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.

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The Firmware Test Engineering (Enterprise SSD) team at Micron Technology holds a pivotal role in validating firmware specifications for SSDs. The team develops comprehensive verification plans, implements these using Python, and ensures strict alignmnet to NVMe standards and security protocols. Testing methodologies include white-box, grey-box, and black-box approaches conducted on a module-by-module basis throughout firmware development and integration. Validation occurs across multiple environments, including simulation, FPGA prototyping, and prototype hardware.

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If you have a keen interest in semiconductors and memory testing, and enjoy devising innovative solutions through software programming, this opportunity may be ideal for you. As a FTE Intern, you will assist in designing and executing grey-box, white-box, and black-box tests to verify firmware functionality for next-generation high-performance mass storage SSD controllers. You will support verification efforts for design integrity, reliability, and performance requirements of Solid State Drives targeted at the enterprise market. The role provides extensive collaboration with project management, firmware test engineers, developers, and system hardware design professionals to address cross-disciplinary challenges. This internship delivers practical experience in SSD validation processes.

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Responsibilities

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• Develop comprehensive firmware verification plans based on customer specifications and NVMe protocols for enterprise SSD products.
• Demonstrate knowledge of NAND storage principles, SSD front-end architectures, Flash Translation Layer, and back-end algorithms.
• Implement and refine grey-box, white-box, and black-box testing methodologies to validate firmware products.
• Analyze regression failures and perform root cause analysis, requiring specialized expertise in SSD technology.
• Foster productive relationships with firmware development engineers to enhance code quality.
• Utilize machine learning techniques to optimize productivity.
• Attain proficiency in Micron’s SSD validation framework and NVMe protocol specifications.

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Minimum Qualifications

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• Currently pursuing a Bachelor’s or master’s degree in electrical or Electronics Engineering, with expected graduation in 2026 or later.
• Broad understanding of semiconductor operations, programming, statistics, pattern recognition, and computer architecture.
• Proficiency in programming languages such as C, C++, Perl, and/or Python.
• Demonstrated critical thinking, strong work ethic, capability to work autonomously as well as collaboratively, strong analytical and problem-solving skills.
• Familiarity with NAND cell technology is advantageous.

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Preferred Qualifications

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• Experience or knowledge in machine learning, data science, electrical engineering, and semiconductor principles is preferred.
• Motivation to address challenging and complex problems.
• Ability to communicate effectively within a diverse engineering and technical team.
• Initiative and adaptability in a fast-paced environment.
• Enthusiasm for hardware, software, and mathematics.

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