Study plan for the academic year 2023/2024


List of courses / activities for the first year

titolocrediti
Advanced optics for sensors and integrated devices 3
Failure analysis course 3
Flow and heat transfer measurements 3
Fundamentals of plastic flow: analysis and modelling 3
Optical Spectroscopy of nanomaterials 3
Ligth alloys metallurgy and related technologies with industrial applications 3
Measurements for identification and control of tokamak plasmas 3
Mechanical and thermal measurements: experiments and statistical analysis of data 3
Mechanical spectroscopy: principles and applications 3
Multispectral imaging applied to the cultural heritage study 3
Optothermal investigations for the analysis of cultural heritage structures 3
Porous materials: classification, features and applications 3
Signal analysis and modeling of biological systems 3
Synthesis, characterization and applications of Nanostructured carbon-based and metal oxide-based materials 3
X-ray diffraction techniques for materials characterization 3
Complements of physics of fusion reactors 3

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Method of choosing the subject of the thesis

The topic of the doctoral research, after an initial period of collaboration on more general subjects, is identified and discussed by the doctoral student with the supervisor.

Admission to the second year

The assessment for admission to the subsequent year is made on the basis of the annual report completed by the doctoral student and approved by the mentor, and the end-of-year audit. This audit, mandatory for all doctoral students, consists of a presentation lasting about 30 minutes in front of a committee composed of members of the Scientific Board. 


List of courses / activities for the second year

titolocrediti
Advanced optics for sensors and integrated devices 3
Failure analysis course 3
Flow and heat transfer measurements 3
Fundamentals of plastic flow: analysis and modelling 3
Optical Spectroscopy of nanomaterials 3
Ligth alloys metallurgy and related technologies with industrial applications 3
Measurements for identification and control of tokamak plasmas 3
Mechanical and thermal measurements: experiments and statistical analysis of data 3
Mechanical spectroscopy: principles and applications 3
Multispectral imaging applied to the cultural heritage study 3
Optothermal investigations for the analysis of cultural heritage structures 3
Porous materials: classification, features and applications 3
Signal analysis and modeling of biological systems 3
Synthesis, characterization and applications of Nanostructured carbon-based and metal oxide-based materials 3
X-ray diffraction techniques for materials characterization 3
Complements of physics of fusion reactors 3

More information



Method of preparation of the thesis

Doctoral students, under the guidance of individual tutors, develop the thesis project, which involves at least 12 months of experimental work by elaborating the scientific hypothesis and work plan.

Admission to the third year

The assessment for admission to the subsequent year is made on the basis of the annual report completed by the doctoral student and approved by the mentor, and the end-of-year audit. This audit, mandatory for all doctoral students, consists of a presentation lasting about 30 minutes in front of a committee composed of members of the Scientific Board. 


List of courses / activities for the third year


More information



Method of admission to the final examination



Final examination

Università degli Studi di Roma "Tor Vergata" - Via Cracovia, 50, 00133 Roma RM