Postdoctoral Fellow, Bioengineering Dept., UCLA (2007~)
Founder, EveryWare Creative Computing (2007~)
Researcher, Institute of Advanced Machinery & Design, Seoul Nat'l Univ. (2007~)
Ph. D., School of Mech. and Aerospace Eng., Seoul Nat'l Univ., Korea (2001~2006)
Entrusted Researcher/Designer, Digital Lab., Samsung Electronics, Korea (2006)
B.S., School of Mech. and Aerospace Eng., Seoul Nat'l Univ., Korea (1997~2001)
Entrusted Researcher, Digital Bio Technology, Korea (2000~2006)
Founder, studio M.O.P. (2003~)
Cofounder, ThinkWize Inc. (2000~2003)
This is not a candle. (EDA Gallery, UCLA)
SonicRibbon (Broad Art Center, UCLA)
OOOOOO (Wight Gallery, UCLA)
Red (Broad Art Center, UCLA)
DrawDisk (online, www.yunsil.com)
GrassFire (online, ww.yunsil.com)
Furry (online, www.yunsil.com)
LightTracers (online, www.yunsil.com)
Tadpoles (online, www.yunsil.com)
TypeFace (online, www.yunsil.com)
Product: Microporator MP-PRO (Nanoentek, co., Ltd.)
Product: C READER ADAM (Nanoentek, co., Ltd.)
Product: UMD(Ubiquitous Mobile Device) (Samsung Electronics, Inc.)
Product: High-throughput Electroporation system(Nanoentek, Inc.)
Product: Microporator Pipette System (Nanoentek, co., Ltd.)
Product: Microporator System (Digital Bio Technology, co., Ltd.)
Product: GENOSCOPE the DNA Chip Scanner System (Digital Bio Technology, co., Ltd.)
Visual: Microporator Ad. (Internation Journal Full-page Ad.) (Nanoentek, co., Ltd.)
Visual: ADAM Ad. (Internation Journal Full-page Ad.) (Nanoentek, co., Ltd.)
Visual: Schemetic Illustrations (various clients, various journals & conferences)
Visual: UI design for ADAM (Digital Bio Technology, co., Ltd.)
Visual: InsightGroup Website (InsightGroup, co., Ltd.)
Visual: InsightGroup CI (InsightGroup, co., Ltd.)
Visual: Gallery Artside Website (Gallery Artside, Seoul)
Visual: TIS Website (Taxi-info, co., Ltd.)
Visual: TIS CI & IR(Taxi-info, co., Ltd.)
Visual: MD International CI & IR (MD International, co., Ltd.)
Visual: Package design (various clients)
Visual: Korea Bio-IT Foundry Center BI (Korea Bio-IT Foundry Center, Seoul, Busan, Gwangju)
Visual: Poster/Banner design (various clients)
Visual: Brochure design (various clients)
Movie: Bio-areosol (Seoul Nat'l Univ.)
Movie: Genoscope (Digital Bio Technology, co., Ltd.)
Movie: HCS (Digital Bio Technology, co., Ltd.)
Movie: C-Film (Digital Bio Technology, co., Ltd.)
Movie: Nanomecha (Digital Bio Technology, co., Ltd.)
Movie: C READER (Digital Bio Technology, co., Ltd.)
Movie: BIT foundry center (Digital Bio Technology, co., Ltd.)
Movie: Cell Sorter (Digital Bio Technology, co., Ltd.)
Movie: RBC Filters (Digital Bio Technology, co., Ltd.)
Movie: Cell Migration (Digital Bio Technology, co., Ltd.)
Movie: Serial Dilution (Digital Bio Technology, co., Ltd.)
Movie: PT Check (Digital Bio Technology, co., Ltd.)
Movie: IMT 2000 (Digital Bio Technology, co., Ltd.)
Wireless Temperature Monitoring System 1: The JAVA bluetooth sensor monitor (Seoulmilk, co., Ltd., Nanoentek, co., Ltd.)
