Email: wlgus5754@naver.com

Position: Master student (2024. 9. ~)

Office/Lab: New Engineering Building 816

TEL: 02-450-3197

Project: Mechanistic study on area-selective ALD  

Email: hunkyulee333@naver.com 

Position: Master student (2025. 3. ~)

Office/Lab: New Engineering Building 816

TEL: 02-450-3197

Project: Mechanistic study on area-selective ALD  

Email: eunjik512@gmail.com

Position: Undergraduate student 

Office/Lab: New Engineering Building 816

TEL: 02-450-3197

Project: ALD on porous materials  

Email: kimhama45@naver.com

Position: Undergraduate student 

Office/Lab: New Engineering Building 816

TEL: 02-450-3197

Project: 

Email: rnjsek2@konkuk.ac.kr

Position: Undergraduate student 

Office/Lab: New Engineering Building 816

TEL: 02-450-3197

Project: 

Email: chengjin@ybu.edu.cn

Degree: Master (2008. 3. ~ 2010. 2)

Thesis (MS): Growth behavior of zinc oxide on porous alumina supports by atomic layer deposition

Final Degree: Ph. D., chemical engineering, KAIST (2010. 3 ~ 2014. 8)

Current Affiliation: Associate Professor, Department of Chemistry, YanBian University   

Email: shanji1215@hanmail.net; shanji@konkuk.ac.kr

Degree: Master (2008. 9. ~ 2010. 8.)

Thesis: Characterization of hydrodesulfurization catalysts prepared by atomic layer deposition

Current Affiliation: in US    

Email: daeyoung.ahn@samsung.com

Degree: Master (2009. 3 ~ 2011.2)

Thesis: Study on tert-butoxytris(ethylmethylamido)hafnium precursor for atomic layer deposition

Current Affiliation: Samsung Electronics    

Email: hoo-yong.lee@merckgroup.com

Degree: Master (2010. 3 ~ 2012. 2)

Thesis: Study on the Shrinking Core Model for Internal Diffusion-limited Atomic Layer Deposition

Current Affiliation: Merck Korea     

Email: zumoonho@hotmail.com

Degree: Master (2010. 9 ~ 2012. 8)

Thesis: Molecular layer deposition of organic-inorganic composite thin films and application

Current Affiliation: Samsung Electronics   

Email: ensill517@gmail.com

Degree: Master (2011. 3 ~ 2013. 8)

Thesis: Electrical characterization of organic-inorganic alloy film grown by molcular layer deposition

Current Affiliation: CJ CheilJedang   

Email: cutygirlwow@naver.com

Degree: Master (2012.3 ~ 2014.2)

Thesis: Electrical properties of organic-inorganic alloy films grown by molecular layer deposition from trimethylaluminum, pentanediol, and water

Current Affiliation: Samsung Electronics  

Email: inhye_0718@naver.com

Degree: Master (2012.3 ~ 2014.2)

Thesis: Gas diffusion barrier properties of organic-inorganic alloy films grown by molecular layer deposition from trimethylaluminum, pentanediol, and water

Current Affiliation: Samsung Electronics   

Email: vyuw@naver.com

Degree: Master (2013. 3 ~ 2015. 2)

Thesis: Electrochemical hydrogen evolution on MoS2/carbon fiber paper prepared by atomic layer deposition

Current Affiliation: Central Research Center, Dongsung Holdings   

Email: ranjithsaga@gmail.com

Position: Post Doc

Project: Electrochemical applications of ALD-grown materials

Education: Ph. D., Chemistry, Alagappa University, India

Experience: Assistant Professor, Dept. of Chemistry, SRM University, India   

Email: cmd.sjhan@gmail.com

Degree: Master (2014. 3 ~ 2017. 2)

Thesis: Growth and characterization of ZnO thin films by atomic layer deposition from diethylzinc and 1,5-pentanediol

Current Affiliation: WONIK IPS    

Email: mammoth4@naver.com

Degree: Master (2015. 3 ~ 2017. 2)

Thesis: Growth of ZnS and Zn(O,S) thin films by atomic layer deposition from diethylzinc and new sulfur precursors

Current Affiliation: Samsung Electronics   

Name: Sungjoon Kim (김성준)

