Curriculum vitae et studiorum

Personal data

Last name: MELE

First name: Paolo

Birthday: October 4, 1971

Birthplace: Novi Ligure (AL), Italy

Citizenship: Italian

Marital Status: married

Visa status: Japan permanent resident


Language skills

Italian: mother tongue

English: TOEIC 890/1000

Japanese: JLPT level 3, BJT 353/800

French: Basic level (studied at primary school)

 I am currently Professor at the College of Engineering/Innovative Global Program (IGP) of Shibaura Institute of Technology, Tokyo, Japan and member of the International Research Center for Green Electronics (IRCGE)

Work address and web research profiles


Dr. Paolo Mele

Professor

Shibaura Institute of Technology

College of Engineering, IGP - Omiya Campus

307 Fukasaku, Minuma-ku, 337-8570 Saitama, Japan

E-Mail: pmele(at)shibaura-it.ac.jp 


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ResearchMap 

Orcid

Scopus

Web of science 

Institutional profile (Elsevier) 

Institutional research site

Education


Ph.D. in Chemical Sciences - 14 February 2000

University of Genova, Italy

Dissertation title: “Study of growth mechanisms of monocrystalline systems and polycrystalline textured materials”

Advisors: Prof. G.A. Costa, Prof. G.L. Olcese.


M.S. (Laurea*) in Chemistry - 19 June 1996

University of Genova, Italy

Dissertation title: “Study of the texture process of YBCO ceramic superconductor” 

Advisor: Prof. G.A. Costa.

*”Laurea” in the educational Italian system was the merging of Bachelor and Master degrees


High School Degree -15 July 1990

Liceo Classico “Andrea Doria”, Novi Ligure, Italy

Graduated on classical studies (literature, ancient Greek and Latin)

Academic positions

(detailed research history is here)


Research & development of advanced materials for green energy: oxide and alloys of thermoelectrics and superconductors. Management of independent research laboratory

Research & development of advanced oxide materials for green energy: thermoelectrics and superconductors. Management of independent research laboratory

Research & development of advanced oxide materials for green energy: thermoelectrics and superconductors. Management of independent research laboratory

Research & development of thermoelectric oxide materials for energy harvesting

Research & development of thin films of superconducting  oxides with enhanced pinning

Research & development of thin films of superconducting  oxides

Research & development of bulk superconducting  oxides

Research & development of bulk superconducting  oxides 

Research outcome 

(updated 4 November 2022)

Publications

114 refereed research papers in international journals 

2 refereed reviews

17 refereed conference proceedings

11 book chapters

9 edited books

2 patents (1 filed)

Details here


Presentations

60 oral contributions in domestic and international conferences (including 37 invited oral presentations and 2 plenary keynote talks)

Details here


Bibliometric indexes

H-Index = 29 (Google Scholar)

H-index = 26 (Scopus)

H-index = 24 (Web of Science

Awards and honors