Abderrahmane HAMMAR

I have over 22 years of experience in power electronics, electrification, embedded systems, and autonomous vehicles. My expertise lies in managing multidisciplinary teams, leading complex projects, and delivering innovative solutions in energy storage systems, advanced power converters, and autonomous vehicle technologies. Recently certified in AI project management, I leverage AI to optimize workflows, enhance efficiency, and drive impactful results. I am committed to integrating advanced technologies to ensure success in dynamic and evolving industries. https://drive.google.com/file/d/1H1M4fjfvSuBkR_9rYmNb7yl8lk1r9MaQ/view?usp=drive_link

Personal project certified by 26 Academy in December 2024. Elevate R&D Processes with Cutting-Edge AI Automation. See presentation in the https://hammaiapp.com/

Battery Technical project manager for heavy electric vehicle for Alten and Renault

o Techncial leader projet SBMC (Swappable Batteries Motorcycle Consortium) o Definition of the SBMC product and its limits o Technical solutions to fulfill product defined o Responsible of pack of batterie (prototypes) https://www.linkedin.com/company/swappable-batteries-motorcycle-consortium/

o Since 06/2022 (Alten/Renault) Team organization and skills development Process for electronic component building including validation plan based on scenarios Pilotage dev Composants pour Renault (RSA)

• Company Organization shifting from Full matrix to Hybrid organization and may be later to biologic organization! • Strategy definition for ADS ; roadmap market oriented (Minimum Viable Product): • Vehicles and applications targeting (shuttles, industrials…= • ADS roadmap translation through specified ODD and defined Scenarios • Translation of the ODD by so called situations versus fallback (ODD exit & ADS failure) • Translation of the strategy “MVP” to technical languages for development • Initiation to modified development process influenced by new safety requested capabilities and scenarios Taxonomy culture

o Battery systems for marine applications o Battery systems for railway applications: Validation plan o Contribution to market demands o 48V product strategy

o Technical specifications of the various functions of the GFE perimeter o Responsible for the QCDP of the perimeter (Design to cost, Supplier Recommendation) o Management of the Functional Group team o Definition of the operations strategy in particular for the (validation plan) o Development of the software according to the ‘Model Based Development’ method

o Project management of the Distributed Energy Resource (DER) o Definition of general and technical specifications for the electrical energy storage system, the Blue-solution LMP battery being the basic element o Definition of electrical architectures for the overall system o Follow-up of the set-up of the power interfaces by the different partners o Definition of the Communication and control architecture of the energy storage system and the power interface.