Jaume Tabernero

Leading the technical execution of a high-performance, high-voltage battery program, managing a full product family serving aviation, automotive, heavy-duty, marine, and defense applications. Responsible for end-to-end technical leadership, coordinating multidisciplinary teams across Hardware, Software, and Mechanical Engineering to ensure system integration and alignment across demanding use cases. Acting both as Technical Project Lead and System Engineer, defining and managing system requirements, product architecture, and design strategy to ensure scalable and robust solutions. Key responsibilities include: • Driving new product developments and major design evolutions • Leading cross-functional technical decision-making • Serving as primary technical interface with suppliers and end customers • Overseeing validation strategy and compliance activities • Supervising industrialization and production ramp-up • Granting final technical approval for new designs • Working in direct collaboration with Quality, Production, and Process Engineering departments to ensure strong project execution and effective follow-up of non-conformities

As a Hardware Engineer within the battery development team, I was responsible for the design and development of high- and low-voltage hardware for battery pack systems, ensuring safe, reliable and manufacturable solutions. My main responsibilities included: - Design of HV and LV PCBs using Altium Designer (schematic capture, layout and release to manufacturing, including DFM reviews with suppliers). - Definition of battery pack hardware architecture, including power distribution and grounding strategy. - Design of internal HV/LV wiring harnesses using Altium Designer Harness Extension. - Selection and validation of electromechanical components (HV contactors, fuses, pre-charge circuits, connectors, etc.). - Participation in technical discussions with suppliers and end customers. - Definition and execution of validation test plans at component and system level, including thermal characterization and endurance testing to ensure performance and reliability. - Close collaboration with mechanical, software and systems teams to ensure full product integration. During this period, I was appointed Hardware Lead for a motorsports-oriented battery project, taking full technical ownership of the hardware definition and system architecture. Responsibilities included: - Definition of the complete battery hardware architecture, including HV/LV distribution, protection strategy and signal interconnections. - Determination of all key battery elements and required internal interconnections. - Selection and technical validation of electromechanical components and BMS. - Contribution to the design of the cell module and the Battery Disconnect Unit (BDU). - Coordination of hardware-related decisions across mechanical and systems teams to ensure performance, safety and integration.

- Designing hardware based on microcontrollers and embedded systems. - Involved in the full process from requirements to the final production. - Validation of the hardware using lab equipment following stipulated procedures. - PCB full design (Schematics + Layout) with Altium Designer. - Use of LTSpice for conceptual validation. - Firmware design using NXP microcontrollers in C.

Developing Casal a Casa APP for Alteraid