Senior Technical Staff - NAND Cell Film Process Innovation

Micron; Singapore; On-site; SGD 180,000 - 240,000; Full time

Job summary

Micron Technology, Inc. in Singapore is seeking a Senior Member of Technical Staff (SMTS) to lead 3D NAND cell film development. You will architect robust ALD/CVD processes, correlate materials to device performance, and mentor engineers while engaging with vendors to push capability.

The role focuses on integrating unit processes into full cell stacks, leveraging advanced characterization, and driving cross-functional strategies to improve reliability and scaling without sacrificing yield.

Qualifications

• PhD or Master's degree in a relevant field with substantial experience.
• Experience in diffusion, CVD, and cell film technologies for NAND.
• Proven track record architecting technical solutions and device correlation.

Responsibilities

• Define technical strategy and drive cross-functional implementation of advanced 3D NAND process development.
• Architect solutions and integrate unit processes into full cell packages with validated linkages.
• Lead complex problem solving across process/hardware/device interactions (RCA, FMEA, SPC) without yield trade-offs.
• Utilize advanced characterization tools (SIMS, XPS, TEM, EDX/EELS) to model parameter effects on reliability and scaling.
• Mentor engineers, lead vendor engagements, and publish internal papers or BKMs.

Skills

ALD/CVD processing

3D NAND scaling

Root cause analysis

Mentorship

Education

PhD in EE/Materials/Physics

Master's in EE/Materials

Tools

SIMS

XPS

TEM

EDX/EELS

Job description

Micron Technology, Inc. in Singapore is seeking a Senior Member of Technical Staff (SMTS) to lead 3D NAND cell film development. You will architect robust ALD/CVD processes, correlate materials to device performance, and mentor engineers while engaging with vendors to push capability.

The role focuses on integrating unit processes into full cell stacks, leveraging advanced characterization, and driving cross-functional strategies to improve reliability and scaling without sacrificing yield.