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Research Themes will be fixed prior the candidate selection takes place.
The following lists are preliminar selections of candidate research themes. Contact the PhD Coordinator Questo indirizzo email è protetto dagli spambots. È necessario abilitare JavaScript per vederlo., To obtain further detail for any candidate research theme
Research Themes
2025
Title |
ECTS |
Lecturer |
Date & Location |
Flyer |
Info |
| On the Notion of Binary Equivalence in Software Supply Chain Security |
0,2 / hour |
Prof. Jens Dietrich |
Date: Friday 28 March 2025, Time: 10:00−11:00
|
Seminar On the Notion of Binary Equivalence - Dietrich.pdf |  |
| Automatic Control in the Era of Artificial Intelligence |
0,2 / hour |
Prof. Francesco Borrelli |
Date: Monday 24 March 2025, Time: 09:00−10:00
|
Automatic Control Borrelli.pdf |  |
2024
Title |
ECTS |
Lecturer |
Date & Location |
Flyer |
Info |
|
Etica delle Smart HMI Human-to-Machine Interface |
0,2 / hour |
Prof. Leopoldo Angrisani |
Wednesday 6th November Time: 13:30 - 15:30 |
Etica_HMI.pdf |  |
| Regolare un mondo nuovo - AI e diritto |
Prof. Massimiliano Delfino Prof. Francesco Romeo Prof. Carlo Sansone |
Monday 21th October 2024, Time: 10:30 Room EX CATALOGHI LIGNEI - Via Porta di Massa 1, Naples |
Regolare Mondo Nuovo - AI e Diritto.pdf |  |
|
| La tutela legale e contrattuale: relazioni sindacali e previdenza dedicata della Polizia di Stato | 0,8 | ...see flyer for more info |
Wednesday 10th October 2024 Time: 09:30 Room Pessina - Central Building - Corso Umberto I, 40 - Naples |
Tutela legale e contrattuale |  |
| Including elastic demand in the hub line location problem | 0,2 / hour | Prof. A.M. Rodríguez-Chía |
Wednesday 28th June 2024, Time: 10:00-11:00 Room I4, Via Claudio 21 – Naples |
Elastic Demand in the Hub Line Location Problem |  |
| On the Single Allocation hub location problems: New formulations and Solving Methods | 0,2 / hour | Prof. A.M. Rodríguez-Chía |
Wednesday 26th June 2024, Time: 11:30-12:30 Room I4, Via Claudio 21 – Naples |
Single Allocation Hub Location Problems |  |
| The maximal covering location problem with edge downgrades | 0,2 / hour | Prof. Marta Baldomero-Naranjo |
Date: Wednesday 28th June 2024, Time: 11:00-12:00 Via Claudio 21 – Naples |
Maximal Covering Location Problem.pdf |  |
| Using support vector machines for feature selection and outlier detection | 0,2 / hour |
Prof. Marta Baldomero-Naranjo |
Date: Wednesday 26th June 2024, Time: 12:30-13:30 Via Claudio 21 – Naples |
Using SVM for feature selection |  |
| Research Orientation Meeting for Students in the final year of Master's Degree Courses |
Prof. A. Cilardo - ITEE Coordinator Prof. L. Angrisani - ICTH Coordinator |
Date: Friday 14 June 2024, Time: 12:00
|
PhD DIETI2024 Orientation Meeting.pdf |  |
|
| CEINGE: Human & FUTURE. Impatto dell'IA sulle patologie cardiovascolari. Presente e Futuro | 0,2 / hour | P. Forestieri, G. Castaldo, G. Giannini, L. Pastore, G. Esposito, L. Angrisani, A. Lanzotti, M. Giustino |
Friday 7 June 2024, Time: 17:00 - 19:00 |
CEINGE_Human & Future.pdf |  |
| Machine Deception | 0,2 / hour | Dr. Henrik Skaug Sætra |
Date: Thursday 23rd May 2024, Time: 16:00-17:00 (CEST time)
1st Floor Piazzale Tecchio 80, 80125, Napoli
|
Machine Deception.pdf |  |
| Symbiotic Control of Wearable Soft Suits for human motion assistance and augmentation | 0,2 / hour | Prof. Lorenzo Masia |
Friday 10 May Time: 15.00 - 17.00 Microsoft TEAMS Course of Medical Robotics (code: wifqg0w) |
Symbiotic Control of Wereable Suits |  |
| TRANS-UMANESIMO” versus “BIOCONSERVATORISMO | 0,2 / hour |
|
Tuesday 28 May 2024 Time: 15.00
Room Pessina - Corso Umberto I - Napoli |
Transumanesimo.pdf |  |
| Robot-assisted Rehabilitation: the ALS model | 0,2 / hour |
