Prototyping, Testing, and Validation Engineer

Overview

Prototyping, Testing, and Validation Engineer — Full-time position with SEGULA Technologies. Accelerate your career with a fast-growing global engineering group. At SEGULA Technologies, you'll work on exciting projects and help shape the future in a company where innovation goes hand in hand with engineering. 3D printing, augmented reality, autonomous vehicles, the factory of the future... these are the daily rhythms of our 10,000 ingenious employees, so why not yours? Whether next door or on the other side of the world, at SEGULA Technologies you'll find the opportunity that will give new meaning to your career!

Responsibilities

• Manage shipping of completed battery packs to designated test facilities per customer requirements
• Coordinate validation testing per DVP&R, Stellantis specifications, best practices, and field learnings under direction of the Battery Pack Chief Engineer
• Ensure all required test specifications, procedures, battery packs, and supporting hardware (connectors, seals, plugs, etc.) are available on schedule to meet testing milestones
• Review and approve test chamber setups, fixtures, and procedures at CTC, ARDC (Windsor, Ontario), and supplier facilities in Southeast Michigan and other locations
• Track validation progress against plans and report status during program meetings
• Support troubleshooting and resolution of issues during testing
• Maintain accurate records for each validation test
• Review, approve, and sign off final test reports; ensure results are filed with completed DVP&R documentation
• Manage post-test property disposition, including teardown, inspection, or reuse decisions
• Lead maintenance, development, and improvement of test procedures, Design Validation Plans (DV), and Process Validation Plans (PV) for EV battery product development
• Provide on-site technical support as a resident engineer at supplier testing facilities
• Investigate validation issues, perform root cause analysis, and support mitigation and corrective actions
• Use CANalyzer and other diagnostic tools for battery control module integration
• Apply structured problem-solving methodologies (DFSS, 8D, 5-Why, Fault Tree Analysis) in proactive and reactive activities
• Lead root cause analysis to identify failure modes and recommend corrective actions
• Conduct diagnostic testing and recreate failure modes observed during validation or warranty cases

Qualifications

All your information will be kept confidential according to EEO guidelines.

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