Email: golite@naver.com; skim606@uic.edu

Degree: Master (2016. 3 ~ 2018. 2)

Thesis: Kinetic study on atomic layer deposition of zinc oxide using dimethylzinc and water

Final Degree: Ph. D., Chemical Engineering, University of Illinois at Chicago (2024)

Current Affiliation: Post Doc., Applied Materials Division, Argonne National Laboratory 

Name: Sunyoung Lee (이선영)

Email: young085119@naver.com

Degree: Master (2016. 3 ~ 2018. 2)

Thesis: Study on band structure of amorphous zinc tin oxide films grown by atomic layer deposition

Final Degree: Ph. D., Materials Science & Engineering, Seoul National University (2024)

Current Affiliation: Post Doc., Materials Science & Engineering, Seoul National University 

Email: jwkim1227@gmail.com

Degree: Ph. D (2014. 3 ~ 2018. 8) and MS (2012. 3 ~ 2014. 2)

Thesis (Ph.D.): Hydrogen evolution property of molybdenum sulfide prepared by ALD and hydrothermal reaction

Thesis (MS): Growth of two-dimensional layered materials by atomic layer deposition

Current Affiliation: ASM Korea Ltd. 

Email: leslie9358@gmail.com

Degree: Master (2017. 9 ~ 2019. 8)

Thesis: High growth per cycle in atomic layer deposition of Al2O3 by splitting trimethylaluminum doses

Final Degree: Ph. D, Materials Science & Engineering, University of Calfornia, San Diego (2019 ~ 2024)

Current Affiliation: Unigrid, San Diego, California 

Email: ssh0105b@gmail.com

Degree: Ph. D (2013. 3 ~ 2020. 2)

Thesis: Synthesis and characterization of oxygen-incorporated molybdenum sulfide catalysts for hydrogen evolution reaction

Current Affiliation: SK Trichem 

Email: 513tngus@gmail.com; shlee7949@konkuk.ac.kr

Degree: Master (2018. 3 ~ 2020. 2)

Thesis: Surface species control in atomic layer deposition of Al2O3 thin films

Current Affiliation: ASM Korea Ltd. 

Email: da082@naver.com; dsshin@katech.re.kr

Degree: Master (2018. 3 ~ 2020. 2)

Thesis: One-pot synthesis and characterization of spherical molybdenum disulfide

Current Affiliation: KATECH (Korea Automotive Technology Institute) 

Email: hyerib5@daum.net

Degree: Master (2019. 3. 2021. 8)

Thesis: Surface control for low-temperature crystallization of MoS2 thin film in atomic layer deposition process

Current Affiliation: Samsung Electronics 

Email: seomin0104@naver.com

Degree: Master (2019. 9. 2021. 8)

Thesis: A kinetic study of ZnO atomic layer deposition: contribution of bridged zinc formation

Current Affiliation: DNF Co., Ltd. 

Email: ewq1401@gmail.com

Degree: Master (2019. 9. ~ 2021. 8)

Thesis: Process modification of atomic layer deposition for low-temperature crystallization of TiO2 thin film

Current Affiliation: Ph. D. student, Green School, Korea University, 

                             KIER (Korea Institute of Energy Research) 

Email: fun_house@naver.com

Degree: Master (2021. 9. ~ 2023. 8)

Thesis: Molecular layer deposition of titanicone thin films from TiCl4 and ethylene glycol

Current Affiliation: Samsung Electronics

Email: hyuntwin1@naver.com

Degree: Master (2022. 3. ~ 2024. 2)

Thesis: In-situ mechanistic study on catalyzed atomic layer deposition of SiO2 thin films

Current Affiliation: Soulbrain (Central R & D Center)

Email: gayun0720@naver.com

Degree: Master (2023. 3. ~2025. 2.)

Thesis: Catalyst-free atomic layer deposition of SiO2: the promoter role of metal-hydroxyl groups

Current Affiliation: SK Hynix

Email: eunsang023@gmail.com

Degree: Master student (2023. 3. ~ 2025. 8.)

Thesis: A numerical approach to modified atomic layer deposition for oxide infiltration in porous substrates

Current Affiliation: SK Hynix