IRAP (Research Institute in Astrophysics and Planetology) - Toulouse, France

ENSEEIHT (National school of higher education in Computer Science, Hydraulics, Electrotechnology and Applied Mathematics) - Toulouse, France

Télécom-Physique Strasbourg (National school of higher education in Physics) - Strasbourg, France

IPHC (Institute for Subatomic Research) - Université Louis Pasteur - Strasbourg, France

33th rank out of 694 candidates to the Engineering Schools’ Entrance Examination (CCP)

Lycée International Victor Hugo - Colomiers, France

Thesis topic : Theories of Modified Gravity faced to future data of EUCLID survey

• Study and Optimization of SWOT prototype (Surface Water Ocean Topography Mission) - C++/OpenMP simulation of altimetry data collection - Code profiling with Gprof, Valgrind/Callgrind and Maqao tools, Implementation improvement for scalability, Comparative tests with Intel and MKL (Math Kernel Library) compilation, Vectorization study and MPI parallelization feasibility.

• Software study of forwarding display solutions, State of the art, Benchmarking.

Modeling of galactic dynamics with GPU high computing N-Body code - Qt framework user interface - OpenGL Vertex Buffer Object (VBO) Graphical rendering. Random sampling Springel-Hernquist distribution model of massive dark matter halo (NFW profile) and stellar disk with Metropolis-Hastings and Von-Neumann algorithms :

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)

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

Migration from a LAMP solution to a Zope framework, ZPT (Zope Page Template) - XHTML/CSS integration.

Numerical solving of Friedmann equations :

Applications to the constraints on cosmological parameters in the concordance model (ΛCDM) and others alternative models :

Modeling with Matlab chaotic phenomena generated by Gaspard-Rice’s scattering system - Demonstration of chaos and calculation of the fractal dimension of the scatterer :

Numerical simulation with adaptative RK4 of a triple pendulum damped by a force assimilated to air resistance :  HTML5 Canvas version

Synthesizing VHDL description of a 32 bits SPARC processor (CRAPS) on Spartan-6 FPGA board with Xilinx ISE IDE and development of USB low level libraries for interfacing on GNU/Linux systems the processor with a Java monitor written by Jean-Christophe Buisson (N7) :

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) :

Implementation of a generic package in ADA on N-Ary and Quaternary trees - Application to image compression and decompression :

Development of the Othello game - Setting up a man-computer strategy with Negamax algorithm, coded in ADA - Javascript version :

Development of an image processing GUI in C++/Qt - Blur filter with Gaussian convolution - Edges detection by Sobel operators - Thresholding - Applied to video streaming with OpenCV :

Development of a PHP/MySQL intranet application - Setting up and configuring an Apache server on Debian GNU/Linux - Specifications of the database - Completion of the PHP interface.

Energy calibration of the calorimeter of the NEM03 experiment intended to determine a upper limit on the electronic neutrino mass - 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 :

Estimation of Higgs Boson mass by perceptron in C++ on π⁰/γ separation in the electromagnetic calorimeter CMS of LHC (Large Hadron Collider) - Specifications of the neuronal network - Coding on Debian GNU/Linux - Validation of the learning stage :

Development of an application on the interpolation of electron fluxes in the Van Allen radiation belt - Specifications, coding in IDL on Solaris, validation of the results.

Fortran simulation of an accretion disk - Analysis of the Shakura-Sunyaev model - Making the code reliable - Drawing up a user manual.

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 ESO-MIDAS - Validation of the results.

Sampling of photomultipliers and CCD cells.

Numerical simulation in C programming language with the purpose of determining light geodesics in Einstein-de Sitter Universe (Euclidean space with zero cosmological constant) - Calculation of the Christoffel symbols and the differential system with FLRW metric - Use of the Runge-Kutta numerical method of order 4 - Physical interpretation of the results :