Bouabidi Mourad

Wireless connectivity software for automative KEYFOB : System Requirements Review: Ensured alignment with project objectives and technical feasibility through detailed system requirements reviews. Software Module Development: Designed and implemented custom software modules, driven by comprehensive preliminary analysis. SDK Analysis: Evaluated SDKs for effective design patterns, optimizing integration and functionality. Debugging & Issue Resolution: Utilized JTAG, GHS debuggers, and Saleae for advanced debugging and issue resolution, ensuring system stability. Code Review: Conducted thorough code reviews via Gerrit, ensuring adherence to best practices and standards. Static Code Analysis: Used Klocwork for in-depth static code analysis, addressing potential vulnerabilities and quality issues. Simulation & Testing: Used Canoe to simulate and test communication protocols, ensuring precise system behavior. Unit Testing: Performed robust unit testing with VectorCAST to maintain high reliability and code quality.

Embedded Fleet Management Solution: Implemented a comprehensive solution on Telemaco3P microcontroller, focusing on robust communication, real-time data processing, and secure OTA updates: * Peripheral Driver Updates: Optimized drivers for peripherals including accelerometers, GPS, andGSM modules. * BLE Module Development: Developed PAN1740 BLE module driver, enabling seamless sensor-to-smartphone communication. * Communication Services: Created services for ICAN-ECU communication, supporting real-time data exchange via CAN, UDS, and OBD protocols. *Reverse Engineering: Extracted and analyzed DTCs and diagnostic data from tools across multiple vehicle brands for accurate implementation. * Secure OTA Integration: Integrated secure OTA updates with reliable data transmission to servers. * Debugging & Problem-Solving: Leveraged JTAG, oscilloscopes, and advanced methodologies to troubleshoot software and hardware, ensuring system stability. * Specification & Testing: Conducted rigorous testing and authored specifications, ensuring high-quality, documented software. Keywords:C,C++,FREERTOS,Eclipse,Cmake ,CAN,OBD,MQTT, Sockets,

Development of an embedded Linux-based intelligent video surveillance system using Yocto Project, for real-time retrieval and analysis of football match videos in a robust, customizable environment: * Custom Linux kernel optimized for video capture, real-time processing, and network communication. * Development of modules for real-time video stream retrieval via compatible interfaces USB * Use of lightweight, optimized frameworks OpenCV integrated into a minimal Linux image for video processing and real-time analysis. * Efficient local database SQLite integrated into Yocto image for system control and configuration. * Lightweight GUI using QT within the embedded Linux environment for system supervision. Keywords:C,C++,Linux,Yocto project,SQL,QT,OpenCV