Systems Integration Engineer

Project Description

The Mustang Blackbird team requires additional support involving specific electrical systems tasks (see expected deliverables).

• Vehicle Electrical Systems On‑Site Support for XM / Mule Prototype Launch, Including Systems Integration, Functional Testing, Initial Key‑Off‑Load Testing and Root Cause Analysis of Issues.

• BS Mechanical Engineering or Electrical Engineering (or equivalent)
• 5+ years experience in automotive electrical systems
• 5+ years of disciplined, team‑based problem solving (6 Sigma preferred)
• Understanding of GPDS deliverables and basic Ford Engineering tools (FEDE BOM / WERS / GPDS / Bill of Material / FMA / AIMS / 8
  
  Ds / FEDE DVP / Engineering Sign Off / DFMEA / Six Sigma)
• Experience launching new vehicles and working with a Cross‑functional Team
• Experience with Vector CAN tools, (DET) Diagnostic Engineering Tool, Multimeter, Module Software flashing, CAN network troubleshooting, Bus Queries, Radmoon, CAN log and data collection, MyCanic, Vehicle configuration (VSCS)
• Support the Software Engineer team to initiate the ECU Software Development Plan and Publish the CAN Message List
• P-Diagrams, Quality History System Integration and Electrical / Electronic System DFMEA cascaded to subsystem and components and all documents are stored in FEDE and any potential critical and critical characteristics are cascaded, where required
• Campaign prevent detailed in common schematics and captured in program schematics and Systems High Hurt Checklist
• All Device Transmittals Evaluated, Signed‑off, Completed and Released in VSEM
• The Generic Power Distribution and Grounding Strategy Assessment is complete and reviewed with System TS
• System and Subsystem Compatibility Reviews of all DCV Device Transmittals
• DCV System and Subsystem Compatibility Review checklist complete for all logical level requirements
• Issue DCRs and mark‑up schematics in DCR Database for program to support grounding and power distribution content changes, as required
• Develop the Logical Schematics with mark‑ups to support the Final Schematic development and ensure they are signed‑off by System TS
• Lead efforts to ensure the DCV Logical Schematics are complete and signed‑off by System Technical Specialist
• Work with the EDS team to get an initial DCV Physical Schematics
• Complete System Requirement Target setting, Design Verification requests initiated and cascaded in FEDE
• Complete System DV request and Breadboard requests with quantity and configurations of the Breadboards submitted to VEV Team
• All Requirement Deviations agreed and signed‑off and entered into FEDE
• Support the development and Assessment summary for the Power Supply Charge Margin, Battery throughput and Key‑Off‑Load Attribute Plans with no major issues identified
• Support the Netcom team in developing the Provisional Message List to complete the DCV Message List and any iteration updates of the Network Topology with the Netcom and Architecture team
• Support the development of the Electro Magnetic Compatibility test plan to completion of the EMC Testing
• Conduct required milestone Technical Design Review with the System Technical Specialist in preparation for the Program Engineering Cut‑off for design
• Support On Site XM / Mule Launch Build and root cause build issues