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Drive the technological advancement of heavy-duty vehicles. As an Automotive Engineer Vehicle Control Systems, you take the lead in the engineering support of critical low-voltage systems. Your expertise in CAN communication and control systems ensures the optimal performance of Smart Air-supply Control and Electronic Hydraulic Systems. Ready to push horizons in automotive engineering? At our client, innovation never stops. As an Automotive Engineer Vehicle Control Systems, you join the VEE Systems team within the Vehicle Engineering department. You play a pivotal role in enabling and continuing the engineering support for low-voltage vehicle control systems. Your focus lies on high-impact systems such as SAC (Smart Air-supply Control-system), EHS (Electronic Hydraulic System/rear wheel steering), and ECAS (Electronically Controlled Air Suspension). You act as a bridge between technical complexity and practical application. In close cooperation with the Supervisor or Lead Engineer, you ensure that technical requirements regarding diagnostics and functional software behavior are perfectly aligned. You do not just monitor processes; you actively shape the development features by leading the SE team in relation to electrical development.
Job Responsibility:
Aligning technical requirements, focusing on diagnostics and functional software behavior
Providing software support for one or more systems, including creating and releasing parameter files into client systems
Writing clear diagnostics documentation for internal stakeholders
Leading the SE team regarding electrical development features of the systems
Conducting technical discussions with client stakeholders and suppliers to ensure alignment on project goals
Reporting status and progress on the development process to management
Supporting releases and practical investigations, including resolution finding (FRACAS, eWarp) and hands-on support at the Research Centre
Requirements:
Bachelor or Master degree in Electrical Engineering, Mechatronical Engineering, Automotive Engineering, or a related field
Demonstrable experience with Automotive Control Systems
Hands-on experience with CAN communication and diagnostic protocols
Proficiency in using Vector CAN tools such as CanAlyzer and CanAPE