US_East | Product​/System & PLM Engineer_L

Vehicle Triage And Validation Engineer

Possible 3 Month CTH | No Fees | Confidential Submit candidates under their legal name and use only
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Work Location:

Auburn Hills, MI (On Site)

Start date:

Immediate availability. Background check MANDATORY Request Z

Role Overview:
We are looking for a Vehicle Triage and Validation Engineer for Propulsion Systems. The engineer will support the verification, validation, DVP design for Integrated Software Qualification Testing. The activities include supporting vehicles builds and high voltage testing for Propulsion System Service and End of Line (EOL) activities, supporting Aftersales teams at dealerships by tracking and addressing field Quality concerns and supporting Controls Validation, Calibration, and Validation teams during development and field issues resolution.

Key Responsibilities:

Responsible for gathering and development of requirements for the assigned propulsion features. Lead global partners to identify diagnostic requirements for new technologies and features for propulsion systems aftersales and plant diagnosability. Work with multi-discipline engineering teams to decompose and develop the diagnosability and maintainability strategies for the propulsion system. Act as the technical owner of the diagnostic content for the Client global teams and suppliers.

Proficient in handling and maintain requirements artifacts for the propulsion control system such as Diagnostic Synthesis Table (DST), Fault Repair Trees.

Mandatory skills:
Bachelor of Science or equivalent experience in Mechanical or Electrical Engineering, or related Engineering field from an ABET accredited university Proficient in developing diagnostic content for either or both electrified propulsion system and conventional Knowledge of Diagnostic Protocols, CAN messaging structure & protocol for the CAN-Bus layer and electrical systems test interface tools Proficient in CANalyzer, ETAS Inca. Good understanding of vehicle propulsion system (conventional and/or electrified) Proficiency in developing more sophisticated diagnostic strategies, such as, but not limited to, after treatment diagnostics, evaporative leak detection diagnostics.

Proficiency in comprehensive component monitoring (circuit checks, rationalities and functional checks including automatic findings) Understanding with the following programming: C++, MATLAB/Simulink, Pseudo code modification Applying a multi-functional tool chain, requiring familiarity with IBM Rational ALM, ONG, etc.