ERP - Marketing and Bidding Management System (MBMS) (InsightGroup, co., Ltd.)
ERP - HR consulting solution (SPC group, co., Ltd, InsightGroup, co., Ltd.)
ERP - Survey System (LG Electronics, Inc.)
Web-based HI evaluation system (LG Electronics, Inc.)
Flash UI emulation for Rapid Prototyping (LG Electronics, Inc.)
Hyunwoo Bang et al., Lab. Chip. (manuscript with referees)
A Transient Electropulsation-driven Backflow in Microfluidics
Won Gu Lee, Hyunwoo Bang et al., Lab. Chip. (manuscript with referees)
Nonlinear Evanescent-field Imaging Using On-chip Grating Coupler
Won Gu Lee, Hyunwoo Bang et al., Current Applied Physics (manuscript with referees)
A Directly Stackable Microsystem onto the Cultured Cells fot Cytotoxicity Tests
Hyunwoo Bang et al., Microsystem Technologies, DOI: 10.1007/s00542-007-0518-7
In-situ Investigation of Uptake Phenomena of Biological Molecules and Silica Nanoparticles into Mammalian Cells in Microstructures
Won Gu Lee, Hyunwoo Bang et al., Journal of Nanoparticle Research (manuscript with referees)
Effect of Geometry on Impedance of Cell Suspended Media in Electrically Mediated Molecule Uptake Using a Microstructure
Won Gu Lee, Hyunwoo Bang et al. Current Applied Physics (in press)
Combined Microchannel-Type Erythrocyte Deformability Test with Optical Tweezer I. Basic Principles
Won Gu Lee, Hyunwoo Bang et al. Journal of the Korean Physics Society, 50(4), 1163~1167, 2007
On-chip Erythrocyte Deformability Test under Optical Pressure
Won Gu Lee, Hyunwoo Bang et al., Chemical Biology, 2007, B33~B40
Combined Microchannel-Type Erythrocyte Deformability Test with Optical Tweezer I. Basic Principles
Won Gu Lee, Hyunwoo Bang et al. Journal of the Korean Physics Society, 50(4), 1163~1167, 2007
On-chip Erythrocyte Deformability Test under Optical Pressure
Won Gu Lee, Hyunwoo Bang et al., Lab. Chip., 2007, 7, 516~519
Expansion Channel for Microchip Flow Cytometer
Hyunwoo Bang et al., Lab Chip, 2006, 6, 1381~1383
Active Sealing for Soft Polymer Microchips: Method and Practical Applications
Hyunwoo Bang et al., Journal of Micromechanics and Microengineering 16 (2006) 708~714
Dependence of the Optical Trapping Efficiency of a Biconcave Red Blood Cell Flowing
in a Rectangular Microchannel on the Sphericity Index and the Channel Geometry
Won Gu Lee, Hyunwoo Bang et al., Journal of the Korean Physical Society, Vol. 48, No. 4, April 2006, pp. 658~669
Surface Tension-enhanced Optical Trapping for Llateral Close-packing
Won Gu Lee, Hyunwoo Bang et al., Current Applied Physics 6S1 (2006) e237~e241
Microfabricated Fluorescence-Activated Cell Sorter with Hydrodynamic Flow Manipulation
Hyunwoo Bang et al., Microsystem Technologies (2006) DOI 10.1007/s00542-005-0076-9
Serial Dilution Microchip for Cytotoxicity Test
Hyunwoo Bang et al., Journal of Micromechanics and Microengineering 14 (2004) 1165~1170
Fabrication of the PDMS microchip for serially diluting sample with buffer
Jun Keun Chang, Hyunwoo Bang et al., Microsystem Technologies 9 (2003) 555~558 (c) Springer-Verlag 2003
Functional ntegration of Serial Dilution and Capillary Electrophoresis on a PDMS Microchip
Jun Keun Chang, Yun Seok Heo, Hyunwoo Bang et al.,
Biotechnology and Bioprocess Engineering 2003, 8:233~239
Micro-imaging Techniques for Evaluation of Plastic Microfluidic Chip
