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Youngjoon Suh

*** ************ *** #***-***, Bundang-gu, Sungnam, Gyunggi-do, Korea, Zip code: 13526 Email: adi4te@r.postjobfree.com, Cell: (82-10-229*-**** Personal Information

Date of Birth: 08/06/1981

Place of Birth: Evanston Illinois

Citizenship: United States of America

Gender: Male

Marital Status: single

My profile in LinkedIn: https://www.linkedin.com/in/young-joon-suh-60975b2a/ Since 2 years ago, I have learned artificial intelligence and deep learning using python language (Pytorch library) from Udacity. And I got two certificates including introduction to artificial intelligence and deep learning. EDUCATION

Visiting Scientist

Mar.2013-Sep.2017

Post. Doc.

Sep. 2012-Feb.2013

Ph. D.

Sep.2008-Aug.2012

Korea Institute of Science and Technology, Seoul, Korea Bioengineering, The University of California at Berkeley, Berkeley, California Electrical Engineering, The University of Texas at Dallas, Richardson, Texas Dissertation entitled “High resolution TEM and 3D imaging of polymer-based and dye sensitized solar cells”

M. S.

Jun.2006-Aug.2008

Electrical Engineering, The University of Texas at Dallas, Richardson, Texas B. S.

Mar.2001-Feb.2006

Electrical Engineering, Yonsei University, Seoul, Korea RESEARCH AREAS

Graphene in M. S., Solar cells in Ph. D., CdTe, Lead Selenide in KIST, Corrosion of Sprinkler in Suh and Suh corrosion engineering, Python language scripting EXPERIMENTAL SKILLS

• Experience of TEM simulation software JEMs for SAD, Kikuchi, and stereographic projection especially for graphene.

• Highly skilled in TEM specimen nanofabrication using SEM/FIB (FEI, DUAL BEAM Nova 200 NANOLAB and NANOMANIPULATOR CONTROLLER).

• Highly skilled in specimen observation in nanometer scale using TEM (JEOL, 2

JEM-2100F) w/ Gatan Digitalmicrograph software.

• Highly skilled in TEM related energy-dispersive X-ray spectroscopy (EDS) for composition analysis and electron tomography for 3D morphology observation.

• Extensive practice in electron tomography software

A series of TEM image acquisition using SerialEM.

TEM image alignment and reconstruction using IMOD.

3D image visualization using UCSF Chimera and Amira.

*Other kinds of techniques

-Chemical bath deposition.

-Sensitization (Oxidation, Iodination).

-Whole process of Photo-Lithography technique.

-Thermal evaporation technique.

-I-V curve characterization.

-Infrared light detection.

-Nucleation and Growth of CdTe single/multi crystals. RELEVANT TRAINING AND COURSE WORK

Fields and waves, Quantum physical electronics, Fundamentals of semiconductor devices, semiconductor processing tech., electronic materials, semiconductor process integration, spec top in microelectronics, introduction to materials science, advanced electron microscopy, advanced electron microscopy lab, Co-work with Sematech about the geometry of graphene and carbon related materials.

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