Tesla's battery cells are the foundation of every product we create, requiring innovative cell architectures with cutting-edge performance and unprecedented manufacturing scale. In a fast-paced and dynamic environment, passion and self-motivation are essential to push boundaries. The Cell Reliability Engineer will focus on evaluating and forecasting the performance and longevity of lithium-ion battery cells for Tesla’s energy products. This role involves identifying reliability limits, critical failure modes, and determining warranty reserves using statistical models and real-world data. Collaboration with cross-functional engineering teams is key to integrating insights into product development and warranty strategies. Develop and implement robust models to predict the lifetime of lithium-ion cells using data from accelerated life tests, real-world usage, and simulated stress conditions Design and execute reliability tests to simulate real-world conditions, identify failure points, and validate lifetime predictions while establishing protocols for accelerated testing Evaluate reliability limits by analyzing limit samples to define acceptable performance thresholds for product quality assurance Lead cross-functional risk analysis for new designs using tools such as DFMEA, NUDD, and fault tree analysis Identify critical failures in lithium-ion cells, including capacity loss, impedance growth, and short-circuiting, while establishing predictive models for failure forecasting Analyze battery testing data, including charge/discharge cycles and temperature variation, to enhance predictive models for lifespan forecasting Collaborate with product development, engineering, and customer support teams to integrate lifetime forecasting insights into designs, quality assurance, and warranty planning
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Job Type
Full-time
Career Level
Mid Level
Number of Employees
5,001-10,000 employees