Jung Kyung Kim, Hyunwoo Bang et al., Journal of Semiconductor Technology and Science, Vol. 1, No. 4, Dec., 2001
Hoyoung Yun, Hyunwoo Bang et al., IEEE MEMS 2008 (Tucson, USA, 2008, submitted)
Direct Observation and Qualtitative Analysis of Molecular Uptake Phenomena at the Single-Cell Level during Electric Pulsation
Won Gu Lee, Hyunwoo Bang et al., SPIE Internation Symposium BIOS 2008 Biomedical Optics (San Jose, USA, 2008, submitted)
Nonlinear Evanescent-Field Imaging Using On-Chip Grating Coupler
Won Gu Lee, Hyunwoo Bang et al., 2007 Internation Nanotech Symposium & Exhibition in Korea
Microchip Flowcytometer using Fluorescent Silica Nanoparticles for HIV Screening
Hoyoung Yun, Hyunwoo Bang et al., 11th International Conference on Miniaturized Systems for Chemistry and Life Sciences (uTAS)
Optical Tweezers for On-Chip Detection of Cancerous Diseases:
Optofluidic Application of Erythrocyte Deformability Test
Won Gu Lee, Hyunwoo Bang et al., The 9th Korean MEMS Conference
Genetic Algorithm for the Design of Microchip Flowcytometers
Hyunwoo Bang et al., 2007 NSTI Nanotechnology Conference and Trade Show
Investigation of Uptake Phenomena of Biological Molecules and Silica Nanoparticles into Mammalian Cells in Microstructures
Hyunwoo Bang et al., 2007 NSTI Nanotechnology Conference and Trade Show
Fluorescent Intensity-based Differential Counting of
FITC-doped Silica Nanoparticles: Applications of CD4+ T-cell Detection in Microchip-type Flowcytometers
Hoyoung Yun, Hyunwoo Bang et al., Proceedings of SPIE, Smart Materials, Nano-, and Micro-Smart Systems
Optimal Microchannel Design by Genetic Algorithms
Hyunwoo Bang et al., 10th International Conference on Miniaturized Systems for Chemistry and Life Sciences (uTAS)
Electrotransfection in Microchannel: A Shortcut to its Uptake Mechanism
Won Gu Lee, Hyunwoo Bang et al., 10th International Conference on Miniaturized Systems for Chemistry and Life Sciences (uTAS)
Active Sealing for Soft Polymer Microchips
Hyunwoo Bang et al., Nanotech2006, 2006 NSTI Nanotechnology Conference and Trade Show
Combined microchannel-type erythrocyte deformability test with optical tweezers
Won Gu Lee, Hyunwoo Bang et al., SPIE International Symposium BIOS 2006 Biomedical Optics (Photonics West 2006)
Expansion Channel for Microchip Flow Cytometers
Hyunwoo Bang et al., 9th International Conference on Miniaturized Systems for Chemistry and Life Sciences (uTAS)
Microfabricated Fluorescence-Activated Cell Sorter With Hydrodynamic Flow Manipulation
Hyunwoo Bang et al., The 3rd Annual International IEEE EMBS Special Topic Conference
on Microtechnologies in Medicine and Biology (MMB 2005)
A Versatile Lab-On-a-Chip based Single Cell Workstation:
On-Scope Functional Integration of Optical Tweezers and MicroFACS
Won Gu Lee, Hyunwoo Bang et al., The 4th Asan-Harvard Joint International Symposium
Microfabricated Fluorescence-Activated Cell Sorter with Hydrodynamic Flow Manipulation
Hyunwoo Bang et al., The 4th Asan-Harvard Joint International Symposium
Microfabricated Fluorescence-Activated Cell Sorter with Hydrodynamic Flow Manipulation
Hyunwoo Bang et al., Nanotech2004, 2004 NSTI Nanotechnology Conference and Trade Show, pp. 50-54
Single-Cell Manipulation and Fluorescence Detection in Benchtop Flow Cytometry System with Disposable Plastic Microfluidic Chip
