ENGINEER - HIG HBM PSE

As an Engineer (E2) in Micron’s HBM Component Validation team, you will contribute to validation execution for advanced HBM products, ensuring zero validation misses across MBIST and Native test modes. This role focuses on hands-on test execution, data analysis, and Verilog simulation support in a fast-paced environment, while building expertise in high-speed memory validation and automation.

Responsibilities

• Validation Executio

• Assist in executing Validation Runs on IQP/ETV materials under defined timelines, ensuring coverage completeness across MBIST and Native Mode flows.

• Support time-bound data crunching (log parsing, statistical summaries) and contribute to summary report preparation.

• Platform & Test Program Support

• Operate and debug programs on SM3/Cobra (MBIST) and Advantest V93K (Native).

• Assist in hardware readiness: handler, socket, loadboard, and probe card setup.

• Technical Analysis & Simulation

• Validate high-speed I/O (>11 Gbps) and assist with eye diagram and signal integrity checks.

• Support Verilog simulation tasks (testbench execution, waveform review) to reproduce sightings and validate fixes.

• Data & Automation

• Develop basic scripts in Python for log parsing and data visualization.

• Maintain documentation in Confluence/Jira and version control in Git/Perforce.

• Debug & Collaboration

• Participate in root cause analysis sessions and assist in corrective action closure.

• Collaborate with cross-functional teams (Design, DV, QA, GQ) and attend technical meetings.

Minimum Qualifications

• Masters in Microelectronics or Integrated Circuit Design or related field

• 2+ years experience in semiconductor validation or product engineering (DRAM/HBM preferred).

• Exposure to HBM Validation concepts and flows.

• Basic experience in test platform code development (C/C++, Python) and familiarity with APG (Algorithmic Pattern Generator).

• Understanding of MBIST or Native Mode testing platforms.

• Verilog simulation exposure (running testbenches, interpreting waveforms).

• Strong analytical and problem-solving skills; ability to work in a fast-paced environment.

Preferred Skills

• Familiarity with Linux environment and version control systems (Git/SVN).

• Comfortable with lab equipment (oscilloscopes, logic analyzers).

• Knowledge of DRAM/HBM architecture and datasheet interpretation.

• Interest in automation and continuous improvement initiatives.