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Yu-Hsu CHANG, PhD, Professor

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Email: yhchang@ntut.edu.tw

Phone: +886-2-27712171 ext 2769

Office: 502-2, MMRE Building

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Research areas:
Inorganic Chemistry, Inorganic Materials Chemistry, Nanomaterials Synthesis, Surface Chemistry, Energy Materials for CO2RR & OER & NO3RR.

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Visiting Professor: 2025 Dept. Tool & Materials, King Mongkut's University of Technology Thonburi, Thailand

Adjunct Professor: 2024 - 2025 Dept. Chem. Eng., VNU-HCM University of Technology, Vietnam

Professor: 2019 - Present Dept. Materials & Mineral Resources Eng., Taipei Tech

Director: 2018 - 2021 Inst. Mineral Resources Eng., Taipei Tech

Associate Professor: 2016 - 2019 Dept. Materials & Mineral Resources Eng., Taipei Tech

Assistant Professor: 2006 - 2016 Dept. Materials & Mineral Resources Eng., Taipei Tech

  

Postdoc.

2003 - 2005 Department of Applied Chemistry, National Yang Ming Chiao Tung University, Adviser: Professor Hsin-Tien Chiu 

2005 - 2006 Department of Chemistry, Northwestern University, IL, USA, Adviser: Professor Chad A. Mirkin

   

Ph.D.: 2002 Department of Applied Chemistry, National Yang Ming Chiao Tung University, Adviser: Professor Hsin-Tien Chiu

Contact

Office: #209-1, MMRE Building

Tel: +886-2-27712171 ext 2787

Postdoc

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Yi-Kai Kuo 

B.E. MSE, NFU

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Hsuan-Chia Huang  

B.E. MSE, ISU

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Dang Thi Thuy Tien

B.S. Chemistry, VNU HCMUS, Vietnam

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Supapitch Kositsarakhom

B.E. ChE, KMUTT, Thailand

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Hsuan Chen

B.E. ChE & Materials, NCUT

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Hsueh-Hua Lu

B.E. MSE, NFU

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Tieu Minh Toan

B.S. Chemistry, VNU HCMUS, Vietnam

Graduate Students

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Undergraduate/Exchange Students

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Hsin-Chien Wu

MMRE, Taipei Tech

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Yung-Hsuan Shen

MMRE, Taipei Tech

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Yu-Xuan Chen

MMRE, Taipei Tech

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Nguyen Thanh Truc

Chemistry, VNU HCMUS, Vietnam

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Pham Ha Phuong

Chemistry, VNU HCMUS, Vietnamh

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Due to the overwhelming response of the activity, all reservations are full.

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Innovative Research and Development in New Green Energy Technologies

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The program invites international students majoring in Chemistry, Chemical Engineering, Materials Science, and Geology to participate in a 2-month exchange at Taipei Tech. Exchange students can choose their supervisors based on their research interests and specialties, and engage in relevant research activities. Students studying at Taipei Tech can apply for on-campus dormitories and take free Chinese language courses. Additionally, they can participate in departmental activities to experience diverse cultures and cuisine.

 

Taipei Tech is a prestigious institution with a rich history and a reputation for academic excellence. Established in 1912, the university has long been a cornerstone of technological education in Taiwan, continually evolving to meet the demands of a rapidly changing world. Over the past century, Taipei Tech has maintained its status as a leading institution for engineering, design, and applied sciences, recognized both locally and internationally for its rigorous academic programs and innovative research. Situated in the heart of Taipei City, Taipei Tech enjoys a prime location that offers students and faculty unparalleled access to the dynamic cultural, economic, and technological landscape of Taiwan's capital. The university's central location is complemented by excellent transportation links, including convenient access to Taipei's extensive MRT (metro) and bus networks, making it easy for students to explore the city and its vibrant neighborhoods.

Taipei Tech's commitment to fostering an environment of excellence and collaboration is evident in its state-of-the-art facilities, cutting-edge research centers, and strong industry partnerships. The university not only provides high-quality education but also actively engages with the community through various cultural and professional initiatives. This integration with the city enhances the overall educational experience, offering students a unique blend of academic rigor and real-world exposure.

 

#Applicants 
Undergraduates and postgraduates majoring in Chemistry, Chemical Engineering, Materials Science, Geology or related disciplines

#Application and Deadline
All students participating in this program are invited. Applicants are advised to contact professors at their respective institutions.

#Advisor List
Department of Materials and Mineral Resources Engineering

 

Yu-Hsu Chang, Professor                                   https://smalllab.wixsite.com/website

  • Synthesis of inorganic catalysts for nitrate & CO2 conversion to organic compounds.

  • Synthesis of inorganic materials as the catalysts of highly efficient oxygen evolution reaction for electrochemical water splitting.

  • In-situ/operando observations of reaction mechanism by synchrotron-radiation XPS near ambient pressure and micro-Raman spectroscopy.

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Po-Chun Chen, Professor                                        https://ppt.cc/f1b6Ix

  • Development of bio-interface electrode materials.

  • Advanced packaging processes for medical electronics implants.

  • Electrocatalysts for non-enzymatic electrochemical sensors.

  • Design of nanocatalysts for energy applications.

 

Shao-Sian Li, Associate Professor                                         https://ppt.cc/fkNhhx

  • Next generation energy material for solar energy harvesting, such as high efficiency perovskite solar cell and catalyst for solar-to-fuel conversion.

