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Micron Technology, Inc. seeks a Non-Volatile Memory QRA (NVMQRA) SSD Quality and Reliability Engineer to lead reliability and quality strategies for SSD products as they enter high-volume production.
You will drive failure analysis, data-driven risk assessment, and MRB processes while coordinating with NAND, firmware, and engineering groups across regions. The role emphasizes leveraging Generative AI tools to enhance failure analysis, automate workflows, and improve decision quality within the
Our vision is to transform how the world uses information to enrich life for all . Micron Technology is a world leader in innovating memory and storage solutions that accelerate the transformation of information into intelligence, inspiring the world to learn, communicate and advance faster than ever.
As a Non-Volatile Memory QRA (NVMQRA) Solid State Drive (SSD) Quality and Reliability Engineer at Micron Technology, Inc., you will you will be responsible for managing quality and reliability of Micron SSD products as these products enter into high volume production phase of product lifecycle.
You will perform reliability testing and data analysis on material associated with sustaining qualifications through change requests, product proliferations, special work requests and conversions. You will also take part in the management of product deviation events, through participation in product containment activities and providing quality and reliability evaluation plans for risk assessment.
You will also manage the outgoing quality and reliability (OQRM) metrics. You are expected to conduct failure analysis from qualification, evaluation and OQRM failures and report the resulting data. You can expect to conduct global meetings to determine product priorities or product dispositions.
In this role you will work with various Engineering and Quality Reliability Assurance Groups to provide technical support, expertise, consultation and training. You should expect to support customers both internal and external to Micron on an on-going basis.
Leverage AI-powered tools (e.g., Microsoft Copilot, agentic AI platforms, and other generative AI solutions) to enhance engineering effectiveness, automate routine tasks, analyze large datasets, and improve decision quality.
Drive adoption of AI-enabled workflows to increase productivity, reduce cycle time, and improve knowledge sharing within the organization.
Required: Masters' Degree in Electrical / Electronics/ Computer Engineering
Desired: PhD in Electrical/Electronics/Computer Engineering
Candidates without a Master's degree may also be considered if they possess relevant experience in Product Engineering Failure Analysis (EFA) and a strong semiconductor industry background
2-7 years of experience in any of the following:
Demonstrated ability to effectively utilize Generative AI and Agentic AI platforms (e.g., Microsoft Copilot, Claude, ChatGPT, or equivalent tools) to enhance failure analysis efficiency, automate workflows, accelerate data-driven decision making, and improve technical documentation.
Candidates should be comfortable integrating AI-assisted solutions into daily engineering activities while applying appropriate technical judgment and data governance practices.
Basic knowledge and understanding of wafer fabrication process
Basic knowledge and understanding of device physics
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