Prof. Fanny FICUCIELLO Prof. Raffaele DUBBIOSO Dr. Myriam SPISTO Eng. Aldo SMALDONE |
Tuesday, 14 May 2024 14:00−15:30
Piazzale Vincenzo Tecchio - Naples |
Riabilitazione Robot Assistita sul modello SLA |  |
| Responsabilità sanitaria e rivalsa | 0,2 / hour |
Prof. Andrea Nicolussi |
Date: Friday 3 May 2024 Time: 10.30
Room Pessina - Corso Umberto I - Napoli |
Responsabilità Sanitaria.pdf |  |
| Exploring the Frontiers of Modern Cryptography | 0,3 CFU |
Prof. Antonis Michalas |
Friday, April 12th, 2024; Time: 11:45 -13:15 Seminar Room, Floor I, Building 3, DIETI - Via Claudio, 21 - Naples |
Exploring the Frontiers of Modern Cryptography.pdf |  |
| Analytic center selection of optimization-based controllers for robot ecology | 0.2 CFU |
Prof. Gennaro Notomista |
Tuesday 9 April 2024 Time: 12:45 - 13:45
Via Claudio 21 Naples |
Robot Ecology.pdf |  |
| Robot-assisted Prostatectomy a classic... but is it just the beginning? | 0.2 CFU |
Prof. Lorenzo Spirito |
Thuesday 23 April 2024 Time: 09.30-11.00 Building 17, 3rd Floor, "Blocco Operatorio", II Policlinic, Via Pansini 5 Napoli |
Robot-assisted Prostatectomy.pdf |  |
| Il lavoro e le sfide del potenziamento umano: la soft robotica e le tecnologie indossabili a supporto dei lavoratori |
0.2 CFU |
Dott. Ing. Stanislao Grazioso Dip. Ingegneria Industriale |
Tuesday, February 20, 2024 08.30 -10.30 am Dipartimento di Giurisprudenza |
Soft_Robotica.pdf |  |
2023
| Title | ECTS | Lecturer | Date | Flyer | Info |
| Energy-Efficient Data Science | Dr. Carlos Ordonez University of Houston, USA Department of Computer Science |
13th December 2023 |
|
 |
|
| Ensuring Electronic Reliability Against CERN's Radiation Environment | 0.2 |
Dr. Salvatore Danzeca |
1th December 2023 |  |
|
| Resource Management and Anomaly Detection for Predictable IT Operation |
0.1 |
Odej Kao Technische Universität Berlin, Berlin, Germany |
2023.07.19 |  |
Before 2023 ...
| Title | ECTS | Lecturer | Date | Flyer |
|---|---|---|---|---|
| Strategie terapeutiche innovative in campo immunologico: l'elettroporazione per la veicolazione di molecole farmacologiche | - |
Emanuela Signori |
2021.5.20 |  SS21 |
| Short and ultrashort, high voltage electric pulses for biological and medical applications | - |
Stefania Romeo |
2021.5.13 | SR21 |
| Finding Drivers in Cancer: from Primary Cancers to Resistance | - |
Gad Getz (Broad Institute - Massachusetts Institute of Technology and Harvard Medical School, Boston MA, USA) CQB PhD |
2021.2.8 | GGCQB21 |
| Signature reversion and other computational strategies for identifying drug repositioning opportunities | - |
Francesco Iorio,Human Technopole, Milano, Italy CQB PhD |
2021.2.19 | FICQB21 |
| Classification and precision therapy of glioblastoma | - |
Antonio Iavarone (Institute for Cancer Genetics of Columbia University NY, USA) CQB PhD |
2021.1.29 | AICQB21 |
| Dissecting human gliomas and their microenvironment by single-cell genomics | - |
Mario Suvà (Harvard Medical School, Boston MA, USA) CQB PhD |
2021.1.21 | MSCQB21 |
| "Telemedicina, e-health e «mobile health» si può davvero usare il digitale nel percorso assistenziale?" | 0.2 |
Simonetta Scalvini |
2020.11.26 | SS20 |
| L'esperienza del progetto di teleriabilitazione NEUROREAB | 0.1 |
Ingg. D. Furno, L. Romanelli |
2020.11.24 | EPTN20 |
| Robot Manipulation and Control | - |
Bruno Siciliano The BioRobotics InstituteSant’Anna School of Advanced Studies |
2020.11.17 | BS20 |
| Telemedicina in Italia: casi di successo | 0.1 |
Dott. Maurizio Nardi |
2020.11.17 | TMI20 |
| THE ROLE OF SCIENTIFIC CRITICAL THINKING TO CONTRAST DISINFORMATION AND FACE THE GREAT CHALLENGES OF THE FUTURE. | - |
Futuro Remoto |
2020.11.24 | FR20 |
| Subclonal reconstruction of tumour architectures by using machine learning and population genetics | - |
Giulio Caravagna |
2020.12.11 | GV20 |
