EQUARS Project - EGSE Activities of the GROM Instrument and Software DevelopmentEGSE activities of the GROM Instrument (GPS radio-occultation monitor) to be embedded on INPE's scientific satellite, as well as to develop software components for radio-occultation (RO) data processing.Evaluation of the GROM instrument in relation to data acquisition and generation;Interaction with the receiver manufacturer to verify the level of functional update to be performed, making the receiver compatible with the current communication protocol of the GNSS system;Study of the characteristics of acquisition and production of raw data of the equipment;Performing studies of raw data processing types: radio-blind mode and flicker mode if applicable;Study of the functional attributes of the instrument (EGSE), preparing it for integration and testing activities;Preparation of COSMIC and GROM raw data as input parameters of the Data Analysis and Archive Center (CDAAC) data reduction software currently available from EMBRACE-INPE;Systematization of radio-blind data reduction (COSMIC and GROM);Obtaining products from the radio-concealment method for research and space climate.

Feasibility study for upgrading OpenLayers and JQuery on the SALVAR (Sistema de Alerta e Visualização de Áreas de Risco) (Alert and Visualization System of Hazardous Areas).

In the scope of the Wind Atlas project, to carry out the data processing of anemometric stations and simulations, according to data, definitions, methodology and computational tools of Cepel, for use by the Center in the generation of wind potential maps for generation purposes of electricity.

Pre-processing of Meteorological Data: Analysis and Classification of Observational Data- Data classification in TAC and BUFR format and centralization in an efficient storage system to improve data processing and development of the Center's data assimilation systems.- Analysis of the data sets acquired by CPTEC to prepare the Center's systems for the migration recommended and already initiated by WMO.

Handling of binary data. Climatological average of 30 years of reanalysis obtaining a time series of one-year rate of about 6 hours. Converting the time series to the format of reading atmospheric model BRAMS. Climatological average data at sea surface temperature (sst). Conversion of climatological sst files to the format BRAMS. Preparation of an "operational" suite for implementing the most efficient way possible model. Model Configuration to make the simulations for 365 days (one year), each one with an integration time of 36 hours, discarding the first 12 hours. Conversion of the binary data generated by BRAMS in GeoTIFF format. Availability of data. All this work is being prepared using Fortran, Shell Script, GrADS Script and Python.

Working on the project Superclima - Conversion data set generated by the model analysis CCATT-BRAMS to netcdf format to be used as input FLEXPART template file. Continue working with atmospheric models: CarbonTracker, BRAMS and CCATT-BRAMS model simulations of trajectories of winds: TRAJ, shell script, script R, process automation, computational support to the working group.

Implementation, operational maintenance and development of the "CarbonTracker" system within the Center for Weather Forecasting and Climate Studies. Integration of data from CCATT-BRAMS and FLEXPART systems.

Characterization of moisture and soil temperature over South America through numerical simulations. Study of Hydrological Models THMB and MGB-IPH. Fortran and Magics++ code creation for generating vector fields used in the models evaluator.

Design of a device of positioning for determining the spatial distribution of the Mach number in the test section of the Transonic Tunnel Pilot. Experimental analysis of the flow of air over shallow cavities using the PIV technique.

Verification and calibration of measuring instruments.