Scientific Computing Analyst with experience in supporting researchers using HPC/Advanced Research Computing facilities, organizing and teaching (parallel) programming workshops (MPI, OpenMP, Python, Xeon Phi, ...), scientific software, job scheduling software, and high-level system administration.Also an established researcher with a Ph.D. in Engineering Mathematics, specializing in computational dynamical systems.Mathematical specializations acquired include nonlinear dynamics, computational mathematics, modelling dynamical systems, ordinary differential equations, bifurcation theory, and numerical methods for global bifurcations. Applications include cell dynamics, laser dynamics, celestial mechanics, and molecular motors.World expert on the numerical continuation package AUTO.Maintained this software since 2002, creating regular releases, updating its documentation, researching and implementing new algorithms, and improving usability, efficiency, parallelization, visualization, and portability.Installed, maintained, helped troubleshooting, organized workshops and gave advice about the AUTO software package to numerous students and other researchers, developing a reputation for being a patient and effective guide and instructor.Disseminated research results in more than 10 publications and presented at over 30 international conferences, workshops, and seminars.Experienced teacher, having taught and coordinated mathematics courses in 5 different countries.Specialties: Computer skills: Unix/Linux, Windows, C, C++, Fortran, Python, parallelization techniques (OpenMP, MPI), source control management software (CVS, Subversion, Perforce, Mercurial, Git), mathematical software (Mathematica, Maple, MATLAB), specialized dynamical systems software (DSTool, AUTO), LaTeX, and Office.