| Signature reversion and other computational strategies for identifying drug repositioning opportunities |
- |
Francesco Iorio |
2020.12.16 | IF20 |
| CRISPR-cas9 screens and multi-omic data integration for identifying and prioritising anti-cancer therapeutic targets |
- |
Francesco Iorio |
2020.12.4 | FI20 |
| Force and Visual Control for Safe Human−Robot Interaction | - |
Bruno Siciliano THE CHINESE UNIVERSITY OF HONG KONG |
2020.12.3 | BS20 |
| Supporting machine learning with biological knowledge to extract insight from omics data | - |
Julio Saez-Rodriguez Institute for Computational Biomedicine at the Medical Faculty of Heidelberg University, Heidelberg, Germany |
2021.2.26 | SML21 |
| Innate Immunity and Inflammation: from Cancer to COVID-19 | - |
Alberto Mantovani Istituto Clinico Humanitas, Milan, Italy |
2021.3.17 | III21 |
| Elucidating and Targeting Mechanisms of Single Cell State Maintenance | - | Andrea Califano Department of Systems Biology, Herbert Irving Comprehensive Cancer Center, Columbia University, New York, USA |
2021.3.31 | AC21 |
| Emotions in Reinforcement Learning Agents | - | Joost Broekens | 2021.3.17 | JB21 |
| Robo Ludens: A game design taxonomy for human-robot interaction | - | John Edison Muñoz Cardona University of Waterloo, Canada |
2021.3.5 | JC21 |
| Designing a Socially Assistive Robot for adaptive and personalized assistance to patients with dementia | - | Antonio Andriella Institut de Robotica i Informatica Industrial (IRI), Spanish Council for Scientific Research (CSIC), Technical University of Catalonia (UPC) Barcelona, Spain |
2021.2.17 | |
| Advances in Machine Learning for Modelling and Understanding in Earth Sciences | - | Gustau Camps-Valls IEEE Fellow'18, IEEE Distinguished Lecturer - Full professor in Electrical Engineering and head of the Image and Signal Processing (ISP) group, Universitat de València |
2021.1.27 | GC21 |
| Noninvasive Mapping of Electrical Properties using MRI | 0.3 | RICCARDO LATTANZI New York University, USA |
2020.6.11 |  RL20 |
| Malattie professionali da campi elettromagnetici tra scienza e giurisprudenza | 0.2 | Alessandro Polichetti Istituto Superiore di Sanità, Roma, Italia, Centro Nazionale per la Protezione dalle Radiazioni Non Ionizzanti e Fisica Computazionale |
2020.5.29 | AP20 |
| Applicazioni mediche dei campi elettromagnetici basate sull’incremento di temperatura: ipertermia e ablazione | 0.3 | Marta Cavagnaro Sapienza University of Rome, Roma, Italia |
2020.5.22 | MC20 |
| Campi elettromagnetici pulsati: dal meccanismo d'azione alle applicazioni cliniche | 0.3 | Simona Salati IGEA SpA |
2020.5.15 | SS20 |
| SAS Analytics | 0.2 | Cinzia Gianfiori SAS |
2020.5.14 | CG20 |
| Exploring Autonomy in Robotic Flexible Endoscopy | 0.4 | Pietro Valdastri University of Leeds |
2020.5.12 | PV20 |
| Strategie terapeutiche innovative in campo immunologico: l'elettroporazione per la veicolazione di molecole farmacologiche | 0.3 | Emanuela Signori Consiglio Nazionale delle Ricerche Istituto di Farmacologia Traslazionale |
2020.5.8 | ES20 |
| Large Scale Training of Deep Neural Networks | 0.2 | Giuseppe Fiameni NVIDIA |
2020.5.6 | GF20 |
| How to get published with the IEEE? | 0.4 | Eszter Lukacs IEEE Client Services Manager Europe |
2020.4.20 | EL20 |
| Computational Biology: Large scale data analysis to understand the molecular bases of human diseases | 0.2 | Michele Ceccarelli DIETI |
2020.4.9 | MC20 |
| Numerical methods for modeling, simulation and control for soft robots or robots in interaction with deformable environment | 0.2 | Christien Duriez INRIA, Lille, Nord-Europe Lille1 University, France. Head of DEFROST team |
2020.1.14 | CD20 |
The training process is personalized. Each student along with the Tutor and PhD Board shall jointly determine the educational activities to be reported on a study plan.
