Micron Technology

Semiconductor

ProductYieldEnhancement(PYE)Engineer

$95–135k ~AI est. Boise, Idaho, United States FULL TIME
Market Sentiment
HIGH DEMAND

Neural analysis suggests this role is
optimal for Mid+ candidates.

The Brief

“Product Yield Enhancement (PYE) Engineer at Micron Technology. Skills: Electrical Failure Analysis, Fault Isolation, Yield Improvement. Perform Electrical Failure Analysis and Fault Isolation. Characterize and model backend test, internal qualification, and”

What You'll Achieve.

Improve yields of next-generation memory products; Identify and eliminate yield-limiting defects; Drive enhanced product reliability; Ensure rapid production ramp; Achieve early time to market; Ensure corrective actions are implemented; Continue yield improvement

Industry & Context.

Semiconductor
Problems you'll solve

Root cause analysis; Troubleshooting

What They're Looking For.

Must Have

Bachelor's degree in Electrical Engineering, Materials Science, Physics, or related technical discipline, 2+ years of experience in semiconductor failure analysis, yield enhancement, or closely related field, Hands-on experience with fault isolation techniques, Working knowledge of CMOS fabrication processes and package assembly flows, Proficiency in reading and interpreting semiconductor layout and schematic designs, Experience with Physical Failure Analysis (PFA) tools and de-processing techniques, Ability to perform data extractions and analysis from fab, probe, and backend test systems, Written and verbal communication skills

Nice to Have

Master's degree or Ph. D. in Electrical Engineering, Materials Science, Physics, or related field, 4+ years of experience in electrical failure analysis within high-volume semiconductor manufacturing, Experience with memory products (DRAM, NAND, or HBM), Advanced proficiency with EFA tools and techniques, Familiarity with reliability failure modes, Experience modeling or characterizing complex fail signatures, Demonstrated ability to collaborate cross-functionally, Experience with data analysis tools or scripting languages, Presentation skills

What You'll Do.

Perform Electrical Failure Analysis and Fault Isolation

Characterize and model backend test

internal qualification

Apply in-depth knowledge of CMOS fabrication processes and

Identify process- and assembly-related defects

Evaluate reliability concerns and delayed breakdown failure mechanisms

and backend data extractions

Generate organized and timely failure analysis reports

Present and coordinate findings cross-functionally

How You'll Work.

Team & Collaboration

Management teams; Product teams; Process teams; Assembly teams; Global Quality teams

Communication Scope

Written communication; Verbal communication; Presenting findings

Full Job Description

**Our vision is to transform how the world uses information to enrich life for _all_. ** Micron Technology is a world leader in innovating memory and storage solutions that accelerate the transformation of information into intelligence, inspiring the world to learn, communicate and advance faster than ever. As a Product Yield Enhancement (PYE) Electrical Failure Analysis (EFA) Engineer, you will work with a team dedicated to improving yields of next-generation memory products across all stages of the manufacturing lifecycle. Through failure analysis of test, internal qualification, and RMA failures, you will identify and help eliminate yield-limiting defects — driving enhanced product reliability, rapid production ramp, and early time to market. Your day-to-day work will center on fault isolation using a combination of electrical and physical characterization techniques paired with data analysis to pinpoint physical defects introduced during process fabrication or package assembly. You will also be responsible for presenting and coordinating failure analysis findings with Management, Product, Process, Assembly, and Global Quality teams to ensure corrective actions are implemented and yields continue to improve. **Responsibilities** * Perform Electrical Failure Analysis and Fault Isolation using emission microscopy, laser techniques, EOTPR, and PFA/de-processing methods * Characterize and model backend test, internal qualification, and RMA fail signatures using layout, schematic, and data analysis tools * Apply in-depth knowledge of CMOS fabrication processes and package assembly flows to identify process- and assembly-related defects, root causes, and downstream effects * Evaluate reliability concerns and delayed breakdown failure mechanisms across test insertions * Perform fab, probe, and backend data extractions to provide supplemental data supporting failure analysis conclusions * Generate organized and timely failure analysis reports with clearly communicated ca

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