Reliability Engineer

Responsibilities

• Design and lead accelerated life test (ALT), life-leader, and component reliability test campaigns across our hardware.
• Develop reliability test plans that map applied stresses to field conditions using appropriate acceleration models.
• Perform the statistical analysis that determines test article quantities, sample sizes, test durations, and confidence/reliability targets (e.g., reliability demonstration testing, Weibull/life-data analysis, sudden-death testing).
• Define and allocate reliability requirements across systems and components.
• Analyze test and field data to characterize failure modes, life distributions, and reliability growth.
• Lead failure analysis and root-cause investigations and drive corrective actions to closure.
• Develop and maintain reliability models and artifacts — FMEA/FMECA, reliability block diagrams, fault trees, and life predictions.
• Work embedded with test engineering to execute campaigns, instrument test articles, and interpret results.
• Partner with design, manufacturing, and quality to embed design-for-reliability (DfR) practices across the product lifecycle.
• Establish reliability metrics, tracking, and reporting to give leadership a clear view of hardware maturity and risk.
• Basic Qualifications
• Strong understanding of engineering fundamentals.