Senior RDA Defect Analysis & Yield Improvement Engineer

Key Responsibilities

>1) 技術リード• 複雑な欠陥・異常(Unknown / high repeat issue等)の根本原因解析リード • SPCやビッグデータを活用したトレンド管理・異常予兆検知 • 定量的Impact(Wafer at Risk / Yield)を伴う改善推進早期検知および迅速な対応により、エクスカージョンの予防および封じ込めを実施2) 改善推進・リーダーシップ• Cross Functional teamをリードし改善活動を推進 • 優先順位付け・Resource allocationの実施• エスカレーションや意思決定の主体的推進• Wafer at Risk、Cycle Time、WIPへの影響を定量化し、優先順位を決定3) Fab貢献• Cross Functional teamをリードし改善活動を推進 • 優先順位付け・Resource allocationの実施• エスカレーションや意思決定の主体的推進RDA業務における自動化、ルールベースシステム、およびデータ統合を通じて、デジタルトランスフォーメーションを推進4) ナレッジ・育成• Young engineerの指導• 分析手法・問題解決のナレッジ展開1) Technical Leadership• Lead root cause analysis of complex defect and abnormality issues (e.g., unknown OOC, high repeat issues)• Enhance trend monitoring and early abnormality detection using SPC and large-scale data analysis• Drive improvement initiatives with quantified impact (e.g., Wafer at Risk, Yield)• Prevent and contain excursions through early detection and rapid response2) Improvement Execution & Leadership• Lead cross-functional teams to drive improvement activities• Define priorities and execute resource allocation based on impact• Drive escalation and decision-making in a proactive manner• Quantify impact on Wafer at Risk, Cycle Time, and WIP to determine priorities3) Fab Contribution• Lead optimization of CPM and monitoring capabilities• Drive standardization and deployment of best practices across the Fab• Promote automation and systemization of monitoring and data analysis processes• Drive digital transformation through automation, rule-based systems, and data integration in RDA operations4) Knowledge & Talent Development• Mentor and develop junior engineers• Deploy analytical methodologies and problem-solving best practices--------------------------------------------------------------------------------