Jung Kyung Kim, Hyunwoo Bang et al., SPIE Photonics West 2003 (8-20)
Integrated microchip devices of capillary electrophoresis and serial dilution
Yun Seok Heo, Hyunwoo Bang et al., HPCE 2003 16th international symposium on microscale separations and analysis (191)
Modeling and Designing of Microfluidic System Using Poiseuille Number
Sung-Jin Park, Seok Chung, Hyunwoo Bang et al., 2nd Annual International IEEE-EMBS
Special Topic Conference on Microtechnologies in Medicine & Biology (565-568)
Samsung Electronics, Inc., Korea (2006)
Development of microfluidic diagnostic chip and system using micro blood
Ministry of Science and Technology, Korea (2001.12 ~ 2007.2)
Bio and Health Technology Project: Development of nanofluidic control
and optical trapping system for single molecule manipulation and detection
Ministry of Health & Welfare, Korea (2002.12 ~ 2007.4)
Korea BIT Foundry Center Project
Ministry of Commerce, Industry and Energy, Korea (2004.6 ~ 2006. 6)
Engineering Research Center(ERC) Project: Development of microfluidic devices
Korea Science and Engineering Foundation (2002.12 ~ 2005.12)
Milli-Structure Project:
Development of plastic disposable mobile diagnostic module using blood serum separation
Ministry of Commerce, Industry and Energy, Korea (2002.12 ~ 2005.7.31)
Development of microFACS; New technology for sorting of
human stem cells & blood cells without the aid of monoclonal antibody
Ministry of Science and Technology, Korea (2002 ~ 2005)
Development of plastic disposable mobile diagnostic module using serum separation
Ministry of Commerce, Industry and Energy (2002 ~ 2005)
IMT 2000 Project: Nanodetection system using nanofluidic patterning
Ministry of Information and Communication, Korea (2002.12 ~ 2004.12)
Development of disposable ABO and crossmatching kit for
transfusion using nano-fluidic distributing system
Small and Medium Business Administration, Korea (2001 ~ 2002)
Development of POC medical sample processing module
based on microfluidics and microfabrication technologies
Small and Medium Business Administration, Korea (2001 ~ 2003)
Inventor, 11/831,049, USA (pending)
Device for counting cells and method for manufacturing the same.
Inventor, #2002-45355, Korea (pending)
Device for counting cells and method for manufacturing the same.
Inventor, #2003-49406, Korea (pending)
Device for counting cells and method for manufacturing the same.
Inventor, #PCT/KR2004/001735 (pending)
Sheathless microchip and its apparatus for analyzing micro-particles.
Inventor, #2006-33994, Korea (pending)
Microchip with expansion channel and flow cytometer using this microchip.
Inventor, #2006-33995, Korea (pending)
Apparatus for mixing fluids by micro channel.
Inventor, Patent #:442680, Korea (issued)
Method for manufacturing microchannel mixing devices
and its fixation method for the tubings.
Inventor, Patent #:430383, Korea (issued)
Microchannel unit and apparatus for mixing fluids using such a unit.
Asignee, Inventor, Patent #:473364, Korea (issued)
Best Graduate Dissertation (Academic Year 2007, School of Mechanical & Aerospace Eng., Seoul Nat'l Univ.)
Next-generation Scholar Fund (2007, Korea Research Foundation)
bang@designeer.net
Tel. +1-310-206-5036
Fax. +1-310-794-5956
420 Westwood Plaza, Room 5121 Engineering 5, Los Angeles, CA 90095
