Curent Position: Samsung Heavy Industries

Ph.D. in Chemical & Biological Engineering , Seoul National University, Seoul, South Korea 

Research Area 

Carbon dioxide capture process modeling and simulation

E-mail : ​nanjanki@kist.re.kr

Curent Position: Assistant Professor, Ehwa Womans Unversity

Ph.D. in Chemical & Biological Engineering , Seoul National University, Seoul, South Korea (Spring 2018)

• Thesis: Computational science approach for design and optimization of sustainable process and its industrial applications

Research Area 

• Multi-scale modeling and simulation​

• Machine learning application for process systems engineering

E-mail : ​jgna@ehwa.ac.kr

Curent Position: Samsung Electronics

Ph.D. candidate in Department of Naval Architecture and Ocean Engineering, Seoul  National University, Seoul, South Korea

Research Area 

• Electrochemical carbon dioxide reduction

E-mail : ​augustianj@snu.ac.kr

Curent Position: CARBONCO

Ph.D. in Division of Energy & Environment Technology, KIST school, Korea University of Science and Technology, Seoul, Korea

• Carbon dioxide capture process modeling and simulation

E-mail : ​blackmisty@kist.re.kr

Curent Position: Senior Research Scientist, KIST (2023~)

Ph.D. in Chemical & Biological Engineering , Seoul National University, Seoul, South Korea (Spring 2019)

• Thesis : Process Fault Detection and Diagnosis via the Integrated Use of Graphical Lasso and Markov Random Fields Learning & Inference​​

• Machine learning-based process monitoring

• Carbon Capture Utilization & Storage

E-mail : ​​changs90.kim@kist.re.kr

Curent Position: Assistant Professor, Dankook University

Ph.D. in Chemical & Biomolecular Engineering, Yonsei University, Seoul, South Korea (August 2016)

• CO2 Conversion by E-Chemical Technology

E-mail : ​kjtak@dankook.ac.kr

Current Position : Senior Research Scientist, KIST (2021~)

Ph.D. in Chemical & Biological Engineering , Seoul National University, Seoul, South Korea (Spring 2019)

• Thesis: Robust design of  organic Rankine cycle using uncertainty quantification method​

Research Area 

• Robust design and optimization of process systems

E-mail : ​​kyeongsu@kist.re.kr