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Working Experience
 

Working Experience

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Working Experience Summary at TSMC, ASU, and Amkor

Working Experience Summary at TSMC, ASU, and Amkor

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    Working Experience Working Experience Presentation Transcript

    • Working Experience Summary CHIH-YU, JEN 1 CHIH-YU JEN
    • Outline  TSMC (2003/9-2007/11)  Product Engineer (2003/9-2006/9)  Integrated Engineer (2006/9-2007/11)  ASU ALT Lab Research (2009/1-2010/5)  Amkor Internship (2009/6-present)  Courses Work and Technical Understanding  Contribution to new job assignment 2 CHIH-YU JEN
    • TSMC (2003/9-2007/11) 3 CHIH-YU JEN
    • F12 Product Engineer (2003/9-2006/9)  Daily Work  Yield enhancement  Electrical failure analysis  HP93000  Physical failure analysis  EMMI, Lavis, SEM, FIB  Correlation  WAT parameter, Inline data  Design rule check of digital IC.  Project (Texas Instruments)  Compared the leakage current under the same saturation current level.  Action: Heavy S/D dosage, thinner gate oxide. 4 CHIH-YU JEN
    • F12 Product Engineer (2003/9-2006/9) HP93000 EFA EMMI Layout Trace Cross Team Discussion Low Yield PFA SEM FIB Correlation 5 CHIH-YU JEN
    • F14 Integrated Engineer (2006/9-2007/11)  Daily Work  Taped out N90 products  Created Testline  Created WAT test program  Analyzed split condition experiment.  Project  Intel : Key WAT parameter < 1 sigma.  MTK : Completed the super hot run schedule (22 days). 6 CHIH-YU JEN
    • F14 Integrated Engineer (2006/9-2007/11) GDS Wafer Fab out Create Testline Tape out Create WAT program Lot handling Cross Team Discussion Issue 7 CHIH-YU JEN
    • ASU ALT Lab(2009/1-2010/5) Supervisor : Dr. Lakshmi Munukutla 8 CHIH-YU JEN
    • Research – Dye Sensitized Solar Cell  To develop and optimize standard fabrication procedure (SFP) for cell efficiency enhancement.  Incorporate Multi-Walled Carbon Nanotubes to improve cell efficiency. 6 cm2 1 cm2 0.25 cm2 9 CHIH-YU JEN
    • Research – Dye Sensitized Solar Cell  Test : Solar simulator + EIS instrument 10 CHIH-YU JEN
    • Efficiency Enhancement  The cell efficiency enhanced over 235%. 4.45% 1.88% V0.9 V1.0 V1.1 V1.2 V1.3 V1.4 V1.5 11 CHIH-YU JEN
    • Amkor (2009/6-present) Supervisor : Dr. Jesse Galloway 12 CHIH-YU JEN
    • Graduate Research Intern  Daily Work  Developed data acquisition programs using Labview.  Measurements using cross-sectioning analysis.  Organized test data and summarized results.  Theta-jc, Theta-ja.  Project  Design and Development of cold plate hardware for running thermal tests.  Characterization of thermal interface materials on high power electronic packages. 13 CHIH-YU JEN
    • Instruments for Theta-jc & Theta-ja 14 CHIH-YU JEN
    • Labview Program for Thermal Testing GUI Software Code 15 CHIH-YU JEN
    • Courses Work & Technical Understanding 16 CHIH-YU JEN
    •  Courses List Applied Photovoltaics 2009/Spring Automotive and Stationary FCS Material Characterization & Device Testing 2009/Summer Power Conditioning Batteries Portable Electronics 2009/Fall Evaluation Photovoltaic & FCS Statistical Process Control IC Packaging 2010/Spring Applied Project Reliability and Standards  Technical Understanding  C013/N90 Semiconductor Fabrication Process  Automatic Control Theory 17 CHIH-YU JEN
    • Course Work  Applied Photovoltaics  PV module measurement under different testing conditions.  Automotive and Stationary FCS  Proton exchange membrane fuel cell fabrication.  Material characterization & device testing  Resistance measurement using four point probe technology  Evaluation Photovoltaic & FCS  Residential PV system design  Applied Project  Enhance DSSC efficiency using MWCNTs 18 CHIH-YU JEN
    • Contribution to New Job Assignment 19 CHIH-YU JEN
    • Contribution to New Job Assignment  Data acquisition system using Labview programming  Research ability  Data Analysis through SPC chart  Physical Failure Analysis  Electrical Failure Analysis  Cross team communication 20 CHIH-YU JEN