application, Market survey, Investor finding, Stationed NTUTEC, Entrepreneurial team gathering, Laboratory management, Purchasing, Accounting management, Student Training and teaching, Cell and tissue culture, Molecular biotechnology, Animal experiment and feeding (C. elegans, embryo, zebra fish, mice, rat), Animal surgery, Arterial cannulation, Microinjection, Drug delivery, Nanotechnology, Building laser system, Nonlinear Optical microscopy , Three-dimensional microscopy, Diagnostic applications of nonlinear optics, Cell tracking, Imaging processing, Imaging analysis, 3D printing device, Paper writing, research plan writing. Laboratory management, Purchasing, Accounting management, Student Training and teaching, Cell and tissue culture, Molecular biotechnology, Animal experiment and feeding (C. elegans, embryo, zebra fish, mice

90nm) Device engineering Semiconductor Process WAT Analysis Yield Analysis Process Quality Test Manufacturing Statistical Process Control (SPC) Cp/Cpk Failure Mode and Effects Analysis (FMEA) Design of Experiments (DOE) PDCA 3-Leg-5-Why 8D Pareto Chart Box Plot & Normal Quantile Plot Failure Analysis Tool JMP software Transmission Electron Microscopy (TEM) Energy-dispersive X-ray spectroscopy (EDX) Work Experience TSMC, Process Integration Engineer Nov 2014 ~ Present 5nm process experience for new product tape-out, yield/device improvement, process optimization and risk assessment. More than moore products' experience including 40/55/80nm high voltage (panel driver

Sinica 六月七月 2014 Develope interference lithography to fabricate nanchannels in efficeient way at Academia Sinica, and using atomic force microscope AFM to check the fabrication effectiveness. Conduct biological experiments with different type of optical spectroscopy, including total-internal-reflection spectroscopy TIRF, fluorescence spectroscopy, laser scanning confocal microscopy. Mental counsultant 298 Mechanized Infantry • Pingtong 八月六月 2010 Develope interference lithography to fabricate nanchannels in efficeient way at Academia Sinica , and using atomic force microscope AFM to check the fabrication effectiveness. Conduct biological experiments with different type of optical spectroscopy , including total-internal-reflection

Alexander Fast, Ph.D. Developed solutions for different optical imaging and sensing applications from concept to working prototype. Design and sourcing of complete platforms including mechanical, optical, electronic, firmware and software analysis components. Seven years of experience with optical systems engineering and working in fast pace environments leading small teams and managing projects. Over 30 peer reviewed publications and conference proceedings in multiple fields including biomedical optics, photovoltaic materials, single-molecule chemistry and investigative dermatology. Integrated deep learning based image analysis to push boundaries of the hardware limitations in microscopy. Signal-to-noise

隊經理，幫忙處理球隊大小事務，更曾幫隊上設計出專屬的球衣及球帽，並帶領南科壘球社連續三次奪取南科陽光盃－壘球賽冠軍。 EducationNational Yunlin University of Science and Technology Applied Foreign Language Skill Language Word Excel PowerPoint Outlook Photoshop CorelDraw Scanning Electron Microscopy (SEM) Rudolph NSX115 Inspection Recipe Setup Rudolph NSX330 Series Inspection Recipe Setup Rudolph DragonFly Inspection Recipe Setup English — 專業 Japanese — 初階 Spanish — 初階

s and PhD in Biology from the Case Western Reserve University . When finishing his postdoctoral studies, in the period from 1991 to 1994, he served as a Postdoctoral Fellow at the MRC Laboratory of Molecular Biology at the University of Cambridge. Rosenthal relies on molecular structures from electron microscopy (EM), x-ray crystallography, and nuclear magnetic resonance spectroscopy when conducing his studies. Doug’s studies have done great scientific contributions in the understanding of the cytoskeleton, organelles and membrane-trafficking intermediates, signal transduction pathways, cell cycle regulators, the organelle/protein recycling machinery, and cell-death pathways

this position from 2005 toMoreover, he has done a number of researches, affiliated with this university. In the period from 1995 to 2005, Doug Rosenthal worked as a research scientist at the Cleveland Clinic - Lerner Research Institute. For his research studies, Rosenthal relies on molecular structures from electron microscopy (EM), x-ray crystallography, and nuclear magnetic resonance spectroscopy. In addition, Douglas Rosenthal has authored two books: Atomic Evidence and The Body’s Motors. Research Scientist Cleveland, Ohio, US Work Experience Cleveland Center for Membrane and Structural Biology (CCMSB), Research Scientist, Jan 2015 ~ Present Cleveland Institute for