<p>As a Senior Reliability Test?Engineer focusing on high voltage power electronics systems, you will play a key role in designing reliability into Tesla Energy's high voltage energy conversion systems.?This role follows the reliability life cycle of the product from concept to design, development?testing/analysis, manufacturing, and field operation to design-in confirm and grow exceptional reliability at every stage. You will investigate failures through physical testing of residential and industrial energy systems (DCDC, DCAC power converters) to accurately predict the system's robustness and optimize product reliability while accelerating?Tesla's next-gen products'?time to market.</p> <ul> <li>Perform reliability testing for Industrial and Residential energy power converters </li><li>Determine?component/system level test solutions that?optimize?for product?reliability and?durability, DFMEA-based risk mitigations, test team resources, and program?schedules </li><li>Execute?independently Tesla energy product,?subsystem,?and?component-level reliability power cycling tests of switching converters such as new semiconductor technologies, integrated circuits, capacitors, transformers, etc. </li><li>Conduct test data analysis, clearly communicate test results, and collaborate with design and reliability engineers to resolve issues detected in testing </li><li>Design and implement next generation hardware test systems and setups to?facilitate?reliable design characterization and accelerated life?testing </li><li>Procure and develop required test equipment, instrumentation, and data acquisition systems to enhance creative component and product level reliability?testing </li><li>Facilitate failure analysis to understand the root cause and drive resolution for failures originating in testing </li><li>Continuously?drive design risk burndown to ensure?product design is?reliable?and durable </li><li>Ability to collaborate cross-functionally with design, reliability, and manufacturing engineers to suggest design and/or process improvements and address reliability?and durability?issues based on understanding of failure root causes </li><li>Comply with?safety policies and regulations </li><li>Degree in Electrical Engineering, or a related engineering discipline or equivalent experience </li><li>3-10?years of hands-on experience in power electronics hardware design, design validation, hardware testing, mechanical system reliability, and durability testing </li><li>Knowledge of programming in scripting languages for test automation and data analysis/post-processing </li><li>Experience specifying sensors for test instrumentation and?utilizing?data acquisition systems </li><li>Experience pro-actively owning and delivering?test engineering projects?within accelerated validation timelines </li><li>Excellent written and verbal communication as well as organization and documentation skills </li><li>Experience working safely with high voltage?equipment </li><li>Proven ability to develop reliability and durability test setups, including environmental, mechanical, and electrical stress testing, highly?preferred </li><li>Preferred to have experience of common automotive communication protocols (CAN, Ethernet) </li></ul>