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Automotive Engineer jobs in Belgium (1), Croatia (2), Czech Republic (3), Germany (14), Greece (1), Hungary (1), Italy (6), Luxembourg (1), Netherlands (5), Poland (11), Portugal (2), Romania (6), Slovakia (1), Spain (3), Sweden (1), Switzerland (4) and United Kingdom (2).
You will define and build the organizational structure beneath you, lead a multi-level engineering team, and work in close day-to-day partnership with the Operations Manager, Cell Assembly to ensure process stability, equipment reliability, and production
Responsible for leading and contributing to all aspects of aerodynamic development, including innovative concept definition and development, numerical (CFD) and physical (Wind Tunnel) testing, as well as analysis and interpretation of results, with the
Guide and facilitate all electronic circuits related development for HV Inlets, Electrical Centers, PCBs for Signal Integrity (SI) and EMC measurements. Perform simulations, worst-case circuit tolerance assessments, FMEAs, fault tree evaluations, and
Create and update the HW design (schematics, layouts etc.) for application or platform projects; Identify and report the HW risks and technical difficulties (new concepts) to respect the customer requirements; Establish and maintain the proof of design
Design, implement, and validate control algorithms for high-power AC/DC and DC/DC converters across energy and automotive products, with a focus on stability, dynamic performance, and robustness; Model and simulate converter dynamics (MATLAB/Simulink,
Coordinate project related activities and provide leadership/direction to the Project Team and other appropriate associates to meet the program targets; Coordinate that all related activities with Pilots and Prototype build within the operations are
Driving Design & Process Failure Mode Effect Analysis (FMEA) to identify risks and define appropriate actions to mitigate this risks together with cross-functional teams. Accountable to solve complex technical challenges for drive units and its components
Functional lead of the technical project from quotation phase, to concept phase and serial development; Responsible for the requirements engineering & management in the project; Responsible for System architecture, product and design definition and
The role holder will lead the development and calibration of torque management systems for electrified powertrains. The ideal candidate will combine technical expertise with project management skills to drive innovation in EV controls development.
The role supports the delivery and contribution of departmental and organisational objectives. Responsible for supporting day‑to‑day operations within their area of responsibility, working collaboratively with colleagues and stakeholders to ensure
Identify, develop, and review technical system, hardware and software requirements; Communication, organization, planning and interacting with internal work teams and project stakeholders (internal and external); Breakdown and refine the needed
Own the development and delivery of assigned system functions for HV inverter and electrified powertrain throughout the product lifecycle; Develop robust system concepts and requirements considering quality, performance, cost, timing, and customer