Division of Humantronics Information Materials Global

○ Vision And Objectives -I  Training leaders in globalized industries in the humantronics information materials field through the formation of an integrated educational curriculum  Developing foundational IT-NT-BT information material technologies that meet the qualitative demands of industry  System formation for industry-oriented education and research on humantronics information materials  Using an efficient research and education support and evaluation system to build one of the top 10 specialized information materials graduate Schools in the world Education Research Academic-Industrial Cooperation Specialized Graduate Schools

○ Vision And Objectives - II NT-IT-BT Next Generation tech Polymer. Nano Material Sci. Metallurgy Breakthough ! Ceramics Brain Circulation Material Engineering New Shifting tech. Challenge Int’l Technical Network Int’l Technical Network Humantronics Information Materials NT-IT NT

○ Organization and Participants - II The Faculty & Research Interest  Dong Hyun Bae Structural & Functional Nano-Composites  Yong Soo Cho Flexible electronics materials for passive and display applications  Doo Jin Choi Phase-change materials for PRAM application  Heon Jin Choi Cancer diagnosis sensors and neurodevices  Se Young Choi Tandem type a-Si: H solar cells  Chun Pyo Hong Microstructure modeling - CA and MCA models  Jong Ill Hong Novel magnetic tunnel junction and spin valves  Sang Hoon Hyun SOFC components for high efficiency and durability  Un Yong Jeong Synthesis and applications of Nano-Bio Capsules  Do Hyang Kim Design of bulk metallic glasses and novel hybrid nanocomposit with enhanced strength and plasticity

○ Organization and Participants - III The Faculty & Research Interest  Kwang Bum Kim Lithium Secondary Batteries, Supercapacitors  Dae Hong Ko Novel CMOS technology(matal gate, high-k, SiGe, III-V compound)  Woo Young Lee Spintronics materials and devices  Young Kook Lee Heat treatment simulation including heat transfer, stress analysis and phase transformations of alloys  Dong Jun Min Slag design technology  Joo Ho Moon Chemical Synthesis of Materials  Jae Min Myoung Nanowire FET on high-k dielectrics for future memory  Cheol Min Park Molecular and Nano Assembly  Hyung Ho Park Nano-hybrid thin films(TCO, Inorganic-EL, Organic conductor)  Hyun Chul Sohn Semiconductor Memory and Process

○ Research Fields Information-Life Technology Ubi-Informatic Display Materials Flexible display including organic light emitting diodes and LCD, Organic thin film transistor, Nano transistor, Transparent flexible conductor Self Energy Sustainable Materials Micro batteries, Micro fuel cells, Solar cells, Supercapacitor Information-Bio Technology Bioinformatic materials Biochips, Biosensors, Bioarrays and assembly technology Biocompatible materials Bio-interactive bones, Bioactive metals, Organic-inorganic hybrid materials Information-Life Technology Ubi-Informatic Display Materials Flexible display including organic light emitting diodes and LCD, Organic thin film transistor, Nano transistor, Transparent flexible conductor Self Energy Sustainable Materials Micro batteries, Micro fuel cells, Solar cells, Supercapacitor Information-Bio Technology Bioinformatic materials Biochips, Biosensors, Bioarrays and assembly technology Biocompatible materials Bio-interactive bones, Bioactive metals, Organic-inorganic hybrid materials

○ Activities and Outputs  On-Site Lab KIST-Europe Research Center, Germany (Sept. 2006) Short term joint research internship -Development of biomolecule-immobilization methods for biosensor (Lee Ki Young / Dec. 06~Feb. 07) -Development of biosensor & biochip based on a nanowires (Ha Yong / Dec. 06~Feb. 07)  Global Collaboration with Oversea Universities 1) Faculty Exchange program International Inbound Lecture 08 - First section lecture -The Thermodynamics and Kinetics of Morphological Evolution at the Nanoscale (Prof. Peter W. Voorhees / Northwestern University / July 2008)

 Global Collaboration with Oversea Universities 2) Joint colloquium/symposium ○ Activities and Outputs Title Month / Year Joined University Description 1st NW-Yonsei Global Joint Symposium April / 2007 Northwestern Univ. Nano-Functional Materials for Humantronics/Northwestern University 2nd NW- Yonsei Global Joint Symposium Feb. / 2008 Northwestern Univ. Turning the Electrical and Optical Properties of Monodisperse Cabon-based Nanomaterials(Prof. Mark Hersem) Oxide Surfaces from Diffraction to Structure (Prof. Laurences Marks) -NW Participants: Prof. David Seidman, Chris Wolverson, Yip-Wang Chung G Humantronics Engineering Symposium Feb. / 2008 University of Hong Kong A Robotic Pet Based Home Healthcare Monitoring System(Prof. Mark Q-H Meng) Tohoku University Terahertz Wave Parametric Source & Applied Researches(Prof. Shinichiro Hayashi)

 Global Collaboration with Oversea Universities 3)Cooperative research program ○ Activities and Outputs ProgramMonth/YearDescription Cooperative Research June 2007~ August 2007 Kim Woong Kil with Prof. David Seidman in NW University Title: The structure Analysis of an Individual Nanowire for using LEAP Cooperative Research Dec. 2007~ Feb Park Ji Hye with Prof. Wolverton in NW University Title: Atomic-scale Simulation of Hydrogen Delayed Fracture in Steels

○ Activities and Outputs  Global Collaboration with Oversea Universities 4) MOU Contract PurposeMonth/YearJoined University Scientific Cooperation Nov. 07MIT, USA Scientific Cooperation Nov. 07Columbia Univ. Scientific Cooperation Feb. 08Univ. of Wollongong, Australia Scientific Cooperation Nov. 074D Labs at Simon Fraser Univ., Canada UnderstandingJune 07 The Chemistry Department, Brookhaven National Lab, USA

○ Contact Point Division of Humantronics Information Materials Global Division of Humantronics Information Materials Global Department Materials and Science and Engineering Director Professor Dong Jun Min Address Yonsei University, 134 Shinchon-Dong Seodaemun-gu, Seoul, Korea( ) Yonsei University, 134 Shinchon-Dong Seodaemun-gu, Seoul, Korea( ) Tel , Website