박사학위: Technische Hochschule Darmstadt
전공분야: Polymer Chemistry
E-mail: jcjung@postech.ac.kr

박사학위: Univ. of Cincinnati
전공분야: Polymer Blends, Polymer Thin Film, Physical Properties of Polymers
E-mail: wczin@postech.ac.kr

박사학위:Brown Univ.
전공분야: 내부변형변수를 이용한 소성역학이론 및 응용
TRIP강의 변형유기 마르텐사이트 변태키네틱스 및 기계적특성
벌크 비정질합금의 기계적성질및 가공성
Mg합금의 가공성 및 기계적특성연구"
E-mail:ywchang@postech.ac.kr

박사학위:Cornell University
전공분야:Processing and Application of Ceramic Materials
E-mail:sgbaik@postech.ac.kr

박사학위:MIT
전공분야:Electroreduction of carbon dioxide, Electrocatalysis, Materials Surface Characterization
E-mail:soonju@postech.ac.kr

박사학위:MIT
전공분야:Metal-supported SOFC, Micro SOFC
E-mail:gmchoi@postech.ac.kr

박사학위:University of California, Berkeley
전공분야:Quantum and Statistical Mechanics, Multiferroics, Phase Transitions
E-mail:hmjang@postech.ac.kr or jang0227@snu.ac.kr

박사학위:Northwestern Univ.
전공분야:Identification of Phase Transformation of High-Mn Steels and Other Alloys using 3D-EBSD, Analysis for Elemental Segregation of Grain Boundary and Interfaces using APT(Atom Probe Tomography) and Nano-SIMS, Compositional Analysis of the MQW(Multi Quantum Wall) in GaN-based LED using Cs-corrected STEM and APT, Analysis of CMOS Devices using EF-TEM and APT, Analysis
E-mail:cgpark@postech.ac.kr

박사학휘:Carnegie-Mellon Univ.
전공분야:Nonferrous Metal Extraction and Refining Related Process Developement and Optimization, Clean Steelmaking Process, Process Optimization of Continuous Caster for Clean Slab Surface Quality
E-mail:seonhyo@postech.ac.kr

박사학위:Brown Univ.
전공분야:Structural Metallic Materials, Composites, Dynamic Deformation and Fracture
E-mail:shlee@postech.ac.kr

박사학위:KAIST
전공분야:Functional X-ray Imaging, Soft Matter Dynamics, 3D Nanoprinting E-mail:jhje@postech.ac.kr

박사학위:UCLA
전공분야:Nano-Glasses with QDs and Rare-Earth, Glasses for Optoelectronic, Glasses for Nuclear Waste Disposal
E-mail:jheo@postech.ac.kr

Our group’s research focuses on the understanding materials & structural properties of various semiconductor devices and the optical & electrical properties of them. From the results, we are developing various optoelectronic, energy devices and catalysts with high performance & efficiency.