About the role

AI summarised

As a Staff HBM Component Validation Engineer at Micron, you will serve as a Subject Matter Expert in developing and maintaining test programs for High Bandwidth Memory products, ensuring zero code-related escapes across MBIST, test modes, and high-speed validation. You will own test infrastructure health, drive test time optimization and stability, mentor junior engineers, and lead cross-functional collaboration for design validation and failure analysis. This role requires deep expertise in semiconductor test development, ATE platforms, and validation methodologies for next-generation memory technologies.

IDMOnsiteHIG

Key Responsibilities

Drive and develop and maintain test programs for HBM component validation
Deliver timely test program releases aligned with validation milestones and drive code quality, reviews, and release best-practices
Drive test time optimization and parallelism improvements
Drive test stability and repeatability across sites and equipment
Drive test program debug on MBIST and native mode testers
Coach and develop technical growth of other engineers in validation approaches, platform nuances, simulation methodology, and reporting standards
Drive in hardware readiness: handler, socket, loadboard, and probe card setup
Perform validation capacity forecasting based on product ramps and coverage needs
Owns validation platform health, availability and uptime
Define/implement new standards for continuous improvement in test program development and validation test infrastructure
Validating high-speed I/O and assist with eye diagram and signal integrity checks

Requirements

Bachelor/Master’s degree in Electrical & Electronic or Computer Engineering (or related)
5+ years relevant experience in semiconductor product engineering (DRAM/HBM preferred)
5+ years hands-on test pattern and code development experience using C/C++, Python on ATE (Teradyne, Advantest etc)
Familiarity with APG (Algorithmic Pattern Generator)
5+ years technical experience as Product Development Engineering lead
Demonstrated technical work experience implementing DFT/ functional testing (loopback, MBIST, scan etc)
Relevant knowledge in Computer Architecture/DRAM concepts and flows
Relevant semiconductor engineering experience implementing AI, automation and continuous improvement initiatives
Strong communication, analytical and problem-solving skills
Flexibility to work in a fast-paced environment