Wafer-Level Reliability Engineer – Product Quality

Micron; Singapore; On-site; SGD 90,000 - 120,000; Full time

Job summary

Micron Technology, Inc. in Singapore seeks a reliability-focused engineer to lead Fab 10 reliability initiatives.

You will analyze failure mechanisms, drive OQRM and SWR studies, and collaborate with Global TD, QE, and Test teams to meet quality targets. You will integrate AI-assisted insights to improve accuracy and efficiency, participate in risk reviews, and contribute to continuous improvement across the Fab network.

Qualifications

• Experience in NAND reliability work (EFA advantageous).
• Good understanding of CMOS device physics is beneficial.
• Strong problem-solving and analytical skills.
• Experience with reliability testing flow, probe tests, and device characterization.

Responsibilities

• Own reliability accountability for Singapore Fab 10 with cross-functional projects.
• Understand reliability failure mechanisms, RG/FG process tech risks and manufacturing quality.
• Develop WLR sampling plans, OQRM metrics, and risk assessments for conversions.
• Partner with Fab 10 PI/PEE and Global TD, QE, Product, Test to meet targets via process improvements.
• Act on corrective and preventive actions for CQE and FEMQA based on customer feedback,
• Drive AI-enabled enhancements within scope of work for efficiency and quality improvements.

Skills

Reliability engineering

Data analysis

NAND reliability

AI literacy

Problem solving

Device physics

Education

Bachelor's/Master's in Electrical/Electronic Engineering

Microelectronics

Material Science

Physics

Data Science and Analytics

Job description

Micron Technology, Inc. in Singapore seeks a reliability-focused engineer to lead Fab 10 reliability initiatives.

You will analyze failure mechanisms, drive OQRM and SWR studies, and collaborate with Global TD, QE, and Test teams to meet quality targets. You will integrate AI-assisted insights to improve accuracy and efficiency, participate in risk reviews, and contribute to continuous improvement across the Fab network.