Yield Analysis Engineer

The Yield Analysis team drives continuous improvement across the fab by investigating yield issues, analyzing performance trends, and partnering closely with engineering teams to implement effective corrective actions. The team plays a central role in understanding yield limiters and enabling data‑driven solutions that strengthen manufacturing performance.

As a Yield Analysis Engineer at Micron, you will leverage advanced data analysis to identify, characterize, and quantify yield limiters. Through investigative work, you will pinpoint the root causes of yield issues and publish detailed yield pareto that guide improvement strategies. Beyond analysis, you will collaborate closely with Process Integration and Process Engineering teams to design and implement corrective actions—giving you a direct role in resolving yield challenges and driving continuous improvement across the fab.

Responsibilities:

• Identify and characterize new yield issues by tracking probe yields and trends, and explain gaps between target and actual yields.
• Perform advanced data analysis and characterization to quantify issues, generate an accurate yield pareto to guide the fab on issues limiting yield.
• Use statistical tools and data-mining techniques to identify root causes and opportunities for improvement.
• Work closely with the Failure Analysis (FA) team, including Electrical Failure Analysis (EFA) and Physical Failure Analysis (PFA), to correlate electrical signals with probe signatures and data-mining insights, delivering a comprehensive view to process teams for effective issue resolution.
• Partner with module and inline monitoring teams to ensure timely implementation and monitoring of yield fixes, providing clear handoffs and alignment to drive sustainable improvements.
• Suggest new ideas and collaborate with the global network to develop best known methods and maintain alignment between sites
• Apply semiconductor process knowledge, defect inspection, metrology, and process control fundamentals.

Minimum Qualifications

• Bachelor’s degree in Materials Science, Electrical, Electronics, Chemical, or related engineering fields.
• Basic understanding of MOSFET and DRAM operation.
• Knowledge of CMOS and characterization methods.

Preferred Qualifications

• Master's degree in above majors
• Internship experience in a 300mm semiconductor environment.
• Exposure (academic or internship) to:
  • Semiconductor and memory technologies.
  • Transistors and metallization processes.
  • Yield ramp and fabrication processes