Call for application 40th cycle

Bando ordinario


Educational goals and objectives

ELECTRICAL, MATERIALS AND NANOTECHNOLOGY ENGINEERING
The PhD Course in Electrical, Materials and Nanotechnology Engineering is established with the scope of creating a truly multidisciplinary third education level, targeted at the study of research topics in different industrial engineering sectors as electrical engineering, materials engineering, primary and secondary raw materials engineering and micro/nanotechnologies engineering. EMNE PhD course is aimed at forming young doctors that can find a highly qualified job more easily than second-level graduated engineers. The course is designed with the scope of responding to the needs and dynamics of industrial world and of the related market, which are looking more and more for high qualification, multidisciplinary expertise, capability of exploiting innovative technologies and methodologies for design and development of new products.
The fast growth of micro/nanotechnologies has introduced important innovations in different field of industrial engineering. Cross-fertilization of knowledge and research represents a fundamental step in the education of PhD students who can contribute to products and industrial systems innovation.
Therefore, EMNE PhD course proposes a novel synthetic approach to combine a wide range of research topics, focused on transversal topics like the development, characterization and use of materials and technologies, and on vertical ones like the electrical engineering sector. The course responds to the education needs of high-tech industries that are active in different sectors and in the electrical engineering sector. The education offered to the PhD students is that of a training to the applied research starting from the integration of basic technical and scientific knowledge till the new frontiers of the science in the specific field of the research, with the help of a supervisor entrusted to each student. The PhD course is organized in three curricula: Electrical Engineering, Materials and Raw Materials Engineering, Nanotechnology.

Specifiche economiche

Tipologia 1: DM629
Transizione digitale Generiche Pubblica Amministrazione Patrimonio culturale
0 0 0 0

Tipologia 2: DM630 Tipologia 3: Partenariati estesi Tipologia 4: Enti terzi ed Eccellenza Tipologia 5: Sapienza
1 0 0 (+3*) 6

Senza borsa Annotazioni
2 * Dopo la pubblicazione del bando sono state finanziate: - 2 borse da parte di ENEA sulle seguenti tematiche vincolate: 1) "La progettazione e lo sviluppo sperimentali di sistemi materiali per batterie innovative di tipo litio ione di nuova generazione e post-litio ione, partendo dall'analisi del contesto competitivo europeo ed intercontinentale, ed utilizzando approcci razionali al design, quali ad esempio i modelli computazionali di tipo digital twins", 2) "Sviluppo elettroliti polimerici per elettrofilatura"; - 1 borsa da parte di DTT S.c. a r.l. sulla tematica: “Machine diagnostics through extensive use of fiber optic sensors of DTT”

Themes, curriculum and specific competence


Borse ex D.M. 630: 1



Admission Procedure

Qualifications assessment The Selection Board will evaluate the qualifications and documents submitted by the applicants,
in accordance with the evaluation grid provided below. A maximum score of 20 will be given for the qualification of the curriculum vitae, up to 25 for the research program and up to 5 for the motivation letter. The minimum score required to be admitted to the oral exam is 30/50.

Oral interview The interview assesses the abilities and skills of the candidate and his/her research attitude towards to the topics of the Ph.D. program. The following aspects will be addressed: qualifications of the candidate, motivations for pursuing this Ph.D. program, research, and knowledge of the English language. The oral exam is passed if the candidate reaches at least 30/50 points. Only the candidates who will score a minimum of 60/100 are eligible for admission to the Ph.D. program.
language ITALIANO
INGLESE


contacts and info https://phd.uniroma1.it/web/INGEGNERIA-ELETTRICA,-DEI-MATERIALI-E-DELLE-NANOTECNOLOGIE_nD3512_IT.aspx fabrizio.sarasini@uniroma1.it

Curriculum studiorum

Graduation date and grade of the Master's degree
detailed list of exams including completion dates and scores of Masters's degree
Graduation date and grade of the Bachelor’s degree
detailed list of exams including completion dates and scores of Bachelor's degree

Required documentation

§ research project
mandatory
Brief description of the research project you would like to conduct (pdf file, minimum 4000 - maximum 8000 characters including spaces. Figures and references are not included in the number of characters allowed)., the file must be uploaded within le ore 23:59 del 20/06/2024

§ letter of motivation (by the candidate)
mandatory
Motivation letter with personal presentation (pdf file, maximum 3000 characters including spaces)., the file must be uploaded within le ore 23:59 del 20/06/2024

Language Skills

the candidate must know the following languages
ENGLISH

Exam Schedule

Qualifications assessment
day11/07/2024
notesnone
publication on notice boardNO
publication on the web siteYes
web sitehttps://phd.uniroma1.it/web/INGEGNERIA-ELETTRICA,-DEI-MATERIALI-E-DELLE-NANOTECNOLOGIE_nD3512_IT.aspx
date of publication12/07/2024
contactsfabrizio.sarasini@uniroma1.it

Oral interview
day22/07/2024
notesnone
time10:00
classroomSala riunioni Dipartimento di Ingegneria Chimica Materiali Ambiente
addressVia Eudossiana 18, 00184 Roma
publication on notice boardNO
publication on the web siteYes
web sitehttps://phd.uniroma1.it/web/INGEGNERIA-ELETTRICA,-DEI-MATERIALI-E-DELLE-NANOTECNOLOGIE_nD3512_IT.aspx
date of publication23/07/2024
contactsfabrizio.sarasini@uniroma1.it


Day of publication of the final outcome: 23/07/2024

Evaluation scale

Qualifications assessment english version

Oral interview english version

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