other candidates will be announced on September 24, 2025 by using the same means as for final ranking list. For such candidates, the term to initiate the matriculation procedure is October 1, 2025. In case of further scrolling through the ranking list, interested candidates will be contacted individually.