Dr. Joo Hyoung Kim

Angestellt, R&D Engineer, IMEC

Leuven, Belgien

Fähigkeiten und Kenntnisse

Cutting-Edge CMOS Image Sensor Pixel Design & Proc
Data analysis and instrumental setup for emerging
mutiphysical simulation using COMSOL
AFM-Confocal Raman spectroscopy for various materi
the use of molecular or atomic imaging apparatus s
semiconductor fabrication processes such as electr
various chemical etching processes
electrochemical nanofabrication method such as ano
the use of optical instrument such as confocal flu
various self-assembled monolayer formation
micro contact printing using various ink materials
building SICM (Scanning Ion Current Microscopy) ac
building microfluidic setups
building synchronized electric and optical setups
protein design for biomimetic artificial pore and
cell culture especially for isolating macrophages

Werdegang

Berufserfahrung von Joo Hyoung Kim

  • Bis heute 3 Jahre und 6 Monate, seit Nov. 2020

    R&D Engineer

    IMEC

  • 2 Jahre und 3 Monate, Aug. 2018 - Okt. 2020

    Staff Engineer

    Samsung Electronics

    I'm developing a globally most advanced types of CMOS image sensors in terms of concepts, schemes, pixel designs, yield management, and process integration at Samsung Electronics. My recent works have been devoted to develop s mallest-ever pixel sized (0.7 um) FDTI image sensor (ISOCELL Slim GH1) in the aspects of noise reduction, yield management, and process integration, especially for short-loop TEG to monitor leakage and Full Well Capacity of pixels.

  • 2 Jahre, Juli 2016 - Juni 2018

    Postdoctoral Research Associate

    Muesnter university

    I have developed surface charge mapping method using Scanning Ion Conductance Microscopy within physiological solution.

  • 10 Monate, Sep. 2015 - Juni 2016

    Postdoctoral Research Associate

    Yonsei University

    I have studied electrokinetics of DNA translocation through electrically charged polymer coated nanopore.

Ausbildung von Joo Hyoung Kim

  • 8 Jahre, Sep. 2007 - Aug. 2015

    Engineering Physics

    Yonsei University

    Developing Electrical Impedance Biosensors based on nanoporous structures and understanding optoelectronic properties of various 2D materials and their merged structures using scanning photocurrent microscopy and various confocal spectroscopic methods

  • 6 Jahre und 6 Monate, März 2001 - Aug. 2007

    Physics

    Yonsei University

Sprachen

  • Englisch

    -

21 Mio. XING Mitglieder, von A bis Z

Nachname:

ABCDEFGHIJKLMNOP
QRSTUVWXYZ