Mohamed Nadhir GHODHBENE

- Defined end-to-end system requirements for an OTA firmware update solution in a Battery Management System (BMS), integrating IoT connectivity to the cloud.. - Developed and implemented a test strategy ensuring full validation of system functionality, performance, and reliability. - Defined and maintained requirement traceability by linking system, software, and test cases for end-to-end coverage.Proposed and designed a logging concept to enhance system robustness, enabling IoT-based error detection and failure tracking. - Collaborated with cross-functional teams (software, hardware, and cloud teams) to ensure alignment between systemr equirements and implementation. - Ensured compliance with industry standards and best practices for BMS and IoT-based firmware updates.

• Missions and tasks : - Managing requirements for the project using DOORS Next Generation - Write low level and high level requirements ( LLR and HLR ) for different modules of the software. - Write Software Detailed Desgin SDD for different modules of the Software and automatically generate SDD using a tool called Doxygen for existing modules. - Built a Python bot based on Selenium for Web Automation to extract requirements from an old platform and upload it automatically to DOORS NG - Established and reviewed tracebility links for the different elements of the project environment (Architecture, SDD, Code, Tests ..etc ) - Work on transversal activities like supporting multiple teams of the train with requirement management and traceability activities. Methodology : Agile SAFe

During this internship i was able to do my Engineering end of studies project entitled "Self-driving vehicles scenario Demonstrator" - Developing Deep Learning and Computer Vision based algorithms for an autonomous vehicle trajectory planning. -Designing an autonomous vehicle model. -Modelling an autonomous vehicle cruise control ADAS on Simulink.