Rawan Hussein

Design and Deploy for Software Integration Strategy of NXP Cores S32G3 Responsible for Hardware bring up for M7 Cores "Real time Classical AUTOSAR cores", A53 Cores "AAOS Linux cores" and BSP Bring up on NXP S32G3 on A53 cores Integrating Different Conan packages to generate the final flashable image

Managed SW integration and release processes. Acted as the technical focal point between SW sites and stakeholders. Collaborated with customers for quick issue detection and root cause analysis in perception systems. Led hardware bring-up for Cypress MCAL and Renesas packages. Customized project build chain using CMake and batch files. Integrated Vector AUTOSAR packages. Set up Jenkins for continuous integration, reducing turnaround time for engineering drops, extensive use of GIT and Jenkins.

Directly contacted BMW Main feature owner for Diagnostics including DIDs, RIDs, Freezeframes Main feature owner for DLT and CDC BMW BAC module’s configurations, requirements and adaptations needed by all the product’s features Responsible for Watchdog and synchronisation between all SoCs on the ECU Responsible for Valeo USV sensors Diagnostics handling with the USV Platform team Analysing Customer change requests & mapping them to standard architecture Performing Code Reviews on different modules.

Responsible for requirements Analysis and it’s software realisation from Design to Validation, using stakeholder requirements for RSA LIDAR project (SCALA) Vector Autosar package integration for both DCM and DEM Integration of Diagnostics CDD.

High realisation for Valeo Front CAM overall product line Main contact point for System Integration Requirements, adaptations and Issues’ handling between different entities Requirements Analysis and Test Creation for ADAS using system requirements for different OEMs (Renault, PSA, VW and Honda) using Doors Setup the test environment (NI bench, CarMaker, ADTF, Canoe) Execute, Analyse, debug the SW for possible bugs (HIL) Tracking defects alm

Analyse stakeholder requirements Manage the requirements and their changes, exchange specifications and ensure traceability Analyse the compliance with ISO UDS 142292006 and the deviation with ISO 14229-2013 Finalise the defect list, data identifiers, failure action list and routines.

Searching for new trends and technology applications of Digital Fabrication, and operations Research and develop new ideas and solutions for agreed upon challenges and create prototypes and products Deliver training tracks and curriculum developed by the education team.