• Apply solid knowledge of reliability methods and power electronics / high voltage systems to design and execute accelerated reliability test plans—including design validation, burn-in, environmental stress screening (ESS), ongoing reliability testing (ORT)—using physics-of-failure and statistical models to predict long-term performance.
• Translate real-world field usage data and environmental profiles into realistic, high-fidelity test scenarios that stress the system appropriately.
• Lead design FMEAs and reliability risk assessments, identifying failure modes early and driving robust design decisions through actionable test plans and mitigation strategies.
• Investigate and resolve field and lab failures by collaborating with design, manufacturing, quality, and supplier teams—using failure analysis techniques to uncover root causes and implement effective corrective actions.
• Develop and deploy supplier process validation test plans to ensure consistency and reliability in outsourced components and manufacturing processes.
• Apply lessons learned from past projects to create reusable reliability guidelines, best practices, and design rules that improve future product development.
• Use Weibull analysis, reliability growth models, and statistical tools (e.g., JMP, Minitab) to interpret test results, validate reliability targets, and communicate confidence in system performance.
• Own end-to-end delivery of reliability initiatives—ensuring timely execution, cross-team alignment, and traceability of reliability outcomes.
• Partner with engineering, manufacturing, quality, and supply chain teams to align on reliability requirements, test strategies, and risk mitigation.
• Maintain and evolve core reliability specifications, targets, allocation frameworks, and test justification documents—ensuring they’re traceable, auditable, and aligned with product goals.
• Stay current with industry and internal standards and apply them appropriately to test and design decisions.
• Mentor junior engineers and contribute to the culture of reliability excellence across the organization.
• Take initiative on cross-functional projects and emerging challenges—proactively identifying risks and proposing solutions.

• Engineering Degree in Mechanical, Electrical or Mechatronics Engineering, Automation technology, Robotics or equivalent.
• 2+ years of hands-on experience in high-voltage power electronics reliability testing, failure analysis, and test planning—gained in lab environments, manufacturing, or field service. Academic research or internship experience is applicable.
• Deep technical understanding of high-voltage power electronics, including MOSFETs, IGBTs, power modules, gate drivers, and thermal management systems.
• Experience reading and interpreting PCB schematics, layout, and assembly drawings (PCBA level).
• Self-driven and focused individual with a proven ability to manage parallel tasks effectively, with a desire to work in a fast-paced environment.
• Proven ability to remain engaged, proactive, and positive in tough circumstances.

Additional Preferred Skills:

• Experience with burn-in testing, Environmental Stress Screening (ESS), Ongoing Reliability Testing (ORT).
• Understanding of Highly Accelerated testing methods and governing equations for different types of acceleration models.
• Experience in developing reliability guidelines and inventing novel ways of reliability testing.
• Working knowledge of reliability statistics including Weibull analysis, and experience with statistical software such as JMP, Minitab, etc.
• Practical knowledge of failure analysis techniques such as optical microscopy, SEM, CSAM, X-ray, cross-sectioning and EDX.