Lead CMP Process Development Engineer for 3D NAND

Micron Technology; Singapore; On-site; SGD 80,000 - 120,000; Full time

Job summary

Micron Technology in Singapore is looking for a Process Development Engineer to support the advancement of next-generation NAND technologies. This position involves leading the characterization and development of CMP processes while collaborating with global teams to enhance manufacturability and performance.

The ideal candidate will have a PhD or equivalent experience with strong analytical skills and technical leadership abilities. This role is critical for driving innovations and ensuring process readiness for high-volume production.

Qualifications

• PhD with ≥5 years or Master's with ≥7 years or Bachelor's with ≥10 years in relevant fields.
• Deep technical expertise in CMP process development and optimizing for advanced nodes.
• Ability to perform root-cause analysis and manage complex projects.

Responsibilities

• Lead CMP process characterization and advanced process development for NAND technologies.
• Collaborate globally to align CMP processes with next-generation requirements.
• Drive improvements in yield, performance, and manufacturability.

Skills

CMP Process Development

Analytical skills

Technical leadership

Cross-functional collaboration

Education

PhD with ≥5 years

Master’s degree with ≥7 years

Bachelor’s degree with ≥10 years

Tools

Data analytics tools (e.g., Y3)

CMP polishing equipment (e.g., EBARA WS, AMAT)

Job description

Micron Technology in Singapore is looking for a Process Development Engineer to support the advancement of next-generation NAND technologies. This position involves leading the characterization and development of CMP processes while collaborating with global teams to enhance manufacturability and performance.

The ideal candidate will have a PhD or equivalent experience with strong analytical skills and technical leadership abilities. This role is critical for driving innovations and ensuring process readiness for high-volume production.