E-mail: sjchoo@postech.ac.kr Research Interest – Complex geometric design and 3D printing of thermoelectric materials – Optimization of rheological properties – Synthesis of nanoparticles and their applications
Dr. Jungsoo Lee (이정수)
Postdoctoral Researcher
E-mail: ljs0505@postech.ac.kr Research Interest – Optimal design and 3d printing of thermoelectric materials and modules
Dr. Seong Eun Yang (양성은)
Postdoctoral Researcher
E-mail: seyang0418@postech.ac.kr Research Interest – 3D printing and characterization of thermoelectric materials and modules with various functionalities
Graduate Students
Yoonkyum Kim (김윤겸)
Combined Master’s and Doctoral Course (2019. 09 ~)
E-mail: nano0987@unist.ac.kr Research Interest – Nano-architecting research through control of surface properties of nanoparticles
Haiyang Li
Doctoral Course (2023. 09 ~)
E-mail: haiyangli@postech.ac.kr Research Interest –Simulation of thermoelectric devices
Keonkuk Kim (김건국)
Doctoral Course (2024. 02 ~)
E-mail: k3kim@postech.ac.kr Research Interest – 3D printing of thermoelectric materials – Heat dissipating design of thermoelectric modules
Yaeeun Park (박예은)
Doctoral Course (2024. 02 ~)
E-mail: yaeeni44@postech.ac.kr Research Interest – 3D printing of Bi2Te3-based thermoelectric generator with heterogeneous materials
Hyunjin Han (한현진)
Doctoral Course (2024. 02 ~)
E-mail: hjhan@postech.ac.kr
Research Interest – 3D printing of Bi2Te3 thermoelectric generator & cooler – Electrodes for 3D printing
Hyein Hwang (황혜인)
Doctoral Course (2024. 02 ~)
E-mail: hyein9281@postech.ac.kr Research Interest – Solution-Processed (Ag, Cu)2S TE Thin Films
Seoha Kim (김서하)
Doctoral Course (2024. 08 ~)
E-mail: seoha@postech.ac.kr Research Interest – 3D printing of thermoelectric materials and generator
Minseong Park (박민성)
Combined Master’s and Doctoral Course (2024.02~)
E-mail: minspark@postech.ac.kr Research Interest –Nano-Architecturing Research –Surface Engineering
Yoonjin Cho (조윤진)
Combined Master’s and Doctoral Course (2024.08~)
E-mail: yoonjin524@postech.ac.kr Research Interest – Solution Processed Thin Films and Semiconductor Electronic Devices