Sr. Process Quality Engineer at Micron Technology

Boise, Idaho, United States -

Full Time

Start Date

Immediate

Expiry Date

03 Feb, 26

Salary

0.0

Posted On

05 Nov, 25

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Contamination Control, Data Analysis, Continuous Improvement, Risk Assessment, Collaboration, Analytical Testing, Process Development, Process Integration, Cleanroom Protocols, DRAM Process Areas, Project Leadership, Root Cause Analysis, Tool Sharing, Instrumentation Knowledge, Cross-Contamination Mitigation, Environmental Control

Industry

Semiconductor Manufacturing

Description

Develop tools to analyze contamination data across process flows, detect anomalies, and collaborate with relevant teams to resolve out-of-control conditions. Demonstrate a continuous improvement approach by actively seeking opportunities to improve operations and make an immediate, significant impact. Collaborate on implementing new inspection tools and strategies to enable earlier problem detection and accurately identify root causes Evaluate risks and establish tool-sharing protocols between TD and HVM through close collaboration with key team members. Handle the NMI business process for TD materials, collaborating closely with Fab partners such as Process Development Engineers, Process Integration Engineers, Equipment Engineers, and Area Manufacturing Engineering teams. Conduct TD NMI risk assessments across multiple technologies (Planar DRAM, Steller, APTD) and develop protocols aligned with tool-sharing requirements between TD and HVM to mitigate cross-contamination risks. Compose and implement the FOUP Environment Control (FEC) setup for the ID1 greenfield startup to ensure contamination control readiness. Bachelor's or master's degree in Materials Science & Engineering, Chemical Engineering, Mechanical Engineering, Chemistry, Physics or a related science/engineering field. 3-8 years in semiconductor manufacturing. Experience in Cleanroom Contamination Control protocols including AMS monitoring, AMC testing, cleanroom air supply systems, facilities systems, and analytical testing. Deep knowledge of analytical instrumentation, including strengths, limitations, and cross-sensitivities. Familiarity with precision, accuracy, resolution, detection limits, and linearity Solid understanding of DRAM process areas, including Dry Etch, Films, Photolithography, Wets, and CMP. And broad understanding of toolsets used across these domains. Comprehensive understanding of process contamination mechanisms and their impact on yield and product quality Proven track record to lead multi-functional projects and influence global teams effectively. Prefer HVM experience in Fab & Process Contamination Team, Process Development, or Process Integration.

Responsibilities

Develop tools to analyze contamination data and detect anomalies while collaborating with teams to resolve issues. Conduct risk assessments and implement protocols to ensure contamination control readiness.