Test Systems Engineer, Test Excellence

What you'll do

• Identify test gaps by analyzing field failures, factory nonconformances, failure analysis, and FMEA risks.
• Translate complex failure mechanisms into specific, measurable, and defensible test requirements for engineering teams.
• Define functional, stress, thermal, and RF tests to expose failure modes before products reach customers.
• Own the test solution from concept through feasibility, design, sourcing, build, validation, and production implementation.
• Establish correlation, repeatability, and acceptance criteria to prove test systems detect intended failure modes.
• Deploy and maintain test systems at suppliers and factories while resolving implementation issues and engineering changes.
• Monitor detection effectiveness and quality indicators to identify and address next improvement opportunities.
• Update supplier mandates and design documents to prevent recurrence of defects in future product development.

What we're looking for

• Identify test gaps using field failures, factory nonconformances, failure analysis, 8D findings, and FMEA/FMECA risks.
• Translate complex failure mechanisms and real-world operating conditions into specific, measurable, and defensible test requirements.
• Define functional, parametric, stress, burn-in, thermal, RF, high-voltage, leak, particle, and interlock tests.
• Own the test solution from concept through deployment, including feasibility, specification, cost, schedule, and production implementation.
• Establish correlation, repeatability, reproducibility, measurement capability, calibration requirements, and acceptance criteria for test solutions.
• Monitor detection effectiveness, test-system performance, false failures, escapes, and other quality and operational indicators.
• Apply lessons from escapes to improve supplier test mandates, Functional Requirements Documents, and Design for Testability.
• Lead complex initiatives across suppliers, factories, Design Engineering, Manufacturing, and Quality teams.