  • Layer deposition and stacking of 2D materials for energy, optoelectronics and biomedical applications.

  • Micro-scale electrochemical reaction by using scanning electrochemical cell microscopy (SECCM).

 

Wei-Hao Lee, Associate Professor                                         https://ppt.cc/fR4zux

  • Mineral processing/Waste recycling - This research field mainly utilizes the differences in physical properties of different substances in minerals/waste, such as: specific gravity, magnetism, electrical conductivity, surface properties...etc. After the minerals/waste are processed, the gangue (valueless) will be removed, and the product produced can be sold without affecting the original physical and chemical properties.

  • Geopolymer technology/Eco-friendly building material development –This technology allows industrial waste/by-products to be effectively prepared into building materials, which can achieve the purpose of cradle-to-cradle and make eco-friendly building materials with low carbon emissions.

 

Wing-Kiu Yeung, Assistant Professor                                      https://ppt.cc/fGIGCx

  • Automated nanoparticle synthesis, 3D porous membrane modulation & optical sensing

  • We use microfluidics' advantages to prepare nanoparticles. Microfluidics reactors have advantages with automation, rapid synthesis and easy operation.

  • Plasma electrolytic oxidation (PEO) is an electrochemical conversion process that can convert bulk metal into oxide ceramic layers. It is known to be able to fabricate porous structures with a customizable composition of the oxide membrane. By carefully designing the parameters, each layer can have a different primary role, thus resulting in a multifunctional tandem catalyst filter.

  • To understand the mechanism behind the PEO process, a spectroscopic study of the electrolytic plasma behaviour during the PEO process is conducted. The in situ measurement of the optical emission spectroscopy provides valuable information on the growth mechanism.

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Wei Lo, Professor                                      https://ppt.cc/fdM7Rx

  • Structural geology; engineering geology

  • Environmental geology

  • Control of geological hazard.​​

 

Chia-Chi Chiu, Associate Professor            https://ppt.cc/f2dMnx

  • Rock mechanics

  • Geotechnical engineering

  • Numerical analysis; discrete element method.

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Rou-Fei Chen, Assistant Professor            https://ppt.cc/fYlXFx

  • Geological Engineering; Environment Geology

  • Applications of Satellite Imagery & Remote Sensing Data

  • Interferometric synthetic aperture radar (InSAR).​​​

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Department of Chemical Engineering and Biotechnology

​Chih-Yu Kuo, Assistant Professor                           https://chihyukuo314.wixsite.com/pnbl

  • Synthesis and characterization of stimuli-responsive block copolymers so as to precisely design and control the polymeric self-assembly.

  • Improving and optimization of polymer processing with organic/inorganic blending and polymer chemistry.

  • Self-assembled, polymeric coating for extra-corporal circulation applications.

  • Development of an injectable, thermo-responsive hydrogel via RAFT polymerization for the treatment of osteomyelitis.

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​Kuan-Yi Wu, Assistant Professor                          吳冠毅-臺北科大學術資源網

  • Low-dimensional functional materials

  • Stimuli-responsive materials and sensing application

  • Multi-length-scale structural characterization platform

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Department of Molecular Science and Engineering

Chi-Ching Kuo, Professor, Chair                  https://ntutapnl.wixsite.com/mysite/about?lang=en

  • Micro/nano optoelectronics for wearable optical LEDs, Integrated circuits, and communications.

  • Design, fabrication, and implantation of nanofiber optical devices.

  • Stable long-term wearable optoelectronics & highly tough and conductive polymeric composites.

  • Self-healing polymer synthesis: Stretchable self-healable polymeric perovskites-based LEDs.

  • Perovskites quantum dots (QD): 2D, and 3D synthesis and stability control.

  • Smart Textiles: Colorimetric intelligent sensors, wearable electrospun health sensors and energy generating textiles.

  • Nano and QD structured hybrid/composite polymeric smart textiles.

  • Mechanically robust and air permeable lightweight energy harvesters.

 

Chun-Che Lin, Associate Professor                                         https://ppt.cc/f0vJPx

  • Synthesis and application of novel high-efficiency infrared phosphors.

  • Synthesis and display applications of stable perovskite quantum dots.

  • Applications of self-healing polymers in human body sensing and dressing.

  • Photocatalytic organometallic framework materials in carbon dioxide reduction.

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Hsiu-Hui Chen, Professor                                                    Home | My Site 1

  • Synthesis and Applications of Discotic Liquid Crystalline Materials

  • ​Efficient CO2 Conversion as a Building Block for Chemical Structures

  • ​Design of Artificial Metalloenzymes/Metalloproteins

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​Chin-Wen Chen, Assistant Professor                                      https://sinceie.wixsite.com/chinwenchen

  • Bio-based Copolymers and Their Composite.

  • Melt-spun Fiber and scCO2 Foaming Materials.

  • Ester-based Vitrimer and Combined with Polyester.

  • MXene, rGO, and SERS Applied in Gas Sensor.

  • Multi-scale Simulation for Mechanical Property of Polyester Materials.

  • Discover the scH2O Degradation Mechanism of Polyamide Materials.

  • Degradation of Nylon by scH2O Techniques and its Upcyling Application.

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MMRE Building, 1, Sec. 3, Zhongxiao E. Rd., Taipei 106344, TAIWAN

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