NVMQRA Solid State Drive (SSD) Quality and Reliability Engineer

Manage Reliability evaluations for deviation management Determine a reliability evaluation/trials plan Identify and manage material for sampling Perform data analysis of reliability tests results and/or by conducting failure analysis Close out evaluation and provide feedback to stakeholders Identify deviated material within Material Review Board (MRB) Take part in containment activities Determine a reliability evaluation/trials plan Identify and manage material for sampling Perform data analysis of reliability tests results and/or by conducting failure analysis Determine disposition of materials Close out evaluation and provide feedback to stakeholders Manage and coordinate various inputs from various stakeholders in Quality Reliability Collaborate with discrete component product quality and reliability team for product reliability evaluations/trials/plans Collaborate with package quality and reliability team for package-related reliability evaluations/trials/plans Manage Product Outgoing Quality and Reliability Monitoring Provide the plan for operations to execute for SSD product OQRM data collection Communicate Globally with NAND, Firmware, BUs and Engineering Groups for priority management Provide training to engineers and technicians within and outside of the group Maintain knowledge base (lessons learned) within the group for each SSD market segment Provide consultation for audits, RMA, and customer issues Required: Masters' Degree in Electrical / Electronics/ Computer Engineering Desired: PhD in Electrical/Electronics/Computer Engineering 2-3 years of experience in any of the following: Solid State Drives Product/Device engineering Non-volatile Memory Product/Device engineering Non-volatile Memory Process integration engineering Quality/Reliability engineering in semiconductor area Basic knowledge and understanding of wafer fabrication process Basic knowledge and understanding of device physics Basic knowledge and understanding of NAND device operation Basic knowledge and understanding of solid state drive operation Knowledge of various Solid State drive protocol standards such as SATA, PCIe, or NVMe Strong knowledge and understanding of semiconductor reliability statistics Good verbal and written communication skills Good time management and multi-tasking skills