The College of Engineering, serving as an engine of growth for the Gwangyang Bay Area, is carrying our large-scale national projects worth over KRW 70 billion and is developing experts who have creative and "glocal" abilities to solve problems and to lead research activities in the Area through active academia-industry cooperation.
The outstanding accomplishments of the 21st-century science and technology are based on discovery and utilization of new materials. The Internet revolution and development of the information industry, which have completely changed human history, would not have been possible without semiconductors based on SI materials, and the same can be said for the aerospace industry. As the society’s needs for new, high-performing materials keeps growing, the Department of Materials Science & Metallurgical Engineering at Sunchon National University is playing a critical role in close cooperation with major, industry-leading companies such as POSCO (Gwangyang Ironworks), Hyundai HYSCO, magnesium plate factory, LG, and Samsung Electronics. In an effort to respond to the growing demand for human resources, the Department not only provides systematic curricula but also various on-the-job training programs so that the students can acquire practical expertise.
Department of Materials Science & Metallurgical Engineering
Department of Materials Science & Metallurgical Engineering Contact(Fax)
Contact(Fax)
TEL 82-61-750-3550
FAX 82-61-750-3550
About the Professors
Name : Park, Yong-Bum
Position : Professor
Tel : 82-61-750-3551
EMAIL : ybpark@sunchon.ac.kr
Major Careers
1986. 10-present Professor, Dept. of Materials Sci. and Metallurgical Eng., Sunchon National University
1997. 7-1998. 6 Visiting Professor, McGill University, Canada
1998. 6-1998. 8 Visiting Professor, McGill University, Canada
1999. 7-1999. 8 Visiting Professor, McGill University, Canada
2000. 7-2000. 8 Visiting Professor, McGill University, Canada
Major Research Results
Y. B. Park, J. Park, S. S. Kim and T. H. Yim, "Development of Textures in Nanocrystalline Ni-20wt-%Fe Alloy", J. Materials Processing Tech., (2001) in press.
S. S. Kim, B. I. Kim, Y. B. Park, T. S. Kang and J. H. Je, "Growth of a Textured Pb(Zr0.4Ti0.6)O3 Thin Films on LaNiO3/Si(001) Using Pulsed Laser Deposition", Appl. Surf. Sci., 169-170 (2001) 553-556.
Y. B. Park, L. Kestens and J. J. Jonas, "Effect of Internal Stresses in Cold Rolled IF Steel on the Orientations of New Grains", The Iron and Steel Institute Japan International, Vol. 40, No. 4 (2000) 393-401.
S. S. Kim and Y. B. Park, "Significant Reduction of Thermal Expansion of a Low Carbon Steel Sheet by Depositing a Fe-Ni Alloy Thin Film", J. Mater. Res., Vol. 15, No. 1(2000) 14-16.
Name : Lee, Dong-Geun
Position : Professor
Tel : +82-61-750-3555
E-mail : leechodg@scnu.ac.kr
Major Careers
Sunchon National University / Professor
Korea Institute of Materials Science / Principal Researcher
Brown University / Staff Researcher
Major Research Fields
Alloy design and application research for titanium alloys
Titanium surface technology and improvement of mechanical properties
Biomedical materials and processing technology
Advanced materials technology and application research
Dynamic properties and deformation mechanism
Name : Kim, Sung-Jin
Position : Professor
Tel : 82-61-750-3557
EMAIL : sjkim56@sunchon.ac.kr
Major Careers
POSCO Technology Research Institute / Senior Researcher
Major Research Fields
Electrochemistry and corrosion of steel materials
Hydrogen diffusion and embrittlement behaviors
Corrosion of alloy coated steel sheets
Name : Shin, Se-Eun
Position : Professor
Tel : 82-61-750-3553
EMAIL : shinsen@scnu.ac.kr
Homepage : https://www.scnu-mmdl.com/
Careers
Hong-ik University (B.S., 2010)
Yonsei University (Ph.D., 2016)
Yonsei University (Postdoctoral Associate, 2016)
The University of Tokyo (JSPS Researcher, 2016-2017)
Sunchon National University (Assistant Professor, 2017-Present)
Major Research Fields
Nano-structured structural materials based on lightweight metals (Al, Ti, etc.)
Fabrication of metal-matrix nanocomposites (MMCs) via powder metallurgy (mechanical mining/alloying)
Strengthening/deformation/failure mechanism of metallic materials