Avatar of 陳詠鈴.
陳詠鈴
美光製程整合工程師
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陳詠鈴

美光製程整合工程師
我得職涯始於美光晶圓科技公司,擔任前段與中段製程整合工程師,歷經兩年多,負責優化製程參數以達到良率與品質的改善,和產量改進與成本降低專案,並解決生產線上的問題與管理新製程的導入。 我於台灣大學材料科學與工程學系畢業。我研究模擬中鋼熱軋製程於加熱均溫區的高商合金氧化,並於中華民國防蝕工程學會投稿論文。同時,我考取掃描式電子顯微鏡與X光繞射儀等儀器執照。以電化學、電子構裝和物理冶金最為突出。大學專題研究二氧化鈦和氧化鋅複合薄膜的製程參數優化,並投稿於亞洲材料年會。曾經餐與成大餐飲廚藝社,擔任公關和攝影,增進團隊合作與溝通能力。
美光
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National Taiwan University
台灣桃園市

Featured Resume

Uploaded on Feb 16th 2024

Professional Background

  • Current status
    Unemployed
    Ready to interview
  • Profession
    Materials Engineer
    Process Engineer
    Metal Engineer
  • Fields
    Semiconductor
    Consumer Electronics
  • Work experience
    2-4 years (2-4 years relevant)
  • Management
  • Skills
    PowerPoint
    Excel
    Python
    Orange
    Power BI
    Jump
    SPC製程管制分析
  • Languages
    English
    Intermediate
  • Highest level of education
    Master

Job search preferences

  • Desired job type
    Full-time
    Not interested in working remotely
  • Desired positions
    半導體製程工程師,半導體製程整合工程師,半導體研發工程師
  • Desired work locations
    Hsinchu, Hsinchu City, Taiwan
    Taichung City, Taiwan
  • Freelance

Work Experience

製程整合工程師

Dec 2021 - Jan 2024
2 yrs 2 mos
Taipei, Taiwan
My career began at Micron Technology, where I served as a Front-End and Mid loop Process Integration Engineer. In this role, I was responsible for optimizing process capabilities, as well as establishing and modifying process management projects. My focus was on increasing wafer yield and lowering production costs, collaborating across various departments. My expertise covers the entire manufacturing process, especially in DRAM operations, where I've worked on the STI isolation and RDL transfer processes. I accumulated two years of experience in this position. Micron ADTT PI Engineer (2021-2023) • FEOL LOOP PI - 1β DDR5 3 products passed NPI with up to yield 72.9% (2023) - Improve yield and quality to meet the T3~T1 qual (2023) • MOL2 LOOP PI - Optimize process parameters to achieve 0.1% improvement on yield (2021-2023) - Ensure process capability under offload and de-stacking and evaluate 0.15% yield loss risk management with 37.5K WPD production benefits (2022-2023) - 1α DDR4 6 products show yield 90.6%, reaching MY 90.4% and continuing to improve (2022) - Q Time for establishing and modifying process intervals is reduced by 1hr to reduce cycle time (2022)

Education

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Master’s Degree
材料科學工程學系
2019 - 2021
Activities and societies
Department Office Part-time Worker, Sep 2019 - Jul 2021 - Assisted with the filing and management of departmental documents. - Handled the receipt and dispatch of mail and internal documents. - Responsible for delivering outgoing items, shipping objects, and handling simple banking tasks. - Supported various departmental operations and activities.
Description
Holding a master's degree in Materials Science and Engineering from National Taiwan University, I've researched high-entropy alloys' oxidation in high-temperature furnaces. My focus was on understanding the oxidation mechanisms and the effect of manganese content on the rate of oxidation. I've published papers with the Chinese Society for Corrosion Engineering and am skilled in using scanning electron microscopes and X-ray diffractometers.