Vehicle Integration Specialist

Jobtailor; Chattanooga (TN); On-site; USD 85,000 - 105,000; Full time

Job summary

Jobtailor in Chattanooga, TN, seeks a test engineer to coordinate ORU robustness testing for vehicles sold in the North American market. You will plan test plans with partners, manage parts and configurations, and document results for regional use.

The role includes supporting release recommendations and OTA testing, updating test fleets, and providing guidance to less experienced teammates. A Bachelor's in Mechatronic/Industrial/Automotive Engineering and 5 years of relevant experience are

Qualifications

• Bachelor’s degree in Mechatronic, Industrial, or Automotive Engineering or related field.
• 60 months of experience.
• Testing automotive electronic system and automotive control modules.
• Automotive control module root cause analysis.
• Understanding of vehicle communication networks and ability to capture traces.
• Electric vehicle system architectures.
• Troubleshooting communication breakdowns within network by analyzing network communication.

Responsibilities

• Coordinate ORU robustness testing and support release statements for vehicles sold in North American market.
• Coordinate test plan with partners to ensure proper testing and resources are planned.
• Plan and organize needed parts and vehicles.
• Ensure that all test information is provided and relevant to the region.
• Ensure that all test orders are performed on components/control modules in necessary vehicle configurations.
• Create regular status reports as requested by partner teams.
• Support release recommendation for ORU Robustness for software and hardware tested.
• Ensure complete documentation on electrical communication errors during launch phase of vehicles.
• Ensure error documentation uploads to central database and follow up with responsible engineers for resolution.
• Provide regular reports of failure ticket status to partners.
• Attend Fehlerrunde and Task Force meetings as needed.
• Test over-the-air updates of various vehicle control modules.
• Troubleshoot as necessary.
• Update test vehicle fleet via hardware installations, software updates, etc.
• Track/update vehicle configurations in tracking systems.
• Provide guidance, advice, feedback and support to team members with less experience.

Skills

Automotive electronics testing

Root cause analysis

Vehicle networks & traces

Project coordination

Team guidance

Education

Bachelor's degree in Mechatronic/Industrial/Automotive Engineering

Job description

Responsibilities

• Coordinate ORU robustness testing and support release statements for vehicles sold in North American market.
• Coordinate test plan with partners to ensure proper testing and resources are planned.
• Plan and organize needed parts and vehicles.
• Ensure that all test information is provided and relevant to the region.
• Ensure that all test orders are performed on components/control modules in necessary vehicle configurations.
• Create regular status reports as requested by partner teams.
• Support release recommendation for ORU Robustness for software and hardware tested.
• Ensure complete documentation on electrical communication errors during launch phase of vehicles.
• Ensure error documentation uploads to central database and follow up with responsible engineers for resolution.
• Provide regular reports of failure ticket status to partners.
• Attend Fehlerrunde and Task Force meetings as needed.
• Test over-the-air updates of various vehicle control modules.
• Troubleshoot as necessary.
• Update test vehicle fleet via hardware installations, software updates, etc.
• Track/update vehicle configurations in tracking systems.
• Provide guidance, advice, feedback and support to team members with less experience.

Requirements

• Bachelor’s degree in Mechatronic, Industrial, or Automotive Engineering or related field of study.
• 60 months of experience.
• Testing automotive electronic system and automotive control modules.
• Automotive control module root cause analysis.
• Understanding of vehicle communication networks and ability to capture traces.
• Electric vehicle system architectures.
• Troubleshooting communication breakdowns within network by analyzing network communication.