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Fabrice DE MORO

BOURGOIN-JALLIEU

Electionseuropéennes 2024

RETROUVEZ GRATUITEMENTLe résultat des européennes à Bourgoin-Jallieu ainsi que le résultat des européennes dans l'Isère.

En résumé

7 years of experience in process development/semiconductor devices.

Looking for a new position as process engineer or project manager in the fields of material science and semiconductor devices fabrication and characterization.

Mes compétences :
Thin films
Semiconductors
R&D
Crystal growth
Characterization
Management
Project Management
Silicon
Chemistry
Microelectronics
Micropackaging
Photovoltaics
DOE

Entreprises

  • Solarforce S.A. - R&D/Process Engineer

    2008 - 2014 In charge of the fabrication of thin crystaline silicon wafers and solar cell:
    - Development of 3 steps of the production process of the wafers : laser cutting, thermal treatments, wet and plasma etching.
    - Interaction with international partners for the solar cells fabrication (INES, Fraunhofer ISE, University of Konstanz, CNRS/ICUBE).
    - Improvement of the solar cells performances : analysis of the solar cells and silicon material characterization results (electrical properties, defects), PC1D simulations, feedback to the Solarforce team and to partners for processes improvement.
    - Coordinator of a large project involving several partners (Solarforce, CEA-INES, CNRS-ICUBE et INSA-LaMCoS) in the framework of the French government “Investment for the future” program supervised by the ADEME (DEMOS project).

  • CEA-LETI - R&D/Process engineer

    GRENOBLE 2007 - 2008 In charge of the development of the interconnexion step of an X-ray spectro-imaging camera fabrication process.

    Development of a flip chip collective transfer process of tantalum absorbers on a silicon sensors array with indium bumps:
    - Research and optimization of a micromachining technique of tantalum pixels (absorber material).
    - Study and optimization of the Under Bump Metallurgy.

  • CEA-LETI - Master 2 work placement

    GRENOBLE 2006 - 2006 Development of an X-ray photodector made of polycrystalline CdTe for medical imaging: study and optimization of the metal/semiconductor contact.
    - Growth of CdTe layers by Close Space Sublimation.
    - PVD and Electroless deposition of metal contacts on CdTe.
    - Analysis of the I(V) characteristics of the Schottky diodes.

Formations

Réseau

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