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app258369/README.md

Hi, I'm Alex Chen or Chen Yun Hsiang (app258369) 👋

Bridging Equipment Engineering & Data Science

English Profile | 中文個人簡介


🌐 English Profile

  • Expertise: 3 years in Semiconductor Equipment (Commissioning/Startup).
  • Core Skill: Translating hardware physical logic into predictive Python models.
  • The "10-Day Sprint": In just 10 days at Kaggle, I digitized my 3-year EE experience into high-impact RCA simulations.

📈 Featured Technical Projects

  1. Chemical-Contamination-Analysis-And-Predictive-Modeling

  2. 5nm-leak-case-study

    • Quantitative modeling of chemical leak paths based on hardware expertise.

🇹🇼 中文個人簡介

  • 核心專長:3 年半導體設備實務(裝機/調試),專精於系統性根因分析 (RCA)。
  • 核心價值:具備將硬體物理邏輯轉化為 Python 預測模型的能力。
  • 10 天學習展示:我利用 10 天時間學習Kaggle數據工具,將過去 3 年累積的設備直覺數位化。

📈 精選技術案例

  1. Chemical-Contamination-Analysis-And-Predictive-Modeling

  2. 5nm-leak-case-study

    • 結合裝機經驗,針對 5nm 製程化學品洩漏路徑進行定量模擬與分析。

📫 Connect with me: [Linkdin正在拿回登入權限中] | [app258369@gmail.com]

Pinned Loading

  1. 5nm-leak-case-study 5nm-leak-case-study Public

    A 10-day Kaggle sprint project simulating chemical leak propagation in semiconductor piping. Transforming 3 years of EE expertise into a predictive model to quantify systemic contamination risks.

    Jupyter Notebook

  2. Chemical-Contamination-Analysis-And-Predictive-Modeling Chemical-Contamination-Analysis-And-Predictive-Modeling Public

    Semiconductor RCA & Risk Modeling | 10-Day Kaggle Sprint | 3yrs Equipment Engineering Expertise | Python-based Systemic Failure Simulation.

    Jupyter Notebook