Ph.D., Department of Chemical and Biomolecular Engineering, The Ohio State University, USA, 2001

M.S., Department of Chemical and Biomolecular Engineering, The Ohio State University, USA, 1997

B.S., Department of Chemical Engineering, National Taiwan University, Taiwan, 1993

Professor, National Cheng Kung University, Taiwan (08/2015-present)

Associate Professor, National Cheng Kung University, Taiwan (08/2009-07/2015)

Assistant Professor, National Cheng Kung University, Taiwan (08/2005-07/2009)

Product Development Manager, Bioprocessing Innovative Company, USA (03/2004-07/2005)

Postdoctoral Researcher, The Ohio State University, USA (01/2003-02/2004)

Research Engineer, ACLARA BioSciences, Inc., USA (08/2001-12/2002)

Research Assistant, Procter&Gamble, USA (06/2000-09/2000)

Research Associate, The Ohio State University, USA (09/1995-06/2001)

-Unit Operation (I), (II)

-Engineering Mathematics (I), (II)

-Introduction to Microfabrication

A. Referred Paper

1. Cheng, J.-J.;Chang, Y.-H.;Huang, W.-Y.;Juang, Y.-J.*，"Effect of Solution Viscosity on Generating Long DNA Nanostrands Array via Patterned Molecular Combing"，Applied Physics Letters;，(SCI 2009)[link]
2. Jheng, Z.-J.;Fang, Y.-C.;Lo, K.-F.;Juang, Y.-J.*，"Reinforcement of A Poly(dimethyl siloxane) Mold with High Aspect Ratio Microstructures via Gas-liquid Phase Sol-gel Process"，Journal of Micromechanics and Microengineering;，(SCI 2009)[link]
3. Lu, C.;Lee, L. J.;Juang, Y.-J.*，"Packaging of Microfluidic Chips via Interstitial Bonding Technique"，Electrophoresis;，(SCI 2008)[link]
4. Du, J.-R.;Juang, Y.-J.;Wu, J.-T.;Wei, H.-H.*，"Long-range and Superfast Trapping of DNA Molecules in An ac Electrokinetic Funnel"，Biomicrofluidics;，(SCI 2008)[link]
5. Li, M.;He, Y. D.*;Xin, C. L.;Wei, X. P.;Li, Q. C.;Lu, C.;Juang, Y.-J.，"Dual Electrode More Electrospinning of Biodegradable Polymers"，Applied Physics Letters;，(SCI 2008)[link]
6. Hsieh, S.-F.;Chang, C.-P.;Juang, Y.-J.;Wei, H.-H.*，"Stretching DNA with Electric Fields beneath Submicron Interfacial Constriction Created by A Closely Fitting Microdroplet in A Microchannel"，Applied Physics Letters;，(SCI 2008)[link]
7. Wu, J. T.;Du, J.-R.;Juang, Y.-J.;Wei, H.-H.*，"Rectified Elongational Streaming due to Asymmetric Electro-osmosis induced by AC Polarization"，Applied Physics Letters;，(SCI 2007)[link]
8. Lu, C.;Xie, Y.;Yang, Y.;Cheng, Mark M.-C.;Koh, C.-G.;Bai, Y.;Lee, L. J.*;Juang, Y.-J.，"New Valve and Bonding Designs for Microfluidic Biochips Containing Proteins"，Analytical Chemistry;，(SCI 2007)[link]
9. Bai, Y.;Koh, C. G.;Boreman, M.;Juang, Y.-J.;Tang, I.-C.;Lee, L. J.;Yang, S. T.*，"Surface Modification for Enhancing Antibody Binding on Polymer-Based Microfluidic Devices for Enzyme-Linked Immunosorbent Assays"，Langmuir;，(SCI 2006)[link]
10. Hu, X.;Wang, S.;Juang, Y.-J.;Lee, L. J.*，"Five-cross Microfluidic Network Design Free of Coupling between Electrophoretic Motion and Electro-osmotic Flow"，Applied Physics Letters;，(SCI 2006)[link]
11. Juang, Y.-J.;Hu, X.;Wang, S.;Lee, L. J.*;Lu, C.;Guan, J.，"Electrokinetics Interactions in Microscale Cross-Slot Flow"，Applied Physics Letters;，(SCI 2005)[link]
12. Lu, C.;Juang, Y.-J.;Lee, L. J.*;Grewell, D.;Benatar, A.，"Analysis of Laser/IR-assisted Micro-embossing"，Polymer Engineering and Science;，(SCI 2005)[link]
13. Wang, S.;Zeng, C.;Lai, S.;Juang, Y.-J.;Lee, L. J.*，"Polymeric Nanonozzle Array Fabricated by Sacrificial Template Imprinting"，Advanced Materials;，(SCI 2005)[link]
14. Juang, Y.-J.;Wang, S.;Hu, X.;Lee, L. J.*，"Dynamics of Single Flexible Polymer in a Stagnation Flow Induced by Electrokinetics"，Physical Review Letters;，(SCI 2004)[link]
15. Juang, Y.-J.;Lee, L. J.*;Koelling, K. W.，"Hot Embossing in Microfabrication, Part II: Rheological Characterization and Process Analysis"，Polymer Engineering and Science;，(SCI 2002)[link]
16. Juang, Y.-J.;Lee, L. J.*;Koelling, K. W.，"Hot Embossing in Microfabrication, Part I: Experimental"，Polymer Engineering and Science;，(SCI 2002)[link]
17. Lee, L. J.*;Madou, M. J.;Koelling, K. W.;Daunert, S.;Lai, S.;Koh, C. G.;Juang, Y.-J.;Lu Y.;Yu, L.，"Design and Fabrication of CD-like Microfluidic Platforms for Diagnostics: Microfabrication"，Biomedical Microdevices;，(SCI 2001)[link]
18. Juang, Y.-J.;Lee, L. J.*;Koelling, K. W.，"Rheological Analysis of Polyvinyl Butyral near the Glass Transition Temperature"，Polymer Engineering and Science;，(SCI 2001)[link]
19. Juang, Y.-J.;Bruer, D.;Lee, L. J.*;Koelling K. W.;Srinivasan N.;Drummond C. H.;Bert, B. C.，"A Method for Assessing the Effect of Polymer Sheeting Rheology, Surface Pattern and Processing Conditions on Glass Lamination"，Journal of Applied Polymer Science;，(SCI 2001)[link]

