I have 10 years experience as RF engineer. I worked in very small company and multinational corporation but always in multicultural environment (Europe, USA, Japan, India, Korea, China...). I have done R&D work but also customer support for Asian clients. I mainly work in the mobile phones industry but also in the space research domain.
I am now looking for new challenges, preferably in multicultural environment, either in R&D or in customer support in France, Belgium & Switzerland for the moment.
ESA – Development and building of a radiometer -> Writing of the technical specifications -> Design of the radiometer working as a Total Power Radiometer and as a Noise Adding Radiometer in X Band and Ka Band with local and remote control -> Selection of the components -> Mechanical design -> Control circuit design -> Writing of the software specifications -> Writing of the Test Plan -> Test and validation of the components and the system -> Writing of the documentation -> On site testing
SED System Inc – Development of subsystems of cryogenic receivers (LNA) X and Ka band for ESA 35m Deep Space Antenna 2 (Cebreros-Spain) -> Integration of components and tests -> Noise Temperature measurements of the components and of the full systems
ESA – Maintenance and upgrade of subsystems of cryogenic receivers (LNA) S and X band for ESA 35m Deep Space Antenna 1 (New Norcia-Australia) -> Writing of the Test Plan -> Maintenance of cryogenic cooling system -> Upgrade of the monitoring system -> RF test
ESA – Development of a 2 inputs 2 outputs Ka Band waveguide switch with 1 input 2 outputs Ka Band ferrite switches -> Mechanical design -> Control circuit design and test -> Writing of the Test Plan -> RF test
ESA – ESA – Filters Testing -> Writing of the Test Plan -> Ambient temperature and cryogenic temperature RF tests -> Tests results report
CNES – Analysis of coupling of new terrestrial solutions with satellite technologies -> Research and study on new terrestrial technologies (WiMax, iBurst, Flash-OFDM, MBWA, DVB-H, WADSL, UWB, xMax, WiMix) -> Study of the various standards and commercial offers of satellite networks (DVB-S, DVB-S2, DVB-RCS, IPOS, S-DOCSIS) -> Development of scenarios of deployment based on real or realizable cases with their characteristics in term of a number of users, services, security -> Technical study of each coupling combination of terrestrial and satellite technologies -> Economical study of various scenarios of deployment -> Classification of the terrestrial and satellite technologies couplings according to their technical performances and costs for each scenario -> Redaction of reports and presentation of the results to CNES engineers
