Altair Engineering

posted 3 months ago

Full-time - Mid Level
1,001-5,000 employees
Professional, Scientific, and Technical Services

About the position

Our client in Allen Park, MI is seeking a Systems Integration Engineer to support the Software Engineer team in initiating the ECU Software Development Plan and publishing the CAN Message List. The role involves working with P-Diagrams, Quality History System Integration, and Electrical/Electronic System DFMEA, ensuring that all documents are stored in FEDE. The engineer will be responsible for cascading any potential critical characteristics where required, and ensuring that campaign prevent details are captured in program schematics and Systems High Hurt Checklist. The Systems Integration Engineer will evaluate, sign-off, complete, and release all Device Transmittals in VSEM. They will also conduct a Generic Power Distribution and Grounding Strategy Assessment, reviewing it with System TS. The role requires conducting System and Subsystem Compatibility Reviews of all DCV Device Transmittals and completing the DCV System and Subsystem Compatibility Review checklist for all logical level requirements. The engineer will issue DCRs and mark-up schematics in the DCR Database to support grounding and power distribution content changes as needed. Additionally, the engineer will develop Logical Schematics with mark-ups to support Final Schematic development, ensuring they are signed-off by System TS. They will lead efforts to ensure the DCV Logical Schematics are complete and signed-off, work with the EDS team to obtain initial DCV Physical Schematics, and complete System Requirement Target setting. The engineer will also initiate Design Verification requests and submit Breadboard requests to the VEV Team. The role includes supporting the development and assessment summary for the Power Supply Charge Margin, Battery throughput, and Key-Off-Load Attribute Plans, ensuring no major issues are identified. The engineer will assist the Netcom team in developing the Provisional Message List and any iteration updates of the Network Topology. They will also support the development of the Electro Magnetic Compatibility test plan and conduct required milestone Technical Design Reviews with the System Technical Specialist in preparation for the Program Engineering Cut-off for design. Finally, the engineer will support On-Site XM/Mule Launch Build and root cause build issues.

Responsibilities

  • Support the Software Engineer team to initiate the ECU Software Development Plan and publish the CAN Message List.
  • Work with P-Diagrams, Quality History System Integration, and Electrical/Electronic System DFMEA, ensuring all documents are stored in FEDE.
  • Evaluate, sign-off, complete, and release all Device Transmittals in VSEM.
  • Conduct Generic Power Distribution and Grounding Strategy Assessment and review with System TS.
  • Conduct System and Subsystem Compatibility Reviews of all DCV Device Transmittals.
  • Complete the DCV System and Subsystem Compatibility Review checklist for all logical level requirements.
  • Issue DCRs and mark-up schematics in the DCR Database for grounding and power distribution content changes.
  • Develop Logical Schematics with mark-ups to support Final Schematic development and ensure sign-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 initial DCV Physical Schematics.
  • Complete System Requirement Target setting and initiate Design Verification requests in FEDE.
  • Submit Breadboard requests to the VEV Team with quantity and configurations.
  • Ensure all Requirement Deviations are agreed, signed-off, and entered into FEDE.
  • Support the development and assessment summary for Power Supply Charge Margin, Battery throughput, and Key-Off-Load Attribute Plans.
  • Assist the Netcom team in developing the Provisional Message List and updates of the Network Topology.
  • Support the development of the Electro Magnetic Compatibility test plan and conduct milestone Technical Design Reviews.
  • Support On-Site XM/Mule Launch Build and root cause build issues.

Requirements

  • BS in Mechanical Engineering or Electrical Engineering (or equivalent).
  • 5+ years of 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 / 8Ds / FEDE DVP / Engineering Sign Off / DFMEA / Six Sigma).
  • Experience launching new vehicles and working with a Cross-functional Team.
  • Experience with Vector CAN tools, Diagnostic Engineering Tool, Multimeter, Module Software flashing, CAN network troubleshooting, Bus Queries, Radmoon, CAN log and data collection, MyCanic, VehicleA configuration.

Nice-to-haves

  • Experience with advanced simulation tools.
  • Familiarity with automotive industry standards and regulations.
  • Knowledge of software development processes and methodologies.

Benefits

  • Competitive Salary
  • Comprehensive Benefit Package
  • 401(k) with matching contributions
  • Paid Time Off
  • Employee Discounts
  • Free training on all Altair products
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