Micron Technology

Staff Engineer (Pkg PE MFG), Heterogeneous Integration Group(HIG), High Bandwidth Memory (HBM) Product Engineering

Micron Technology
Integrated Device ManufacturingSingapore, SingaporeOnsitePosted 1 month ago

About the role

AI summarised

Join the HIG HBM Package Product Engineering team to lead and develop high-performing activities driving Package and HBM Product engineering. You will be part of a global team focused on next-generation HBM products, critical to achieving KPIs in Quality, Cost, Cycle Time, and Scale.

IDMOnsiteHIG

Key Responsibilities

  • Improve assembly-related coverage within manufacturing flows to enhance Time 0 and Field DPM and prevent inline fallout.
  • Improve HBM Cube yield through test optimization and coverage by collaborating with Technology Development and Packaging organizations.
  • Debug, identify root causes, and drive resolutions for Quality and RMA packaging issues using Electric Failure Analysis (EFA) and Physical Failure Analysis (PFA).
  • Establish robust Process Conversion Business Processes with FAB, Technology Development, and Advanced Packaging teams to improve Yield and DPM.
  • Provide recommendations for new process conversions to reduce cost and increase yields of HBM products.
  • Mentor and develop team members to foster organizational growth.
  • Collaborate cross-functionally with Fab, HBM Technology Development, Design, System Development, and Quality/Reliability teams for successful product shipments.
  • Promote innovation to maintain a technical competitive advantage in the market.
  • Lead project execution and make final decisions regarding risk analysis and project prioritization.
  • Collaborate on developing, deploying, and validating AI/ML models to enhance KPIs like Quality, Cost, Cycle Time, and Scale.

Requirements

  • Bachelor's/Master's degree in Electrical, Electronic, or Mechanical Engineering.
  • Demonstrated competent technical skills in problem-solving with root cause understanding.
  • Ability to develop and implement solutions through in-depth circuit analysis.