Study and Development Engineer (Toulouse). I have a scientific culture relatively diversified, mainly focused on applied mathematics/physics; I keep moving in discovering and learning every day.
During my training as geophysicist @EOST (Strasbourg), I mainly specialized in geophysical data analysis and processing as well as in scientific programming. Furthermore, my final-year internship in R&D completed @CLS Group (Toulouse) and my research experiences (@EOST/@IPGS, @DIAS) allowed me to confirm my aspiration and my passion to oceanography, geophysics and applied sciences broadly speaking. In addition, I was able to learn the values of work at VIVIRAD S.A. which involve daily conviviality and commitment to its customers and collaborators.
One of my professional vocation will be to collaborate in teams; indeed, my mid-term career goal would be to work on projects which would have a global reach
Use of a BDS (Excel) created and modified by NEXEYA
OCTAVE (coded by CS): Tools and Components for Processing, Acquisition, Visualization and Exploitation of telemetry
Octave (@CS) Provides basic services of a TM and TC processing platform
create the operational procedures (Octave @CS) containing all the commands transmitted to the ANGELS nanosatellite
File o2pl (XLM) writings DHS_PAR_CptRstLecture, DHS_PAR_CptRstEcriture, DHS_PAR_CptRstLecture, DHS_PAR_CptRstReinit, DHS_PAR_FlagSatEcriture, DHS_PAR_FlagSatLecture, DHS_PAR_GENLecture, DHS_PAR_LimiteCptRstEcriture, DHS_PAR_LimiteCptRstLecture, DHS_PAR_SeuilBattEcriture, DHS_PAR_SeuilBattLecture, DHS_PAR_VersionLVDemEcriture, DHS_PAR_VersionLVDemLecture
I went to carry out a day of testing coded operational procedures in a clean room at NEXEYA (test on FlatSat)
develop satellite parameter visualization pages to control it and monitor its operation
Thanks to Octave (CS) I was able to control and view the parameters read and modified by the execution of the FCP (ex: Batterie.qvk) - HMI GUI
participate in the preparation of operations for the exploitation of the ANGELS nanosatellite
create calculated parameters and monitoring with the Best & Castor tool (Excel)
internal training towards the end of my contract: Jason-2/3, SMOS, POPS, PrestoPlot / PrestoDecom, SCAO & payload PROTEUS, SuDo, ISIS & Step-2, S3WNG mission
Use of PROTON and VTS software to simulate the trajectory and real orientation of satellites over time using files from the G2
- PROTON will be used to convert the TM from the G2 into a format readable by VTS.
- VTS is the main tool for visualizing simulations in Celestia
I unified the Northern Ireland gravity data with those from the Republic of Ireland, i.e. data owned by DIAS (GMT)
I made a cubic interpolation of unified data sets and I found the reference gravity field of the Bouguer anomalies occurring in the DIAS gravity data set
I compared the interpolated surface gravity (i.e. DIAS data) with those derived from global gravity field models, the satellite GOCO05S model and the combined EGM2008 model
Eventually, I was able to explain the origin of the bias.