Dr. Gurvan Bazin

Languages: C, Fortran. Development tools: Emacs, Vim, Perforce, Valgrind, Allinea DDT, Totalview, DocBook, XMLmind, Linux. Technologies: HPC architecture, MPI, OpenMP, fftw, xml. Involved in the development of Geovation 2, a seismic data analysis software in oil and gas domain: Development, porting, debugging, support and documentation.

Languages: C, Python, bash, IDL. Development tools: Eclipse, Emacs, Vim, SVN, Valgrind, Allinea DDT, Intel Inspector and Amplifier, Linux. Technologies: HPC architecture, MPI, OpenMP, POSIX Threads, numpy/scipy, gsl, fftw. Optimization of Gadget3, a massively parallel code for numerical simulation in Astrophysics: Highly efficient algorithms, hybrid parallelization MPI+OpenMP, HPC architecture. Profiling, debugging, performance and scaling tests, optimization.

Languages: C, Python, C++, bash, SQL. Development tools: Eclipse, Emacs, Vim, Doxygen, CVS, SVN, gdb, Valgrind, Linux, Mac. Technologies: numpy/scipy, gsl, fftw, blas/lapack, MPI, OpenMP, HPC architecture, Bayesian and Monte-Carlo methods (Markov Chains, PCA, bootstrap, Neural Networks) Software module for astronomical data analysis: Specification, design, implementation, test, validation, integration, documentation and support. Data management, MySQL DB administration and utilization.

Languages: Python, C, C++, bash, tcsh, awk, Java, Matlab, SQL. Development tools: Eclipse, NetBeans, KDevelop, Emacs, Vim, CVS, SVN, gdb, Linux. Technologies: numpy/scipy, gsl, fftw, HPC architecture, Bayesian and Monte-Carlo methods (Markov Chains, PCA, bootstrap, Neural Networks). Numerical simulation for the correction of atmospheric effects on ground-based astronomical observations: Specifications, design, implementation, test, validation, integration, documentation and support.