| Language | use |
|---|---|
| FORTRAN 77/90/95 | + 10 years. I have used FORTRAN during my university studies (mainly numerical methods) and as supporting language during my PhD (control and manipulation of land surface schemes and radiative transfer models, creation of atmospheric forcing databases, cloud detection, derived Level-2 satellite products, etc.). I have used F90 extensively at ECMWF to develop infrastructure to accommodate SMOS data within the IFS, to support reanalysis development and as an offline research tool. |
| MATLAB | + 5 years. I used MATLAB as supporting language for my different research studies : implementation of assimilation methods, evaluation of clouds radiative impact, statistical analysis, construction of atmospheric forcing, quality figures, etc. |
| PV-WAVE (IDL) | + 3 years. Used mainly during my PhD studies (atmospheric forcing, figures, creation of databases, etc.). |
| SHELL | +10 years. Used during my PhD research to perform automatic tasks, help with databases, etc., and at ECMWF within the IFS, as interface for operational tasks and as supporting tool for offline research. |
| PYTHON | +1 year. Performing several tasks for my research activities |
| METVIEW macro | +8 years. I have good knowledge of the Metview macro language and the associated graphical interface. I have used it very often at ECMWF, to support and visualize my research results and developments within the IFS. |
| ECMWF software | + 8 years. MARS, SMS language, prepIFS, perforce, ECFS, Verify, ecflow. |
| Operative system | |
|---|---|
| LINUX | Extensive use of LINUX distributions (Red Hat, Mandrake, Fedora, Suse), latex, vi, nedit, emacs, gimp, xv, gnuplot, xfig, meld, etc. |
| WINDOWS | Good knowledge of Microsoft Office (Word, PowerPoint, Excel) and windows environment |
| MacOS | Good knowledge of MacOs environment |