學歷

• 美國俄亥俄州立大學 化工系 博士(美國 8701 - 9006)
• 美國俄亥俄州立大學 化工系 碩士(美國 8409 - 8612)
• 國立台灣大學 化工系 學士(中華民國 7809 - 8206 )

經歷

• 國立成功大學 教授 (1040801 - present)
• 國立成功大學 副教授 (980801 - 1040731)
• 國立成功大學 助理教授 (940801 - 980731)
• Bioprocessing Innovative Company, Product development manager (930101 - 940731)
• The Ohio State University, Postdoctoral researcher (920101 - 921231)
• ACLARA BioSciences, Research/processing Engineer (900801 - 911231)

開授課程

現在:

• 單元操作（二）
• 工程數學（一）
• 工程數學（二）

過去:

• 單元操作 （一）
• 微製造概論

教師著作

A. 期刊論文

1. ● Yi-Je Juang* and Jo-Shu Chang (2016, Mar). Applications of microfluidics in microalgae biotechnology: A review. Biotechnology Journal, 327-335 (IF=3.490). (SCI, 35/163, BIOTECHNOLOGY & APPLIED MICROBIOLOGY).
2. ● Yu-Luen Deng, Mei-Yi Kuo and Yi-Je Juang* (2014, Sep). Development of flow through dielectrophoresis microfluidic chips for biofuel production: Sorting and detection of microalgae with different lipid contents. Biomicrofluidics, 8(6), 064120 (IF=3.357). (SCI, 3/31, PHYSICS, FLUIDS & PLASMAS).
3. ● Yu-Luen Deng and Yi-Je Juang* (2014, Apr). Polydimethyl siloxane wet etching for three dimensional fabrication of microneedle array and high-aspect-ratio micropillars. Biomicrofluidics, 026502 (IF=3.357). (SCI, 3/31, PHYSICS, FLUIDS & PLASMAS).
4. ● Yu-Luen Deng and Yi-Je Juang* (2014, Mar). Black silicon SERS substrate: Effect of surface morphology on SERS detection and application of single algal cell analysis. Biosensors and Bioelectronics, 53, 37-42 (IF:6.409). (SCI, 1/28, Electrochemistry).
5. ● Yu-Luen Deng, Jo-Shu Chang, Yi-Je Juang* (2013, May). Separation of microalgae with different lipid contents by dielectrophoresis. Bioresource Technology, 135, 137-141 (IF: 5.039). (SCI, 1/12, AGRICULTURAL ENGINEERING).
6. ● Yu-Luen Deng and Yi-Je Juang* (2013, Jan). Electrokinetic trapping and surface enhanced Raman scattering detection of biomolecules using optofluidic device integrated with a microneedles array. Biomicrofluidics, 7, 014111 (IF=3.771). (SCI, 2/31, PHYSICS, FLUIDS & PLASMAS).
7. ● Kuo-Feng Lo, and Yi-Je Juang* (2013, Jan). Parametric study of protein solution evaporation inside the microwells for micropatterning. Journal of the Taiwan Institute of Chemical Engineers, 44(1), 131-137 (IF:2.64). (SCI, 23/133, Engineering/Chemical).
8. ● Kuo-Feng Lo, and Yi-Je Juang* (2012, Jun). Fabrication of long poly(dimethyl siloxane) nanochannels by replicating protein deposit from confined solution evaporation. Biomicrofluidics, 6, 026504 (IF=3.385). (SCI, 3/31, PHYSICS, FLUIDS & PLASMAS).
9. ● Kuo-Feng Lo, and Yi-Je Juang* (2012, Mar). Investigation of micro/nanoring formation by protein solution evaporation inside confined microwells. Applied Physics Letters, 100, 133106 (IF=3.794). (SCI, 20/128, PHYSICS, APPLIED).
10. ● Yu-Tine Peng, Kuo-Feng Lo, and Yi-Je Juang* (2010, Apr). Constructing Superhydrophobic Surface on Polydimethyl Siloxane via Spin Coating and Vapor-Liquid Sol-Gel Process. Langmuir, 26(7), p.5167-5171 (IF=4.269). (SCI, 26/225, MATERIALS SCIENCE, MULTIDISCIPLINARY).
11. ● 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]
12. ● 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]
13. ● Lu, C.;Lee, L. J.;Juang, Y.-J.*，"Packaging of Microfluidic Chips via Interstitial Bonding Technique"，Electrophoresis;，(SCI 2008)[link]
14. ● 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]
15. ● 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]
16. ● 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]
17. ● 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]
18. ● 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]
19. ● 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]
20. ● 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]
21. ● 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]
22. ● 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]
23. ● 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]
24. ● 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]
25. ● 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]
26. Juang, Y.-J.;Lee, L. J.*;Koelling, K. W.，"Hot Embossing in Microfabrication, Part I: Experimental"，Polymer Engineering and Science;，(SCI 2002)[link]
27. ● 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]
28. ● 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]
29. ● 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. 研討會論文

