Bilel Ben Ahmed

Classic / Adaptive AUTOSAR for EZ1: Remote Diagnostic (RDiag) and On Board Diagnostic (OBD) networks setup (ARA-DM, Rte, Dcm, Com, PduR DoIP-DoIP, PduR DoIP-CANTP, PduR CANTP-CANTP, PduR CANIF-CANIF, DoIP-GW, SoAD, TCP/UDP-IP, EthIf, Eth). Classic AUTOSAR for SDV: PMIC FailSafe and Reset architectures followup, review and rework. Sleep and WakeUp architectures followup, review and rework. SmartMOS architectures followup, review and rework. SW Update architectures followup, review and rework. AAOS for SDV: Configure and setup of two fsl linux vm guests under the QNX hypervisor. Design the SW architecture and the detailed software unit of the ADAS modules (ACC and AEB) with safety concept. Design the Network GW SW architecture and the detailed software unit of the DoIP GW with proxy concept.

Classic / Adaptive AUTOSAR for EZ1: Design the SW architecture of FOTA and BOOTLOADER for Renault. Act as an expert to unblock issues and to propose the right technical solutions. Design the SW architecture and the implementation of the complex/hard modules and solutions. Adaptive AUTOSAR for EB Products: Integrate and activate the IPCF protocol to sychronize the startup of the classic and the adaptive cores. Configure the EB Corbos hypervisor (based on KVM kernel) to run two EB Corbos linux guests for r-car-h3 and S32g2 target. In-tree linux kernel module development based on Yocto and the EB Corbos kernel, to support a new TI ethernet Phy device. Out of tree linux kernel module development based on Yocto and the EB Corbos kernel, to support the pwm and the adc for fsl-s32g. Design the SW architecture of the ADAS vehicle to everything module. Design and implement the detailed software unit of the ARA V2X.

Classic AUTOSAR for EZ1 : Design, Development, configuration, integration and testing of AUTOSAR basic software (BSW) modules for different levels of hardware PIU (cabin master, hood and sub): WDG, IO, CAN, ADC, SPI, GTM, NVM, ETHERNET, SMARTMOS, PMIC, SBC, VLAN, GPT, I2C, RTE, OS OSEK, EXPANDER, SPIDERS, ECUM, BSWM, MULTICORE, DMA, BOOTLOADER, TFTP... Design the SW/HW architecture of the power supply management system (Sleep, WakeUp, Standby), the health management system (Watchdog and PMIC handling), the FaleSafe and the LimpHome mechanism, the high power SmartMos outputs (Diag and Control of the SPOC+2 component). Design the SW architecture of the multicore AUTOSAR BSW partitioning, the NvM storage, the OS task scheduling and interactions, the safe react. Design the system architecture of the Diagnostic networks, the Sleep and WakeUp, the Power Management. Adaptive AUTOSAR for EZ1 : Yocto configure, build and install the Xen hypervisor dom0less image to run two DomU's fsl minimal linux vm which can use the ethernet and the pfe device for nxp s32g2 target. Develop the In-tree linux kernel module based on Yocto and the nxp fsl minimal image, to support a new Realtek switch device.

Development, testing and validation of the LL (Low Layer) and HAL (Hardware Abstraction Layer) drivers of the new STM32 microcontroller products. Analyze the architecture and the functional specification for each analog IP (Internal Peripheral): TIM, HRTIM, LPTIM, ADC, DAC, COMP, OPAMP, TEMPSENS and TOUCHSENS…

Development and implementation of a real-time production management system (PMS) and warehouse management system (WMS) for the start-up of OPEL INSIGNIA 2 Project.

Design, development and prototyping of hardware and embedded software modules for electrical control of special machines.

Design and development of a humanoid robot able to express in real time the facial emotions of its interlocutor.