B. Conference paper

1. Jun-Jie Cheng;Yuan-Hsin Chang;Yi-Je Juang*，""Rapid Fabrication of Patterned Nanowires on a Large Area via Meniscus Receding ", TWIChE, Taipei, Taiwan, November 20-22, 2008."，;，( 2008)[link]
2. Kuo-Feng Lo;Yi-Je Juang*，""Fabrication of Microarray-based ELISA via Micromolding in Capillaries", AIChE, Philadelphia, Pennsylvania, USA, November 16-21, 2008."，;，( 2008)[link]
3. Yu-Ting Pong;Kuo-Feng Lo;Yi-Je Juang*，""Gas-Liquid Phase Sol-Gel Process for Constructing PDMS Superhydrophobic Surface", TWIChE, Taipei, Taiwan, November 20-22, 2008."，;，( 2008)[link]
4. Kuo-Feng Lo;Yi-Je Juang*，""Capillary Force-assisted Micro/ nanopatterning", TWIChE, Taipei, Taiwan, November 20-22, 2008."，;，( 2008)[link]
5. Yang-Chou Fang;Yi-Je Juang*，""Fabrication of Sharp Microridges by Inductively Coupled Plasma (ICP) Process", TWIChE, Taipei, Taiwan, November 20-22, 2008."，;，( 2008)[link]

C. Books

• none

D. Other publications

1. Lee, L. J.*;Yang, S. T.;Lai, S.;Bai, Y.;Huang, W.-C.;Juang, Y.-J.，"Microfluidic Enzyme-Linked Immunosorbent Assay Technology"，[link]