Nikolas M. Email & Phone Number

Marseille Area, France

Sophia Antipolis (France)

Industrialisation of the Quantizer project, a compression code of 3D image. - Establishment of a multi-platform build system - Suggest and install some project management tools : Redmine, CDash, Git - Development of an API, code refactoring and Robustification of the code - Creating a viewer application based on a scene graph - PackagingTools : GNU/Linux, C++, CMake, Git, Qt, OpenSceneGraph, OpenGL, OpenCL, Doxygen, Redmine, CDash

Sophia Antipolis (France)

Automation of the tasks which are done in the hydrodynamic studies of the society. - Creating a library of Python applications to encapsulate this tasks - Establishment of a workflow to manage this tasks - Creating a mesh converter with the VTK libraryFirst version of a plateform which collect data et generate a report in PDF format and ODF format.Tools : GNU/Linux, Python, C++, VTK, CMake, Git

Sophia Antipolis (France)

Developer engineer in the OPALE project-team of INRIA, aiming to split the Num3sis code (Fortran 95), software simulation of fluid flow, into a core and modules.- Reforging the build system with CMake- Include regression testing- Creating a plugin system in C and Fortran languages- Splitting of the Num3sis code into a kernel and plugins- Modification of code architecture- Normalization of input/output files : XML, XDR format- Creating a basic XML parser in Fortran language- Writing a install guide, a user guide- Technical supportTools : GNU/Linux, C, Fortran, VTK, CMake, Git, Subversion, Doxygen, OpenMPI, Torque

Orléans (France)

Trainee in the Eau-M2H department. - Development of a C library of a chemical engine with the PHREEQC software in order to include it in the MARTHE software of BRGM.

Trainee in the TAO project-team.- Comparative study between PSO optimizer (Particle Swarm Optimization) and CMAES optimizer (Covariance Matrix Adaptative Evolution Strategy) : to underline weak performance of PSO for resolve non-separable and ill-conditioned problems.- Beginning of development of an automatic evaluation platform for optimizer with the software Scilab.

Master 2, Applied Mathematics

Activities and Societies: numerical analysis, computational parallelism, programming, optimisation.

Master 1, Applied Mathematics

Activities and Societies: numerical analysis, scientific computing, programming, probability, statistic.