Senior Vapor Etch Process Engineer – High-Impact Wet/Gas

Micron Technology, Inc; Boise (ID); On-site; USD 120,000 - 170,000; Full time

Benefits offered by this job

Medical/Dental/Vision

Paid time off

Paid holidays

Family leave

Income protection

Job summary

Micron Technology, Inc. is seeking a Sr Vapor Etch Process Engineer (Wet Process) to develop, optimize, and sustain vapor-phase cleaning and etch processes for DRAM technologies.

You will pair wet chemistry with gas-phase reactions to improve yield and defect reduction in a high-volume manufacturing environment. The role requires hands-on vapor etch tool experience, process ownership, and strong data analytics to drive process stability and technology transfer across interfaces with equipment

Qualifications

• 2+ years direct vapor etch experience in semiconductor manufacturing.
• Experience as a process owner in high-volume manufacturing.
• Hands-on experience with vapor etch tools.
• BS or MS in engineering field or equivalent experience.

Responsibilities

• Own and optimize vapor etch process modules.
• Develop and maintain processes on single wafer vapor etch platforms.
• Drive defectivity reduction.
• Optimize process parameters including pressure, temperature, and gas flow.
• Perform root cause analysis using FMEA, 8D, SPC, and FDC.
• Lead process qualification and technology transfer.
• Collaborate with equipment engineering on hardware and stability improvements.
• Drive yield, cost, and productivity improvements.

Skills

Vapor etch

Process ownership

Data analysis

Cross-domain (wet/gas)

Education

BS/MS in engineering

Job description

Micron Technology, Inc. is seeking a Sr Vapor Etch Process Engineer (Wet Process) to develop, optimize, and sustain vapor-phase cleaning and etch processes for DRAM technologies.

You will pair wet chemistry with gas-phase reactions to improve yield and defect reduction in a high-volume manufacturing environment. The role requires hands-on vapor etch tool experience, process ownership, and strong data analytics to drive process stability and technology transfer across interfaces with equipment