1. ● 翁芳瑜、莊怡哲*, “Filtration with anodic aluminum oxide membrane for Raman analysis of algal cells”,台灣化工年會,台灣, 2015/11/05-2015/11/07, (Best Poster Award)

   ● 曾湘涵、莊怡哲*,“Investigation of membrane filtration for fabrication of dissolvable and flexible polymer microneedles patch”,台灣化工會,台灣, 2015/11/05-2015/11/07 (Excellent Poster Award)

   ● 李維璿、莊怡哲*,“Fabrication of paper-based microfluidic device via filtration assisted lithography (FilL)”,台灣化工年會,台灣, 2015/11/05-2015/11/07

   ● 鄧宇倫、莊怡哲、李奕淇、吳旻憲,“Fabrication of flexible polymer microneedle patch by microfiltration for transdermal drug delivery”,第19屆奈米工程暨微系統技術研討會,台灣, 2015/08/13-2015/08/14 (報告特優)

   ● 沈柏序、莊怡哲*,“探討利用介電濕潤進行微藻提濃及拉曼分析”, 第19屆奈米工程暨微系統技術研討會,台灣, 2015/08/13-2015/08/14 (海報佳作)

   ● 沈柏序、莊怡哲*,“Concentration of microalgae by electrowetting on dielectrics for Raman analysis”, 2015 BEST Conference & International Symposium on Biotechnology and Bioengineering, 台灣, 2015/06/26-2015/06/27

   ● 沈柏序、莊怡哲*,“Concentration of microalgae by electrowetting on dielectrics for Raman analysis”, 高雄市第八屆國際儀器展(2015KIIS), 台灣, 2015/05/27-2015/05/29 (海報佳作)

   ● 鄧宇倫、莊怡哲*, “Continuous separation and analysis of microalgae with different lipid content by using dielectrophoresis microchip”, Advances in Microfluidics & Nanofluidics (國際會議) ,台灣,2014/05/21-2014/05/23 (Best Poster Award)

   ● 林廷融、莊怡哲*, “Fabrication of microneedles with different geometric shapes and their mechanical strength”,台灣化工年會,台灣,2014/12/12-2014/12/13

   ● 周詩涵、莊怡哲*, “Screening of microalgae by standing surface acoustic wave and hydrodynamic focusing”, 台灣化工年會,台灣,2014/12/12-2014/12/13

   ● 沈柏序、莊怡哲*, “Concentration of microalgae by EWOD for lipid detection”, 台灣化工年會,台灣,2014/12/12-2014/12/13

   ● 莊怡哲, “Screening of microalgae with different lipid contents by using dielectrophoretic (DEP) microfluidic device”, International Conference on New Materials, Nanotechnology and New Green Energy 2014 (EITA-New Materials 2014), 台灣, 2014/11/22-2014/11/23

   ● 鄧宇倫、莊怡哲*, “Fabrication of microneedles array by PDMS wet etching”, 台灣化工年會,台灣,2013/11/22-2013/11/23 (口頭報告佳作)

   ● 賴盈娟、莊怡哲*, “Fabrication of a superhydrophobic surface by replication of black silicon”,  台灣化工年會,台灣,2013/11/22-2013/11/23 (海報佳作)

   ● 黃怡棻、莊怡哲*, “Effect of the geometric dimensions of electrodes on microfluidic fuel cell (MFC) efficiency”, 台灣化工年會,台灣,2013/11/22-2013/11/23

   ● 郭美怡、莊怡哲*, “Continuous sorting and analysis of microalgae with different lipid contents using dielectrophoresis microfluidic device”, 台灣化工年會,台灣,2013/11/22-2013/11/23

   ● 鄧宇倫、莊怡哲*, “Investigation of Black Silicon As SERS Substrate for High Sensitivity Detection”, 美國化工年會(AIChE), 美國, 2013/11/03-2013/11/08       

   ● 鄧宇倫、莊怡哲*, “Manipulation and detection of biomolecules on microneedles array by electrokinetics and SERS”, 台灣化工年會,台灣,2012/11/23-2012/11/24 (口頭報告佳作)

   ● 陳佑任、莊怡哲*, “Focusing microalgae inmicrofluidic device by surface acoustic wave (SAW)”,  台灣化工年會,台灣,2012/11/23-2012/11/24

   ● 林俊竹、莊怡哲*, “Investigation of spin on dopantprocess in fabrication of silicon solar cells”, 台灣化工年會,台灣,2012/11/23-2012/11/24

