HBM Reliability Engineer: Test Flows, DPM & Yield

Micron Technology, Inc.; Singapore; On-site; SGD 110,000 - 160,000; Full time

Job summary

Micron Technology, Inc. in Singapore is seeking an Engineer to join the Media Health Reliability team within HBM Product & System Engineering.

You will drive reliability test development, qualification planning, and DPM reduction across DRAM and Interface die in stacked HBM products. Collaborating with Fab, TD, GQ, Design, and Quality/Reliability groups, you will lead root-cause analyses (EFA/PFA), optimize manufacturing test flows, and push process conversions to improve yield, quality, and

Qualifications

• Degree in EE or related field
• CMOS, DRAM knowledge
• Data analysis and statistics proficiency
• Python or JMP scripting
• Strong communication skills

Responsibilities

• Develop reliability stress/test flows and plans for product reliability.
• Collaborate with Global Quality to define qualification plans and drive issue resolution.
• Drive Extrinsic and Intrinsic Reliability improvements via optimized test flows and strategies.
• Perform root-cause analysis of qual and RMA issues using EFA/PFA techniques.
• Provide recommendations for fab process conversions to improve yield and cost efficiency.
• Coordinate cross-functional work with Fab, TD, HBM Tech Development, HBM Design, System Development and Quality/Reliability teams.

Skills

Problem solving

Data analysis

Python scripting

Written & verbal communication

Team collaboration

Education

Electrical/Electronics Eng

Tools

Python

JMP

Job description

Micron Technology, Inc. in Singapore is seeking an Engineer to join the Media Health Reliability team within HBM Product & System Engineering.

You will drive reliability test development, qualification planning, and DPM reduction across DRAM and Interface die in stacked HBM products. Collaborating with Fab, TD, GQ, Design, and Quality/Reliability groups, you will lead root-cause analyses (EFA/PFA), optimize manufacturing test flows, and push process conversions to improve yield, quality, and