Overview In this role you drive virtual engineering for vehicle dynamics by integrating full-vehicle co-simulation packages. You'll partner across design, validation, hardware and software teams to keep the virtual vehicle up to date and performant. You'll work on models and simulations that span EV, PHEV, and ICE programs, shaping dynamics, chassis controls, and safety-critical systems. This is a highly technical, collaborative opportunity to advance GM's digital validation capabilities and deliver impactful, scalable co-simulation solutions. ResponsibilitiesLead alignment of co-simulation partners to meet technical and timing demandsServe as single point of contact for vehicle dynamics co-sim users and resolve usage issuesForecast needs and escalate required resourcesIdentify opportunities to innovate processes and methodsCoordinate software releases, calibration milestones, and hardware release milestones for virtual co-simulationDevelop and integrate virtual models for active chassis systems into co-sim frameworks across EV, PHEV, and ICE programsCreate and evaluate multi-body and 1-D vehicle dynamics models and integrate sensor and propulsion systems into SIL/HIL platformsDevelop and verify FMU-based embedded controller models for vehicle subsystemsCreate and evaluate serial data interfaces (CAN, LIN, Ethernet) for embedded chassis models in SIL/HILIntegrate chassis components to support loads prediction for structural analysis of safety-critical partsVerify and validate vECUs, data communications, and vehicle models against architecture and dynamic requirementsDevelop test procedures to improve virtual development, calibration, and validation and troubleshoot supplier modelsPerform closed-loop learning to improve chassis controller fidelity and analyze simulation dataDebug embedded software in C/C++ and develop automated scripts in MATLAB and PythonLead SDM and version control adoption (e.g., GitHub) for vehicle dynamics modelsDefine supplier co-sim requirements and ensure deliverables meet quality and timing standardsRepresent vehicle dynamics needs within SIE governance and coordinate with other disciplinesMentor and develop less experienced engineers in chassis controls developmentAdvocate for adoption of virtual methods in vehicle design and validation Key requirementsBS in Mechanical, Electrical, Aerospace, Software Engineering or Computer Science5+ years of relevant experienceStrong teamwork and communication skillsAbility to balance theory with practical constraintscollaborationmentorshipproblem solvingSimpack or MSC ADAMS for multibody dynamicsCarSim or IPG CarMaker for real-time dynamicsdSPACE VEOS or equivalent for vECU environments
Not specified in the original listing.
Not specified in the original listing.