   ● 蔣明佑、莊怡哲*, “Fabrication of silicon microneedles with heightlarger than 500 micron”,台灣化工年會,台灣,2012/11/23-2012/11/24

   ● 鄧宇倫、莊怡哲*, “利用介電泳微流體晶片分離不同含油量的微藻細胞”, 台灣化工年會,台灣,2011/11/25-2011/11/26      

   ● 顏亦伶、莊怡哲*, “Effect of Surface Pattern/Roughness in Microfluidic Fuel Cell (MFC)”,    台灣化工年會,台灣,2011/11/25-2011/11/26 (海報佳作)

   ● 陳柏森、莊怡哲*, “SAM Patterning by Roof Collapse of Microchannels for Micro/nanofabrication”, 台灣化工年會,台灣,2011/11/25-2011/11/26     

   ● 李明達、莊怡哲*, “Fabrication of silicon microneedle array for drug delivery”, 台灣化工年會,台灣,2011/11/25-2011/11/26 (海報佳作)

   ● Kuo-Feng Lo (羅國峰) and Yi-Je Juang*, “Evaporation of Protein Solution inside Microwells array”, Asia Pacific Confederation of Chemical Engineers (APCChE, 國際會議), 台灣, 2010/10/05-2010/10/08               

   ● Ching-Yi Chang (張瀞尹) and Yi-Je Juang*, “Investigation of Protein Solution Evaporation inside the Microchannels”, Asia Pacific Confederation of Chemical Engineers (APCChE, 國際會議), 台灣, 2010/10/05-2010/10/08

   ● Ming-Yang Lin (林銘洋) and Yi-Je Juang*,   “Investigation of Using DNA molecules for Nanowire Lithography”, Asia Pacific Confederation of Chemical Engineers (APCChE, 國際會議), 台灣, 2010/10/05-2010/10/08

   ● Wan-Yu Hwang (黃婉毓) and Yi-Je Juang*,  “Molecular Combing of DNAs on Patterned Substrate Using Centrifugal Force”, Asia Pacific Confederation of Chemical Engineers (APCChE, 國際會議), 台灣, 2010/10/05-2010/10/08

   ● Angela Bernarda, Yung-Fu Wang, Yi-Lin Yen, Yu-Luen Deng, Yi-Je Juang and Hsiang-Yu Wang*,        “Macro-/Micro-scale Microbial Fuel Cell using Iron-reducing Bacteria”, Asia Pacific Confederation of Chemical Engineers (APCChE, 國際會議), 台灣, 2010/10/05-2010/10/08   

   ● Thung-Hua Lee, Yu-Luen Deng, Yi-Je Juang, and Hsiang-Yu Wang*,  “Detection of microalgae contents by Raman Spectrometry”, Asia Pacific Confederation of Chemical Engineers (APCChE, 國際會議), 台灣, 2010/10/05-2010/10/08

   ● Kuo-Feng Lo and Yi-Je Juang*, “Fabrication of Long Sub-micron/ nanochannels via Coffee-Ring Effect”, 美國化工年會(AIChE), 美國, 2009/11/08-2009/11/13

   ● 羅國鋒、莊怡哲*, “Evaporation of Protein Solution inside the Microchannels for Micro/nanofabrication”, 台灣化工年會, 台灣, 2009/11/27-2009/11/28

   ● 鄧宇倫、莊怡哲*, “Sample Concentration by AC Electrokinetics Using 3D Microneedles Array”, 台灣化工年會, 台灣, 2009/11/27-2009/11/28     

   ● 江碩文、莊怡哲*, “DNA-assisted Fabrication of Nanomask for Nanowire Lithography”, 台灣化工年會, 台灣, 2009/11/27-2009/11/28 (海報佳作)

2. ● 林立文、莊怡哲*, “Evaporation-induced Formation of Patterned and Long Metallic Nanowires     “, 台灣化工年會, 台灣, 2009/11/27-2009/11/28
3. ● 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]
4. ● 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]
5. ● 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]
6. ● Kuo-Feng Lo;Yi-Je Juang*，""Capillary Force-assisted Micro/ nanopatterning", TWIChE, Taipei, Taiwan, November 20-22, 2008."，;，( 2008)[link]
7. ● 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. 專書/專章

1. ● Lee, L. J.*, Yang, S. T., Lai, S., Bai, Y., Huang, W.-C., Juang, Y.-J., "Microfluidic enzyme-linked immunosorbent assay technology".

D. 專利

 ● 莊怡哲,鄧宇倫,張嘉修 "分離藻類之方法、裝置及其應用",中華民國 (I450756, 2014.09.01-2032.05.24)