Stellantis is looking for technology-driven professionals to support a major transformation within the automotive industry. Over the next decade, technology will significantly disrupt automotive products and customer experiences. The Hardware Electronics (HWE) organization was created to build compelling and innovative hardware platforms at the forefront of automotive technology. Actively steer the development, launch and production of High Performance Computing (HPC) hardware, overseeing all phases of the lifecycle. Work closely with HPC Project Management , Hardware Platform Design (HWP) , Software Development , Product Validation (DV/PV) teams and Electronic Manufacturing Services (EMS) suppliers. Contribute to the specification and design of HPC boards for automotive applications. Hardware-Software Interface Specifications (HSIS) Support the evaluation of scalable architecture alternatives and development paths for HPC hardware platforms. Lead the creation of quality benchmarks and standards, providing technical guidance to internal teams, suppliers and partners. Bachelor’s degree in Electrical Engineering, Electronics Engineering , or equivalent. Experience with circuit simulations and Worst Case Analysis . Experience creating Hardware-Software Interface Specifications (HSIS) . Hands-on, industry-relevant experience in automotive electronic hardware development . Strong knowledge of analog and digital design, including: Power Management ICs, MCU, digital logic, FPGA, SoC Experience supporting hardware component validation (Electrical, EMC, ESD, Environmental). Ability to analyze schematics and datasheets, understand processor architectures, memory options, automotive ICs, electrical I/O and automotive networks (CAN-FD, LIN, Ethernet, USB, PCIe). Hands-on experience with laboratory equipment such as oscilloscopes, spectrum analyzers, electronic loads and signal generators. Familiarity with automotive electronics standards (EMC/EMI, environmental testing), product verification and design safety factors. Advanced degree in Electronics Engineering. Experience in automotive hardware development within Tier 1 or Tier 2 suppliers. Experience designing electronics operating in the -40°C to +105°C temperature range. Strong knowledge of automotive communication protocols (ETH, CAN-FD, LIN, LVDS, USB, PCIe, CSI, DP, TDM) and related troubleshooting tools. Ability to think outside the box in high-pressure situations. Proactive in identifying development risks and escalating issues when needed. Ability to present technical concepts, strategies and project status to diverse audiences.