Graduate College of Sustainability and Green Energy
Research Field
Tzu Hsuan Chiang's research interests include polymer composites, electrochromic bright windows, dye-sensitized solar cells, UV-curable silver adhesives, low-temperature curing of silver paste, the nanostructure of metal oxides, and electrocatalysis and photocatalysis for water splitting.
Since 2009, she has authored over 50 articles in SCI journals and conferences, reflecting her extensive contributions. She has been invited as a reviewer for several SCI journals and served on international conference committees, underscoring her respected standing in the field. She has led more than 16 industry–academia projects in Taiwan, demonstrating her active engagement with practical applications.
Her 2014 publication on fluorine-containing UV-curable adhesives for dye-sensitized solar cells was featured on the cover of Science of Advanced Materials, highlighting her innovative work. Her visit to the Tokyo University in 2016-2017 exemplifies her active engagement with the global research community, reinforcing her leadership in the field.
The Catalysis Science & Technology highlights her recent work on catalysts for alkaline water electrolysis on the cover page in 2023. Her latest research on recycled plastics for high-performance catalysts in seawater and alkaline water electrolysis showcases innovative contributions.
This laboratory has cutting-edge instruments, including electrochemical analyzers, Fourier-transform infrared (FTIR) spectrometers, Raman spectroscopy systems, gas chromatographs (GC), UV-visible light spectrometers, and advanced microscopy tools. These devices enable the detailed analysis of materials and electrochemical reactions, supporting a wide range of research in energy and materials science, with specific capabilities tailored to the strengths of each technique.
With a dedicated focus on green energy solutions, the laboratory aims to develop multifunctional electrocatalysts that enhance key reactions, including the oxygen reduction reaction (ORR), hydrogen evolution reaction (HER), and oxygen evolution reaction (OER).
The laboratory currently operates multiple water electrolysis systems and stacks, enabling comprehensive experiments on electrolysis performance, energy efficiency, and scalability. This supports both fundamental studies and applied research in energy conversion.
Electrochemical
Electrocatalysts for HER and OER on alkaline water electrolysis and seawater electrolysis
1. Won a Research Excellence Award from Polytechnic in 2012 at National United University
2. Won third place of Outstanding Research Award from Polytechnicat National United University in 2013.
3. Won an Excellence in Industry-Academia Collaboration Award at National United University from 2012-2014.
4. Won the “Flexible Salary for Special Outstanding Talents” by the Ministry of Education from 2014-2016.
5. Won a Research Excellence Award from National United University in 2018.
6. Won an Excellence in Industry-Academia Collaboration Award from Polytechnic at National United University in 2018.
7. Won an Outstanding Alumni at Chang Gung Memorial University in 2018
8. Won a Research Excellence Award from Polytechnic at National United University in 2019.
9. Won an Excellence in Industry-Academia Collaboration Award at National United University in 2019.
10. Won the flexible salary subsidy by the Ministry of Science and Technology from 2010 to 2012.
11. Won an Excellence in Industry-Academia Collaboration Award at National United University in 2020.
12. Won a Research Excellence Award of National United University in 2021.
13. Won an Excellence in Industry-Academia Collaboration Award at National United University in 2022.
2006 Ph. D. Materials Science and Engineering, National Chiao Tung University
2002 M.S. degree, Chemical and Materials Engineering, Change Chung University
1996 B.S. degree, Chemical Engineering, National Taiwan University of Science and Technology
Job Description
The job list is as follows:
1. Develop catalyst fabrication methods, including electrodeposition, hydrothermal/solvothermal synthesis, impregnation, and thermal treatment.
2. Conduct electrochemical performance tests including linear sweep voltammetry (LSV), cyclic voltammetry (CV), Tafel analysis, electrochemical impedance spectroscopy (EIS), and chronopotentiometry/chronoamperometry.
3. Perform accelerated degradation and long-term stability tests in half-cell and single-cell electrolyzer configurations.
4. Prepare technical reports, figures, and datasets for academic publications and research proposals.
Preferred Intern Educational Level
Master’s degree or PhD in Electrochemistry, Materials Science, Chemical Engineering, or a related field.
Skill sets or Qualities
1. Solid background in electrochemical theory and practical testing of electrocatalysts.
2. Hands-on experience with potentiostats and electrochemical testing software.
3. Familiarity with water electrolysis systems is preferred.
Job Description
Design and synthesize electrocatalysts for HER and OER, including transition-metal oxides, chalcogenides, hydroxides, and polymer-derived or composite catalysts.
Develop catalyst fabrication methods, including electrodeposition, hydrothermal/solvothermal synthesis, impregnation, and thermal treatment.
Optimize catalyst composition, morphology, and electronic structure to enhance intrinsic activity and stability.
Integrate catalysts onto conductive substrates (e.g., nickel foam, metal meshes) for electrode fabrication.
Collaborate with electrochemical testing teams to evaluate performance under realistic electrolysis conditions.
Contribute to manuscript preparation, patent drafting, and research project proposals related to hydrogen energy technologies.
Preferred Intern Educational Level
PhD or strong Master’s degree in Materials Science, Chemistry, Chemical Engineering, or a related discipline.
Skill sets or Qualities
1 .Demonstrated experience in electrocatalyst synthesis and water electrolysis research.
2. Strong understanding of HER/OER mechanisms in alkaline and/or seawater environments.
3. Ability to work independently and collaboratively in interdisciplinary research projects.