Queensland Chapter
Hydrogen Society of Australia has assembled experts from Queensland to foster the local and national development of the hydrogen technology, infrastructure, and knowledge.
If you would like to become a part of the HSA Queensland chapter please contact: Cedric Pierson at contact@hydrogensociety.org.au
Queensland Chapter Committee Members
Dr Arshdeep Kaur
QLD Chapter Lead
Research Fellow, Queensland University of Technology
Arshdeep is currently a Research Fellow in Queensland University of Technology (QUT) working on electrocatalysts in water splitting. She has completed her PhD in Solid state hydrogen storage and has gained 7 years of research experience from Thapar University, India. She has worked in chemical hydrides-based hydrogen storage using sodium borohydride and alumina nanoparticles. Also, she has worked extensively on kinetics and increasing hydrogen storage densities of hydrogen storage systems. She is an eminent speaker in the area of hydrogen technologies and has published several research articles in peer-reviewed international journals. She has been appreciated for her work on hydrogen storage in Conferences like in IIT Bombay (2013) and IEEE conference in Auckland, New Zealand (2015).
Kinley Dorji
B.Tech. in Electrical Engineering, M.Tech. in Green Energy Technologies, PhD Researcher in Hydrogen Energy
Kinley is a PhD researcher at Queensland University of Technology (QUT), specialising in the integration of hydrogen energy systems in the renewable energy grid. Before joining QUT, Kinley worked as a Deputy Executive Engineer in Bhutan for the last 6 years. He also worked on both photocatalytic and photoelectrochemical water splitting using metal oxides and polymers during his master’s research. With a strong background in electrical engineering and material science, he is committed to advancing the field of renewable energy technologies through innovative solutions and comprehensive research methodologies.
Mr. Sagar Jadhav
Research Scholar, Queensland University of Technology
Sagar holds a Master of Science degree in Nanoscience and Technology. His research focuses on investigating charge storage mechanisms in electrochemical energy storage devices. He has published several research and review articles related to electrochemistry in various journals. His work expands from batteries to supercapacitors, hydrogen generation and piezoelectric energy generation. He has a research experience of more than five years and has worked as research assistant on projects based on Solid oxide fuel cells (SOFCs). He has experience with various electrochemical analysis and synthesis techniques for different electrochemical systems.
