Curriculum

• Modelli e Metodi Computazionali per la Geometria per il Corso di Laurea Magistrale in Matematica dell’Università di Messina.

• Fondamenti di Informatica per il Corso di Laurea Triennale in Matematica dell’Università di Messina per l’A.A. 2020/21.

• PRA 2008/2009 Teorie Geometriche, Algebriche e loro Applicazioni
• PRIN 2008 Disegni Combinatorici, Grafi e loro Applicazioni
• PRIN 2006 Strutture Geometriche, Combinatoria e loro Applicazioni
• PRA 2005 Geometria Digitale (in qualità di responsabile)
• PRIN 2003 Strutture Geometriche, Combinatoria e loro Applicazioni
• PRIN 2001 Strutture Geometriche, Combinatorica e loro Applicazioni

• responsabile dell’Unità di ricerca di Topologia Soft e Neutrosofica del Dipartimento MIFT dell’Università di Messina
• membro del Comitato Scientifico del congresso Related Problems of Continuum Mechanics, tenutosi a Tibilisi (Georgia) dal 12 al 13 ottobre 2018
• responsabile dell’Unità di ricerca di Geometria e Topologia Digitale del Dipartimento MIFT dell’Università di Messina
• presidente del Comitato Organizzatore del Mamboday 2007, workshop degli sviluppatori web e utenti del CMS Mambo tenutosi a Reggio Calabria dal 22 al 23 novembre 2007 e membro dei comitati organizzatori delle precedenti edizioni del MamboDay 2006 svoltosi a Venezia dal 10 al 11 novembre 2006 e del MamboDay 2005 tenutosi a Portici (NA) dal 4 al 5 novembre 2005
• presidente del Comitato Scientifico e Organizzatore del Digital Geometry Workshop (DGW2005) tenutosi a Messina dal 21 al 24 Novembre 2005
• membro del Comitato Organizzatore del Congresso Giornate di Geometria tenutosi a Messina dall’11 al 12 Novembre 2004
• membro del Comitato Organizzatore dell’International Symposium on Graphs, Designs and Applications (ISGDA 2003) tenutosi a Messina dal 30/9  al  4/10  2003
• membro del Comitato Organizzatore del 6th Workshop on Combinatorics tenutosi a Messina dal 25 al 27 Marzo 2002
• membro del Comitato Organizzatore  degli  ”Incontri  di  Matematica”,  struttura seminariale del Dipartimento di Matematica e Informatica dell’Università di Messina
• membro del Comitato Organizzatore del XIV International Congress of Topology (Milazzo, 15–19 Settembre 1997)

Curriculum

Professional experience
4/11/2005 - today
Researcher confirmed Adjunct Professor Teaching of the course of
• Computational Models and Methods for Geometry for the Master's Degree Course in Mathematics of the University of Messina.
Entrusting the course of
• Fundamentals of Computer Science for the Three-year Degree Course in Mathematics of the University of Messina for the academic year 2020/21.
In addition, I have held courses in Topology , Geometry III , Digital Topology , Institutions of Higher Geometry , Fundamentals of Computer Science, Computational Geometry for the Degree Course in Mathematics of the Faculty of Sciences MM.FF.NN. and Informatics and Statistics for the Faculty of Pharmacy of the University of Messina. 
December 2000 - January 2001 Visiting researcher
Seminar activity at the Departamento de Matemàticas and research activity in collaboration with prof. Marta Macho Stadler in the field of General Topology for Fibers.
Universidad del Pais Vasco, Bilbao (Spain) Seminar and research activity in Mathematics and Computer Science 



March 1995 - May 1995 Visiting researcher
Seminar activity at the Department of Mathematics of Kansas University and research activity in collaboration with prof. Jack R. Porter in the areas of General Topology and General Topology for Fibers.
Kansas University, Lawrence (USA) Seminar and research activity in Mathematics and Computer Science 
 
August 1995 - September 1995 Visiting researcher
Research activity in collaboration with prof. Boris A. Pasynkov in the field of General Topology for Fibers. Lomonosov Moscow State University (Russia) Research activity in Mathematics and Computer Science 
 
June 1993 - July 1993 Visiting researcher
Seminar activity at the Departamento de Matemàticas and research activity in collaboration with prof. J. Gutierrez and MA de Prada in the field of P- functions. Universidad del Pais Vasco, Bilbao (Spain) Seminar and research activity in Mathematics and Computer Science 
 
2/18/1997 - today Confirmed Researcher
Research activity in the fields of Computational Geometry, General Topology, Topology for Fibers, Mathematical Morphology, Geometry and Digital Topology , Computer Graphics and Image Analysis Department of Mathematics and Computer Science of the University of Messina, Viale Ferdinando Stagno d'Alcontres, 31 - 98166 Messina Research activity in Mathematics and Computer Science 
 
