Current Course :
E-mail Address :
Phone Number : |
Ph. D Course
chemistry@gist.ac.kr
82-62-715-2347 |
- Fabrication and characterization of graphene FETs
- Graphene-based flexible electronic devices
- Carrier type control of graphene FETs by doping
- Graphene electrodes for electronic devices (solar cell, memory and organic FET)
- Since 2012 : Ph.D, Dept. of DNE, GIST
- 2012. 01 ~ 2012. 08 : Ph.D, Dept. of MSE, UT dallas (exchange student)
- 2010 – 2011 : Ph.D, Dept. of DNE, GIST
- 2008 – 2010 : M.S., Dept. of MSE, GIST
- 2001 – 2008 : B.S., Dept. of CE, Chungnam National University
Experience
- Exchange student in University of Texas at Dallas (UTD) (2012. 01 – 2012. 08)
Technical Skills
- MOSFET characterization using DC & pulse I-V measurement
(Keithley 4200, Keithley 4200 with PMU)
- Current-Voltage measurement (Keithley 4200)
- Micro-Raman measurement and analysis
- Temperature variable electrical characterization (Cryostat)
- AFM, EFM and SKPM (Park system XE-100 and NX-10)
- Hall measure, UV-Vis spectroscopy, PL measurement
- Annealing (Furnance annealing)
- Etching (RIE, other chemical etching)
- Lithography (Photolithography)
- Material deposition
(Thermal evaporator, Electron beam evaporator, Sputter and Atomic Layer Deposition)
- PDMS (as flexible substrate or fluidic channel)
- Graphene film growth by CVD
Training
- 20Th XE basic user training (Contact, Non-contact mode etc.), Park Systems Corp., 2010.
Master
- Organic Materials for Electronics and
photonics I
- Organic Materials for Electronics and
Photonics II
- Physical Properties of Polymers
- Organic Synthetic Chemistry
- Polymer Synthesis
- Biocompatibility
- Supramolecular Materials
- Materials Chemistry for Organic Electronics
and Photonics
Ph. D
- Electronic Properties of Materials
- Nanoelectronics
- Nanobiomaterials: Preparation and
Characterization
- Solid State Electrochemistry
- Advanced Thermodynamics
- Characterization of Dielectric Thin Films