Structure
The training program is divided into three years.
The minimum and maximum number of credits per year and activity (modules, seminars and research) is as follows (60 credits per year).
| Year | Modules | Seminars | Research |
|---|---|---|---|
|
1 st |
min 20 -max 40 |
min 5 -max 10 |
min 10 -max 35 |
|
2 nd |
min 10 -max 20 |
min 5 -max 10 |
min 30 -max 45 |
|
3 rd |
min 0 -max 10 |
min 0 -max 10 |
min 40 -max 60 |
- I year.
- Focus is on the stage of knowledge through the integration of the cultural heritage of each individual student. Central role in education are played by Modules adapted from M.Sc. courses with particular regard to those managed by DIETI. Teaching style is prevalently oriented to theoretical issues exposed in classroom lessons.
- II year.
- Focus is on the stage of competence (skills) through the integration of design skills of each individual student. Central role has education offered by the ad hoc modules. Teaching style is prevalently oriented to practical issues proposed in laboratory activities.
- III year.
- Focus is on the customization stage of knowledge and skills. The activity is devoted to develop a doctoral thesis. The thesis will cover a proposed research theme is carried out by the tutor and the student with originality, both in terms of ideas and content. Teaching modules are normally not included in students study plane.
Progetto formativo del dottorato per il XXXVIII ciclo
ProgettoFormativoXXXVIIIciclo.pdf
The training process is personalized. Each student along with the Tutor and PhD Board shall jointly determine the educational activities to be reported on a study plan.
Structure
The training program is divided into three years. The minimum and maximum number of credits per year is as follows.
|
Year |
Modules |
Seminars |
Research |
|
1 st |
min 20 -max 40 |
min 5 -max 10 |
min 10 -max 35 |
|
2 nd |
min 10 -max 20 |
min 5 -max 10 |
min 30 -max 45 |
|
3 rd |
min 0 -max 10 |
min 0 -max 10 |
min 40 -max 60 |
- I year.
- Focus is on the stage of knowledge through the integration of the cultural heritage of each individual student. Central role in education are played by Modules adapted from M.Sc. courses with particular regard to those managed by DIETI. Teaching style is prevalently oriented to theoretical issues exposed in classroom lessons.
- II year.
- Focus is on the stage of competence (skills) through the integration of design skills of each individual student. Central role has education offered by the ad hoc modules. Teaching style is prevalently oriented to practical issues proposed in laboratory activities.
- III year.
- Focus is on the customization stage of knowledge and skills. The activity is devoted to develop a doctoral thesis. The thesis will cover a proposed research theme is carried out by the tutor and the student with originality, both in terms of ideas and content. Teaching modules are normally not included in students study plane.
2025
| Title | ECTS | Hours | DIETI Organiser | External Organisers | Venue & Dates | Flyer - WebSite |
|---|---|---|---|---|---|---|
|
PhD School on New Technologies of Community Care for Neurodegenerative Diseases
|
P. Arpaia E. De Benedetto N. Moccaldi A. Esposito |
Naples, Italy 30 June - 4 July |
https://www.dheal-com.it/summer-school/ | |||
|
International Ph.D. School "Italo Gorini 2025"
|
GMEE GMMT University "L. Vanvitelli" |
Aversa,Italy 1 - 5 September |
https://phdschool.gmee.org/ |
2024
| Title | ECTS | Hours | DIETI Organiser | External Organisers | Dates/Status | Flyer - WebSite |
|---|---|---|---|---|---|---|
|
International Ph.D. School "Italo Gorini 2024"
|
GMEE GMMT University of Siena |
September 2-7 Siena, Italy |
International Ph.D. School "Italo Gorini 2024"
|
|||
| 10th IEEE-EURASIP Summer School on Signal Processing |
IEEE Signal Processing Society European Association for SIgnal Processing |
September 23-27, 2024 Capri, ITALY |
|
|||
| International Summer School on Wereable Sensors | 5 | 24 | Università Campus Bio-Medico di Roma | 2024.7.10-2024.7.12 |  |
Previous schools
| Title | ECTS | Hours | DIETI Organiser | External Organisers | Dates/Status | Flyer - WebSite |
|---|---|---|---|---|---|---|
|
