Position Overview Micron's SSD Product Validation organization seeks a Firmware Test and Product Test Engineer to define and execute validation strategies for SSD firmware used in datacenter and AI applications. The role supports product development teams to ensure robust coverage of product requirements and improves firmware reliability through engineering testing and continuous improvement. Responsibilities Build and develop known, grey‐box, and closed‐system validation tests for SSD firmware used in datacenter applications. Partner with firmware, hardware, and product development teams to translate product requirements into effective and scalable validation coverage. Create, execute, and analyze test plans that verify functionality, quality, and reliability across the SSD development lifecycle, focusing on identifying firmware issues and improving product robustness. Use C, Python, and automation frameworks to accelerate firmware bug finding, support debug and root‐cause analysis, and collaborate closely with the firmware team to drive effective issue resolution and continuous improvement of validation methodologies. Leverage AI‐supported development and validation tools to accelerate test creation and contribute to industry‐leading storage solutions. Minimum Qualifications Master's degree in Computer Engineering, Electronic Engineering, or equivalent. Proven programming skills in C and Python. Good written and verbal communication skills in English. Willingness to travel, including international and intercontinental business trips, as needed. Preferred Qualifications Experience in product development, validation, verification, or product testing. Strong Python skills for test development, automation, and data‐driven problem solving. Knowledge of SSD architecture, storage concepts, and related protocols. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, veteran, or disability status. #J-18808-Ljbffr