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Education
| 2005 |  | Master’s degree in Computer Science and Applied Mathematics
| | | ENSEEIHT (National school of higher education in Computer Science, Hydraulics, Electrotechnology and Applied Mathematics) - Toulouse, France |
| 2002 |  | Engineering degree, option Physics and Modeling | | |
ENSPS (National school of higher education in Physics of Strasbourg) - Strasbourg, France |
| 2002 |  | Master's degree in Subatomic Physics, Modelling, Instrumentation | | |
IPHC (Institute for Subatomic Research) - Strasbourg, France |
| 1999 |  | Licence (Bachelor’s degree) in Physics, Astrophysics option | | |
Université Paul Sabatier (University of Sciences) - Toulouse, France | | |  | 33th rank out of 694 candidates to the Engineering Schools’ Entrance Examination (CCP) |
| 1996 |  | Baccalauréat, Sciences section, Physics-Chemistry option | | |
Lycée Victor Hugo - Colomiers, France |
Professional experience
| Mar.'10 - present |  | Study Engineer at CERFACS (European Centre for Research and Advanced Training in
Scientific Computation) - Toulouse, France | | |
Study of the ergonomics and development of the generic nature of the AVSP
tool (modeling acoustic properties of combustion chambers) with view to cross-platform porting (IBM Blue Gene/Linux/Cygwin/MacOS)
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| Apr.'10 |  | Putting on line the CERFACS MPI training project | | |
MPI parallelization of the sequential code for numerically solving the 2D and 3D heat equation -
Breaking down the domain with a Cartesian process topology,
intercommunicative integration, results validation, performance evaluation : MPI 2D - MPI 3D |
| May.'09 |  | Personal project - Repairing the website "dournac.org" | | |
Migration of a LAMP solution to a Zope 3.x framework, ZPT - XHTML/CSS integration. |
| Jun'.08 |  | Putting on line project - Bachelor’s degree in Physics - Astrophysics option | | |
Numerical solving of Friedmann equations :  |
| Feb.'08 |  | Personal project - Study and use of the CAMB code (Code for Anisotropies in the Microwave
Background) | | |
Applications to the constraints on cosmological parameters in the concordance model (ΛCDM) and others alternative
models :  |
| Mar.'07 |  | Putting on line project of numerical simulation - Bachelor’s degree in Physics | | | Modeling with Matlab chaotic phenomena generated by Gaspard-Rice’s
scattering system -
Demonstration of chaos and calculation of the fractal dimension of the scatterer : 
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| Jan.'06 |  | Personal project | | | Development of JAVA applets and HTML5 Canvas elements modeling the
motion of a simple pendulum and of a simple pendulum damped by a force assimilated to air resistance :
Applet version - Canvas-html5 version
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| Jun.'05 |  | ENSEEIHT Digital Electronics Project | | | Development of a robot toy module by designing type state from Moore diagrams -
Software implementation in SHDL (Simple Hardware Description Language) -
VHDL Conversion - Hardware implementation on Xilinx Spartan-6 FPGA board (Nexys 3) : 
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| Jan.'05 |  | ENSEEIHT Software Project | | | Implementation of a generic package in ADA on n-ary and quaternary trees -
Application to image compression and decompression : 
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| Nov.'04 |  | ENSEEIHT Software Project | | |
Development of the Othello game - Setting up a man-machine strategy, coded in ADA - Javascript version : 
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| Feb.'04 |  | Putting on line ENSPS Project | | | Development of an image processing GUI in C++/QT - Fuzzy filter obtained by Gaussian convolution - Edges detection by Sobel operators - Thresholding - Applied to video streaming with OpenCV :
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| Jul.'03 |  | Hôpital Purpan de Toulouse | | |
Development of an PHP/MySQL intranet application -
Setting up and configuring an Apache server on Debian GNU/Linux -
Specifications of the database -
Completion of the interface in PHP4. |
| Mar.'02 |  | Master Trainee - IPHC | | |
Energy calibration of the calorimeter of the NEM03 experiment intended to determine a range of masses for the electronic neutrino -
Analysis of the reconstruction of events in Fortran, statistical analysis of the photomultipliers in Fortran/MySQL and in Shell script bash - Validation of the calibration and physical interpretation of the results :  |
| Nov.'01 |  | Master Numerical Simulation Project - IPHC | | |
Implementation of a perceptron in C++ on π0/γ separation in the
electromagnetic calorimeter CMS of the LHC (Large Hadron Collider) -
Specifications of the neuronal network -
Coding on Debian GNU/Linux - Validation of the learning stage :  |
| Jul.'01 |  | Trainee - ONERA (National Aerospace Research Center) | | |
Development of an application on the interpolation of electron fluxes in the
Earth’s radiation belts -
Specifications, coding in IDL on Solaris, validation of the results.
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| Nov.'00 |  | ENSPS Project with collaboration of Strasbourg Observatory | | |
Fortran simulation of an accretion disk -
Analysis of the Shakura-Sunyaev model - Making the code reliable -
Drawing up a user manual.
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| Aug.'00 |  | Trainee - LAM (Marseille Astrophysics Laboratory) | | |
Use of the hyperz program with view to the GALEX satellite - Program with which the redshift of observed objects may be calculated from their photometry - Data processing on MIDAS - Validation of the results.
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| Jan.'00 |  | ENSPS Project | | |
Numerical simulation in C programming language with the purpose of determining light geodesics in a Euclidean universe with zero cosmological
constant - Calculation of the Christoffel symbols and the differential system - Use of the Runge-Kutta numerical method of order 4 - Physical interpretation of the results : 
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IT
| Systems |  | UNIX (Solaris, AIX, HP-UX), Linux (Debian, Ubuntu, Fedora, Red-hat), MacOS, XP, Vista, 7 |
| Programming languages |  | C/C++, Ada, Fortran 77/90, Java, Python, Shell (bash,ksh,tcsh), SPARC Assembler, VHDL |
| Web languages |  | (X)HTML, CSS, XML, PHP, Javascript, Canvas-HTML5 |
| GUI libraries |  | Swing, AWT, QT, GTK |
| Parallel computing libraries |  | MPICH, OPEN-MPI, OpenMP, GPU/OpenCL |
| Methodology |  | Design Patterns, UML |
| DBMSes |  | MySQL, PostgreSQL, Oracle |
| Networks |  | TCP/IP, Apache (1.3.x,2.x), Zope 3.x, Tomcat |
| IDEs |  | Eclipse, Borland, Netbeans |
| Scientific softwares |  | Matlab (Simulink, Image Processing, Symbolic math functions, Builder JA), IDL, Maple, MIDAS |
| Office application softwares |  | Latex, MS-Office |
Languages
| French |  | Mother tongue |
| English |  | Fluent (TOEIC : 720 points) |
| Spanish |  | Conversational |
Interests
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