 
Education and Training
9/06/1998
PhD in Mathematics
Higher Analysis, Graph Theory, Topology for Fibers, Combinatorial Geometry
Interuniversity Consortium for the PhD Catania-Messina-Palermo Perfect compactifications of
ISCED 6 functions , 6th level of the classification of the Union European 85/368 / CEE

26/06/1992
Degree in Mathematics Mathematical
Analysis, Higher Geometry, Nuneric Analysis, Probability Calculus, Computer Science, Programming in Fortran, C, Pascal and Delphi
Faculty of Sciences MM.FF.NN. of the University of Messina with the thesis: Introduction to the theory of fractals 110/110 and honors ISCED 5, 5th level of the classification of the European Union 85/368 / EEC 
 
Skills and competences
In my professional and academic career, during which I have constantly combined the teaching activity with that of research, I have gained good skills in analysis and synthesis and I have refined my skills as a communicator and communicator. I am able to relate to people of different nationalities and cultures thanks to the experience gained in the academic field in Italy and abroad and this was also favored by the participation in the following Research Projects:
• PRA 2008/2009 Geometric and Algebraic Theories and their Applications
• PRIN 2008 Combinatoric Drawings, Graphs and their Applications
• PRIN 2006 Geometric Structures, Combinatorics and their Applications
• PRA 2005 Digital Geometry (as manager)
• PRIN 2003 Geometric Structures, Combinatorics and their Applications
• PRIN 2001 Geometric Structures, Combinatorics and their Applications
 
Organizational skills
I am able to autonomously organize the work, defining priorities and assuming responsibilities acquired through the various professional experiences listed above in which I have always been required to independently manage the various activities respecting the deadlines and the objectives set. In particular, I have been:
• Head of the Soft and Neutrosophical Topology Research Unit of the MIFT Department of the University of Messina
• member of the Scientific Committee of the Related Problems of Continuum Mechanics congress, held in Tibilisi (Georgia) from 12 to 13 October 2018
• Head of the Research Unit of Geometry and Digital Topology of the MIFT Department of the University of Messina
• President of the Organizing Committee of Mamboday 2007, workshop of web developers and users of CMS Mambo held in Reggio Calabria from 22 to 23 November 2007 and member of the organizing committees of the previous editions of MamboDay 2006 held in Venice from 10 to 11 November 2006 and of MamboDay 2005 held in Portici (NA) from 4 to 5 November 2005
• president of the Scientific Committee and Organizer of the Digital Geometry Workshop (DGW2005) held in Messina from 21 to 24 November 2005
• member of the Organizing Committee of the Geometry Days Congress held in Messina from 11 to 12 November 2004
• member of the Organizing Committee of the International Symposium on Graphs, Designs and Applications (ISGDA 2003) held in Messina from 30/9 to 4/10 2003   
• member of the Organizing Committee of the 6th Workshop on Combinatorics held in Messina from 25 to 27 March 2002
• Member of the Organizing Committee of "Meetings of Mathematics", seminar of the Department of Mathematics and Computer Science of the University of Messina     
• member of the Organizing Committee of the XIV International Congress of Topology (Milazzo, 15-19 September 1997)
Furthermore, over the years, I have been supervisor of several graduate and doctoral theses.


Technical skills and competences
Excellent skills in analysis, design and development of complex software and web systems. Good knowledge of the Model-ViewController (MVC) software / web development paradigm. Excellent understanding of technical documents also written in English. Excellent graphic processing skills for the construction of paper and multimedia products . Good knowledge of digital video editing and post-production techniques . Good knowledge of website positioning and promotion techniques . Excellent skills and experience in the design and development of accessible websites compliant with the XHTML 1.0, CSS and WAI WCAG 1.0 requirements of the World Wide Web Consortium (W3C), as well as with the specific requirements of Law 9 January 2004, n. 4, "Provisions for facilitating the access of disabled people to IT tools" (better known as the Stanca Law) as well as in the assessment of the level of accessibility of a site created by third parties and in the drafting of the related technical accessibility report. Excellent knowledge of Windows operating systems (in various versions) and of the Office package as well as of most internet communication tools. Good knowledge of Linux and Unix operating systems and of the main Open Source software available for them. Excellent knowledge of PaScal, Delphi / Lazarus, C, C ++, Python, Visual Basic, Perl, GLBasic and Dart programming languages . Good knowledge of the design and development techniques of applications ( apps ) for smartphones in the Android environment. Excellent knowledge of website and web application description and modeling languages ​​and in particular of XHTML, CSS, HTML, JavaScript, AJAX, JQuery, MySQL and PHP. Excellent knowledge of the CodeIgniter framework used for building dynamic websites. Good knowledge in the installation and configuration of the Apache web server both locally and remotely. Excellent knowledge of software tools for web code development including Adobe Dreamweaver, CodeLobster, Eclipse and Top Style. Excellent knowledge of the main multimedia graphics software including Adobe Photoshop, Adobe Fireworks, Microangelo, Adobe Flash and Gimp. Good knowledge of video editing software such as Adobe Premiere, AVS Video Editor and Adobe After Effects. Good knowledge of the main protocols and software for data transfer to and from external servers. Good knowledge of the main three-dimensional graphic modeling software such as 3DStudio Max and Blender. Furthermore, I am an accredited Ei-Pass tutor on the Didasko platform and I have obtained the Ei-Pass 7 User Modules, Ei-Pass Web, Ei-Pass Progressi ve, Ei-Pass Teacher, Ei-Pass Digital School certifications issued by the official provider. of the international CertiPass IT skills certification programs.   

