Abdelali Naitouali

Development of C/C++ firmware for ARM Cortex-M microcontrollers (STM32xx, EFR32, EZR32) in a real-time environment. Contribution to the entire software lifecycle: specification writing, UML design, implementation, testing (unit, integration, functional), and defect management. Expertise in ZigBee protocols and tools like Jenkins, IAR Workbench, Rhapsody, and Reqtify. Implementation of robust embedded platforms and optimization of software performance.

Development and integration of embedded software for advanced driver-assistance systems (ADAS), including adaptive cruise control, lane keeping assist, and blind-spot detection. Collaboration with hardware, software, and validation teams for ADAS system integration. Use of simulation and development tools like MATLAB/Simulink and Vector tools to test and validate embedded solutions. Application of functional safety standards (ISO 26262) and embedded systems development processes to ensure the safety and robustness of ADAS solutions. Technical environment: Embedded Linux, C/C++, ARM Cortex, Python, MATLAB/Simulink, Vector tools, ISO 26262.

Development of functionalities related to the ATO/ATP software of the CBTC system. Implementation of software modules in C and C++ on embedded Linux platforms, ensuring the performance and reliability of the CBTC system. Writing modular and black-box test scenarios for developed functionalities. Use of Gitlab and SVN for version management, and implementation of test and build automation through Bash scripts and CI/CD tools. Analysis/Correction of bugs reported by integration, validation, and site testing teams. Support for system analyses involving the ATO module. Verification of detailed functional specifications for the CBTC onboard software. Involvement in activities related to the traction/braking control unit (ATO regulation). Technical environment: Embedded Linux, C, C++, Python, XML, Gitlab, SVN, SWIG, Bash, EN50128.