Statistical data analysis for science and engineering research |
4 | 12 |
Roberto Pietrantuono |
- | 2021.2.9-2021.2.25 | Statistical-DataAnalysis-science.pdf |
|
AIRO PhD School & AIRO Young Workshop 2021 |
3.6 | 32 |
Claudio Sterle |
AIRO Association | 2021.2.8-2021.2.12 | PhD_School_2021_-_Flyer_-_ICTH.pdf |
|
School of Physical Chemistry 2020 |
Dipartimento di Scienze Chimiche | 2020.6.8-2021.6.12 | School_Physical_Chemistry_Napoli_2020 | |||
|
CI-LAM Summer School “The future of tech-X”>/p> |
18 |
Giovanni Breglio |
Many | 2020.7.13-2020.8.7 | CILAM20 | |
| 5G International PhD School 2020 | 4,2 | 20,5 |
Daniele Riccio |
First Semester Courses
Ms.Sc. Programme: Informatica
| Module Title | ECTS | Lecturer |
|---|---|---|
| Basi di dati II Mod. A | 6 | Peron Adriano |
| Logica | 6 | Tamburrini Guglielmo |
| Machine Learning e applicazioni Mod. A | 6 | Corazza Anna |
| Semantic Web | 6 | Sauro Luigi |
| Sistemi per il governo dei robot Mod. A | 6 | Rossi Silvia |
Ms.Sc. Programme: Ingegneria Biomedica
| Module Title | ECTS | Lecturer |
|---|---|---|
| Elaborazione di segnali e immagini biomediche | 9 | Cesarelli Mario |
| Impianti e sicurezza elettrica in ambito ospedaliero | 9 | Mottola Fabio |
| Management delle strutture sanitarie | 9 | Cesarelli Mario |
| Misure elettroniche per la bioingegneria | 9 | D'Arco Mauro |
Ms.Sc. Programme: Ingegneria Elettronica
| Module Title | ECTS | Lecturer |
|---|---|---|
| Sensors and microsystems | 9 | Cutolo Antonello |
| System on chip | 9 | Petra Nicola |
Ms.Sc. Programme: Ingegneria Elettrica
| Module Title | ECTS | Lecturer |
|---|---|---|
| Modelli Numerici per i Campi | 9 | Rubinacci Guglielmo |
Second Semester Courses
Ms.Sc. Programme: Informatica
| Module Title | ECTS | Lecturer |
|---|---|---|
| Basi di dati II Mod. B | 6 | Peron Adriano |
| Machine Learning e applicazioni | 6 | Prevete Roberto |
| Sistemi multi-agenti | 6 | Rossi Silvia |
| Sistemi per il governo dei robot Mod. B | 6 | Finzi Alberto |
| Visione computazionale | 6 | Isgrò Francesco |
Ms.Sc. Programme: Ingegneria Biomedica
| Module Title | ECTS | Lecturer |
|---|---|---|
| Impianti e sicurezza elettrica in ambito ospedaliero | 9 | Proto Daniela |
| Impianti ospedalieri per IEQ | 9 | Riccio Giuseppe |
| Machine learning e big data per la salute | 9 | Moscato Vincenzo |
| Robotica Medica | 9 | Ficuciello Fanny |
| Simulazione in medicina | 9 | Pepino Alessandro |
| Sistemi di controllo per la bioingegneria | 9 | Di Bernardo Mario |
| Strumentazione avanzata per la diagnosi e terapia | 9 | Sansone Mario |
| Strumentazione e ingegneria clinica | 9 | Bifulco Paolo |
| Tecniche di elaborazione dei segnali per la bioingegneria | 9 | Carotenuto Vincenzo |
| Tecnologie wireless per la salute digitale | 9 | Iudice Ivan |
| Visione per sistemi robotici | 9 | Poggi Giovanni |
The Research Doctorate in Information and Communication Technology for Health (ICTH) is activated from the XXXV cycle at the University of Naples Federico II. It is the key element of the successful proposal by the Department of Electrical Engineering and Information Technology (DIETI) as part of the financial support initiative for the Departments of Excellence (l.232 / 2016).
The denomination is precisely the same as that of the departmental project funded by the MIUR and clearly identifies with internationally recognizable terms - Information and Communication Technology - and - Health -, the topics covered by the course.
The main objective is to provide, in this interdisciplinary field, the necessary training for future protagonists of research and technological innovation activities capable of operating validly with private subjects, public bodies, research centers and universities: potentially anywhere in the world.
It is aimed at a very selected number of graduates, with a solid preparation, interested in the topics of the doctorate, motivated to improve their skills, competences and knowledge in the field of research and innovation.
It is designed to promote an interdisciplinary vision. For this reason, while fully embedded in an ICT area department, it is organized for validation of research topics, and for training events in collaboration with professors of the School of Medicine and Surgery.