Scientific papers
During my academic career I have produced over forty scientific articles published in international journals, a manual for the editing of scientific texts published by Apogeo and numerous handouts for use by students.

Nordo G., Mehmood A., and Broumi S. Single valued neutrosophic filters.
International Journal of Neutrosophic Science, 6(1):8–21, 2020
Mehmood A., Nadeem F., Park C., Nordo G., Kalsoom H., Khan M.R., and Abbas N. Neutrosophic soft ?-open set in neutrosophic soft topological spaces.
Journal of Algorithms and Computation, 52(1):37–66, 2020
Jafari S., Latif R.M., Nordo G., and Rajesh N.
Properties of alpha-open sets in ideal generalized topological spaces.
preprint, 2020
 
Mehmood A., Nordo G., Nadeem F., Kalsoom H., Jabeen S., and Gul M. Neutrosophic soft s-open sets.
Sohag Journal of Mathematics, 2020
 
Mehmood A., Nadeem F., Nordo G., Zamir M., Park C., and Ainhum M.A. Soft s-open sets in soft bi-topological structure concerning crisp points. Bulletin of the Korean Mathematical Society, 2020
 
Mehmood A., Saleem A., and Nordo G.
Soft ?-open set in neutrosophic soft topological spaces.
Journal of Mahani Mathematical Research Center, 2020
 
Mehmood A., Park C., Nordo G., and Saleem A.
Applications of neutrosophic soft ?-open set to neutrosophic soft topological spaces.
Communications in Mahtematics and Applications, 2020
 
Mehmood A., Jamal M., Nordo G., Khan M.Y., and Zamir M. Parameter density in soft topological spaces.
preprint, 2020
 
Mehmood A., Nadeem F., Nordo G., Zamir M., Park C., Kalsoom H., Jabeen S., and Khan M.Y.
Generalized neutrosophic separation axioms in neutrosophic soft topological spaces.
Neutrosophic Sets and Systems, 32(1):38–51, 2020
 
Matevossian H.A., Nordo G., and Sako T.
Biharmonic problems and their application in engineering and medicine.
In Proceedings of II International Forum Ädvances in Composite Science and Technologies¨Bauman Moscow State Technical University, pages 12–13, 2020
Matevossian H.A., Nordo G., and Vestyak V.A.
Behavior of solutions of the cauchy problem and the mixed initial boundary value problem for an inhomogeneous hyperbolic equation with periodic coefficients.
To appera in: Advanced Structured Materials, Springer Nature Switzerland AG, 2020
 
Nordo G.
A soft embedding theorem for soft topological spaces.
In Proceedings of ICoNSoM 2019 International Conference on Nonlinear Solid Mechanics, 2019
 
Matevossian H.A. and Nordo G.
Homogenization of semi-linear elliptic and parabolic operators in perforated domains. In Book of Abstracts of the International Scientific Workshop "Related Problems of Continuum Mechanics", page 19, 2019
 
Khattak A.M., Nadeem F., Zamir M., Nordo G., Park C., and Gul M. Other separation axioms in soft bi-topological space.
Malaya Journal of Matematik, 07:724–734, 2019
 
Khattak A.M., Nordo G., Zamir M., Park C., Nazia H., Nadeem F., and Shamona J. Soft b-separation axioms in neutrosophic soft topological structures.
Annals of Fuzzy Mathematics and Informatics, 18:93–105, 2019

Nordo G.
An embedding lemma in soft topological spaces.
In Proceedings of the International Scientific Conference on Related Problems of Continuum Mechanics, 2018
 
Nordo G.
Soft n-topological spaces.
In Hovik Matevossian, editor, Proceedings of the 7th IC-MSQUARE, International Conference on Mathematical Modeling in Physical Sciences, volume 20. MMSE Journal: Mechanics, Materials Science & Engineering, 2018
 
Nordo G. and Maimone A.
A note on dimension and gaps in digital geometry.
Filomat, 31:1215–1227, 2017
 
Nordo G. and Maimone A.
0-gaps on 3d digital curves.
Prikladnaja Matematika I Matematicheskaja Fizika, 1:119–128, 2015
 
Nordo G. and Maimone A.
A formula for the number of (n-2)-gap in digital n-objects.
Filomat, 27, 2013