Innovation project for a next-generation car electronic platform, based on ethernet (Broad-R-Reach / 100 Base T1) for communication.• Co-development with tier 1 using agile (Scrum / extreme programing).• Implemented Time-sensitive networking protocols 802.1AS / IEEE 1588, to be able to synchronize all the car parts together.• QoS protocols: 802.1 Qav, 802.1 QciHardware targets: Renesas Rcar-M3 and Infineon aurix TCxxx• Co-development with tier 1 using agile (Scrum / extreme programing).• Developed autosar adaptive applications (C++) and classic (C)• Analyzed network using Vector CANoe.• Drove a Tier 1: Work packages definition, tracking, integration camps. Test deliveries.• Evaluated Tiers 2 solutions & discussed their roadmap to take our needs into account• Setup and trained on our fablab’s machines: Milling machine, laser cutter, 3D printer.Made mechanical concepts to evaluate systems integration inside cars.

• Made a proof of concept to use IOT (LoRa and Bluetooth Long Range) in cars.Based on STM32 using mbed OS platform and a Raspberry pi (Raspbian distribution).• RF path characterization for range evaluation and propose car integration.• Evaluated the cost and power consumption of the final product.

• Solved system issues and facilitate communication between several components teams: GNSS (GPS), Bluetooth, Wi-Fi.• Built a home-made Linux distribution using Yocto to test our connectivity chips on MinnowBoard Turbot.

• Managed a fully automated non-regression system for android written in Python and Java (New patch -> Compile firmware -> Flash board -> Execute requested tests -> Reporting -> Merge patch).• Scrum master for the team (8 persons).• Wrote automatic tests for Wi-Fi and Bluetooth (Tethering, Wi-Fi direct, IPv6, EAP-SIM/AKA and RADIUS…): Analyzed new use cases, wrote the architecture, developed test cases and put them in production. • Tests for LTE vs Wi-Fi / Bluetooth coexistence: Full end-to-end scenarii including automatic Rohde & Schwarz CMW-500 (network simulator) setup and interaction with the board.• Built an automation bay with 12 parallel setups (Access points, faraday cages, servers…), monitored and maintained it.• Upgraded the code for new android releases.

• Wrote the BSP (Board Support Package) to run the power management embedded firmware on NOVA family chips and wrote its corresponding build environment.• Wrote Non-regression tests automation on board and Cadence Palladium targets.

• Validated system and low-level multimedia IPs with µc/OS (JPEG codec, camera, display) using automatic tests.• Wrote Python, QT, shell scripts (automation, parsers, tools) and makefiles.• Wrote low-level physical and logical drivers for ARM cores.• Wrote the team’s common working environment (shell scripts) to work with our server cluster (LSF) and deployed the development tools (Eclipse, RVDS, trace32, ClearCase...).• Created demonstrations for the mobile world congress.• ClearCase administration and level 1 support for on-site engineers.

Temporary replacement (part time)► Clearcase administration.► Level 1 support for on-site engineers.

• Developed Bluetooth embedded stack on OSE RTOS, especially Wideband Speech profile.• Developed FM radio driver: integrated the IP into the Bluetooth stack through HCI commands.• Migrated the team's Windows-based development environment to Linux. Deployed eclipse. Wrote a build environment.• Defined the team’s coding rules.

• Integrated internal and third-part software (wrote software glue) to build a demonstration platform of our chip features in mobiles phones and in-car entertainment (Decoding video from DVB-H broadcast, audio streaming via Bluetooth, uPnP on top of Wi-Fi).• Prepared and attended Mobile World Congress and technical meetings with customers.• Responsible of the team’s Laboratory.

• Developed a JPEG codec block driver (end of studies memorandum).• Developed low-level software (physical & logical layer) and made the integration test of the network library for the Nucleus RTOS on ARM core.• Rewrote parts of the C library (mainly time API) to port a Java virtual machine on our platform.

• Made a testbed for an helicopter flight controller.• Put in place a mail server for the company.• Military computers assembly.