Moataz Mohamed

During this period, I have been working on Business Transformation from VCC to Zenseact; migrating, adapting and redesigning a VCC component from VCC's code base to Zenseact's code base. The most important element of such an activity is making sure that everything is adapted correctly while maintaining the sanity of the VCC version and syncing between both instances. My work was featured in this "Time" article: https://time.com/7094834/volvo-cars-driver-understanding-system/

As a consultant for Volvo Cars via MCA Sweden AB, I was Software Development Lead from Aug 2021 to Jan 2024 in Gothenburg, Sweden. I developed a Driver-State functions platform for Volvo SPA2, collaborated with safety teams, migrated SW to Zenseact, and led Driver Understanding features. I handled architecture, code implementation, testing strategies, compliance, and conducted SOTIF and HARA analyses. My work was featured in "Time Magazine." https://time.com/7094834/volvo-cars-driver-understanding-system/

During my time with the Motion Planning and Platform Integration Teams, I became Principal ADAS Algorithms Engineer and Software Technical Lead. I led ADAS algorithm development in Stuttgart and Cairo, collaborated on milestone planning, mentored colleagues, designed architecture, outlined features with KPIs, planned within a SAFe Agile process, supported team tasks, and handled managerial duties delegated by my Software Manager.

During my time with the Motion Planning and Platform Integration Teams, I rose to Principal ADAS Algorithms Engineer and Software Technical Lead. I developed low-speed motion planning algorithms for Valeo's Park4U, maintained releases for OEMs, managed milestones, and contributed to test-environment development. I owned the Motion Planning module, analyzed system issues, coordinated integration activities, and ensured ISO26262 compliance within a SAFe Agile process.

While working for Alexandria for Engineering Works Co, I had the chance to do various tasks, including Electric Design of Off-Grid Renewable Energy fields powered by Solar Panels, and algorithms design of Solar Panels power management and solar tracking.