| 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 |