Professor Ki-Hun Jeong, PhD
Associate Professor, Department of Bio and Brain Engineering, KAIST
Co-Director, KAIST Institute for Optical Science and Technology
1005 CMS Bldg. (E16). Gwahangno 335, Yuseong-gu, Daejeon 305-701, Korea
Phone +82.42.350.4323 (Office), FAX +82.42.350.4310, Email: kjeong (at) kaist.ac.kr
Ki-Hun Jeong is currently an associate professor in the Department of Bio and Brain Engineering at KAIST in Korea, as well as an co-director at KAIST Institute for Optical Science and Technology since 2006. He received a PhD from the University of California at Berkeley in 2005.
His previous research interests during PhD and postdoctoral studies at UC Berkeley were the design, microfabrication, and measurement of biophotonic MEMS for biomedical applications such as biomimetic advanced photonic devices, nanomechanical biophysical sensors, nanogap based dielectric spectroscopic biosensors, and MEMS endoscopes. In particular, his main achievement on biomimetic advanced photonic systems was published in Science in 2006, entitled as “Biologically Inspired Artificial Compound Eyes”. This work received huge attentions from over 40 international/Korean News media. This work provides a new paradigm for developing wide field-of-view imaging or motion detection in surveillance detectors, mini-robots, and miniaturized imaging systems such as endoscopes, digital cameras or mobile phones.
His current research interests at KAIST include nanophotonics and Optical MEMS that can be inspired from biology and also utilized for advanced biological science or biomedical applications. After he joined at KAIST as an assistant professor, his academic backgrounds on photonic design, diverse micro/nanofabrication, and photonic measurements have been modified and stimulated to focus on the following three specific topics among broad biophotonic areas, also aligned with the personal academic strength as well as the long term objectives of the department of bio and brain engineering at KAIST
Grant Administration, Assistant to Prof. Ki-Hun Jeong
Phone +82.42.350.4396 (Office), FAX +82.42.350.4310, Email: eunyu (at) kaist.ac.kr
Graduate Students (PhD Course), Email: hyukjj (at) kaist.ac.kr
My main research interest lies in bionic efforts on the photonic structures of the insect eyes in conjunction with understanding their optophysiological functions. These engineering approaches aim to develop an advanced 3-D miniature imaging/sensing system.
Graduate Students (PhD Course), Email: dmkeum (at) kaist.ac.kr
I am interested in biomimetic N/MEMS. My current research focuses on the development of N/MEMS devices for optical sensor inspired by the compound eyes.
Graduate Students (PhD Course), o.y.j (at) kaist.ac.kr
I graduated from the Department of Bio and Brain Engineering of KAIST, now I'm in the MS & PhD integrated degree course. I am interested in the development and improvement of nanofabrication processes for biosensors based on the localized surface plasmon resonance (LSPR) and the surface enhanced Raman spectroscopy (SERS).
Graduate Students (PhD Course), Email: hcpark3 (at) kaist.ac.kr
I'm intereseted in the MEMS based microdevices. My research topic is the development of comb drive with lens for scanning applications. Miniaturization of the module will contribute to the THz, OCT imaging and other biomedical approaches.
Graduate Students (PhD Course), Email: firstname.lastname@example.org
My current research topic is bio-inspired illumination system for lighting and display applications. I am particularly interested in studying lens used in light emitting diode (LED) based back-light-unit (BLU). I hope to study bioluminescence that has optimized illumination condition
Graduate Students (PhD Course), Email: sgpark86 (at) kaist.ac.kr
Biosensing & Bioimaging is the most important way to analyse biological activity.There are many demands for a high-sensitive, high-resolution and biocompatibile method. Plasmonics have received much attention thanks to their extraordinary phenomenon, especially on nanometer-sized metallic structures. I'm interested in their optical characteristics and how to control these properties. And my current focus is development of applications of localized surface plasmon resonance for high-sensitive, high-resolution and biocompatible bio-sensing and bio-imaging.
Graduate Students (PhD Course), Email: minikang (at) kaist.ac.krThe LSPR sensor measures resonance wavelength shifts in extinction spectra due to biochemical interactions that are amplified by metallic nanostructures. My research focuses on applying these phenomenon to develop of a LSPR based label-free optical biosensor using metal nanoparticle arrays. LSPR is related to the electromagnetic field enhancement that leads to surface-enhanced Raman scattering (SERS).I am also interested in design and modeling of SERS substrates and fabrication of it.
Graduate Students (PhD Course), Email: yseoplee (at) kaist.ac.krBio-inspired engineering system and BMI(Brain Machine Interface) have a big potential, but there are not many deep research about that. I’m interested in bio-inspired engineering system and BMI related optics system. I hope to develop the optics system based on bioluminescence and BMI system using optics.
Graduate Students (PhD Course), Email: stefano (at) kaist.ac.kr
I'm interested in MEMS applications. My current research topic is imaging based on the potoacoustic effect.
Graduate Students (PhD Course), Email: jbkim12 (at) kaist.ac.kr
I'm interested in plasmonic nano lithopragphy system.
My current reaearch topic is digital lithography system using plasmonic lens for high-resolution
Graduate Students (MS Course), Email: spyang (at) kaist.ac.krI'm interested in Bio-inspired optical systems. Currently, my research goal is to design novel fabrication procedure of aspherical microlens for various optical applications
Graduate Students (MS Course), Email: kwjang (at) kaist.ac.kr
3D imaging technology have applied not entertainments but medical industries. Stereoscopic endoscope is one of most interesting 3D imaging system. For stereoscopic endoscope, novel miniaturized device is required. I’m interested in development of the miniaturized device and hope to construct compact stereoscopic endoscope system with high resolution.
Graduate Students (MS Course), Email: yseo (at) kaist.ac.kr
I graduated from the Department of Mechanical Engineering of KAIST.
I am interested in micro-endoscope, especially miniaturized OCT biopsy catheter.
I hope that my research is helpful to people.
Graduate Students (MS Course), Email: k.hwang (at) kaist.ac.kr
Masahiro OGUCHO, Tokyo Institute of Technology,Japan, Aug-Sept.2012
Cheol Song, Professor in Robotics Engineering at DGIST, Postdoctoral Fellow 2010-2011.
Jeonghwan Lee, Research Scientist at LG Inotek, Korea. MS Graduate 2009-2012.
Yongjae Choi, Seoul National University, College of Medicine, MS Graduate 2008-2010,
Sunki Chae, Research Scientist at LG Electronics, Korea. MS Graduate 2007-2009,
Minseok Lee, Research Scientist at INFINITT Healthcare, Korea. MS Graduate 2011-2013,