Define and specify validation strategy for signal processing algorithms, communications systems and navigation products in the space segment.Technical interface to software and hardware suppliers.Digital validation architect and manager for the Inter-Satellite Link (ISL) transceiver subsystem for the Galileo Second Generation (G2) satellites.

Specify, design and develop algorithms for the Prediction Chain Facility (PCF) component for EGNOS V3. The European Geostationary Navigation Overlay Service (EGNOS) is Europe's regional satellite-based augmentation system (SBAS).Develop prototypes to validate PCF algorithms.

• Software development for GNSS Core components. • Test script automation development in BeanShell for Packet Utilisation Standard (PUS) software verification in inter-satellite communications and ranging systems.• Matlab scripting for simulation and validation of communication systems in space.• Software development for Electrical Ground Support Equipment (EGSE).

• Design and development of feature detection algorithms for space observation missions andimplementation in reconfigurable array processor (High Performance Data Processor - HPDP).• Functional verification of the implemented algorithm and performance analysis of the implementation (NML, C and C++ programming).

• Creation, conformance testing and maintenance of DASH test vectors within MPEG and DASH-IF.• Usage of open source content generation tools as FFmpeg, GPAC.• Development and enhancement of DASH conformance software based in C/C++ and PHP.• Repository management in Github.• XML Schema and Schematron conformance.

• C programming of embedded systems.• C programming of embedded systems running real time operating systems (RTOS) on ARM devices, using proprietary API (Wavecom - Sierra Wireless) and AT commands.• Design and develop hardware and software for embedded systems for location-based services, using GPS modules, TCP/IP communications (via GRPS/EDGE, WiFi and Ethernet), Bluetooth and serial control of peripherals (UART, SPI, I2C).• Design electronics architecture, schematics and PCB… Show more • C programming of embedded systems.• C programming of embedded systems running real time operating systems (RTOS) on ARM devices, using proprietary API (Wavecom - Sierra Wireless) and AT commands.• Design and develop hardware and software for embedded systems for location-based services, using GPS modules, TCP/IP communications (via GRPS/EDGE, WiFi and Ethernet), Bluetooth and serial control of peripherals (UART, SPI, I2C).• Design electronics architecture, schematics and PCB layout for embedded systems integrating cellular modules, WiFi, Bluetooth, microcontrollers, ARM, GPS and other peripherals.• Define and programming data communications protocols over TCP/IP for integration between embedded hardware and Web platforms for traffic and fleet management.• SOAP WebService consumer in C for Embedded Systems via EDGE.• Development process under Scrum methodology.• Requirements, documentation and design and execute test cases for embedded software. Show less

• Carry out research in order to to analyze the viability of developing and offering a Mobile TV service, evaluating the international and local market, technological standards, equipment vendors and regulatory framework.• Develop a Desktop application in Visual C++ .NET Framework, to distribute on demand and automatically, multimedia content via Bluetooth to mobile phones and other devices.