Ministère de l'Enseignement Supérieur et de la Recherche Scientifique

Centre de Recherche
en Technologies Industrielles CRTI

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Curriculum vitae


NEZZARI_Hassene

M. NEZZARI Hassene
Équipe de recherche 47 : Electroacoustique et Microsystèmes (DSD)
Grade : Maitre de Recherche Classe « B »
E-Mail : h.nezzari@crti.dz


Diplomes :

  • 2013: Doctorat en Electronique
  • 2005: Magistère en Automatisation et Traitement de Signal
  • 2002: Ingénieur d'état en Electronique


Domaines de compétences scientifiques :

  • Contrôle des systèmes
  • traitement du signal
  • capteurs
  • Calcul fractionnaire
  • Couches minces


Activités scientifiques :

Communications


- Comparative study of optical properties of In0.25Ga0.75As and In0.75Ga0.25As in zinc-blende phase by first-principles calculations, 8th International Conference on Nanomaterials-Research & Application (NANOCON2016)-2016

- Elaboration des Couches Minces du ZnO Déposé par la Méthode Spray Pyrolysis à partir de Trois Sources : Application Capteur de Température., The International congress for applied mechanics, VIIIèmes Journées d’Etudes Techniques – JET’2014-2014

- Optoelectronics properties of oxidized tin sulphide thin films prepared by spray ultrasonic method, International Congress Engineering of Advanced Materials ICEAM2017-2017

- Computational study of the fundamental properties of chalcopyrite semiconductors, for photovoltaic applications: Density Functional Theory, International Congress Engineering of Advanced Materials ICEAM2017-2017

- First principle prediction of the optical properties of wide band gap of ZnO for photovoltaic applications., INTERNATIONAL CONFERENCE ON ELECTRONICS AND NEW TECHNOLOGIES (ICENT-2017)-2017

- First principle prediction, of the optical properties, of wide band gap of ZnO for photovoltaic applications., INTERNATIONAL CONFERENCE ON ELECTRONICS AND NEW TECHNOLOGIES (ICENT-2017)-2017

- FEM simulation of Surface Acoustic wave (saw) device for sensing applications, The First Edition of the Arab Conference on Mechanical Engineering-2017

- Electrical Characteristics of SnS /ZnS Heterojunction, First Arab Conference on Mechanical Engineering (ARCME’17)-2017

- SnS Thin Films Prepared by Chemical Spray Pyrolysis method, La 1ère Ecole d’Automne sur les Matériaux Emergents (EAME), 2017 -2017