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My researches concern particularly the areas of activities :
I'm looking for a job - Full time or in VIE (French government program)
Currently employed for the professional training part of the IFIPS Engineering degree BULL SAS, I'll finish my contract on July 31, 2008.
I would like to work in electronics, and more particularly in the aeronautics' field. Indeed, having an experience in the field of computer science, I realized by this rewarding experience (from a technical and human point of view) this is not the domain which attracts me the most, but aeronautics has fascinated me since adolescence.
Mission : Estimated area of electronically board, made electrical measurements to specify new electronics component, made logical symbol components to do schematics.
Mission : Analysed texts for industrial phone service supplies, made electronic plans, called suppliers, followed progress on site.
Since September 2005
3-year professional engineering programme specialising in electronics. « Diplôme d’ingénieur en Génie Electrique spécialité Informatique Industrielle en alternance »
September 2003 - July 2005
2-year technical diploma in electronic engineering and industrial information technology, option electronics, «DUT Diplôme Universitaire de Technologie » on a sandwich course
Area of specialisation :electronics
. Realisation of an spectrometer at Fourier transformers : project for IFIPS between three sections (Information Technology, electronic engineering, and optronics), measurements of interferences by controlling movement of a step by step motor by microchip and acquirement of data by LabView ;
. Realisation of games like Sudoku : Java application ;
. Model of « human eyes » : OpenGL project.
. Design a changeable out-of-phase assembly: checking out-of-phase between two sine signals :
Simulation of differents parts of assemblage over SwitcherCad,
Verification of simulations on Oscilloscope,
. Design a numerical sine adjustment: realization of a sine out-of-phase signal generation and time-varying phase angle by programming,
. Design an automatic test for component AD633.
. Realisation of a transmitter FM :
Measure of the audio source on numerical oscilloscope (temporal, fréquentielle),
Simulation of the different parts of the treatment of the sign (modulation, démodulation),
Check on signs acquired in the oscilloscope.