Researcher


My Awards

During my PhD, I received several recognitions for my research contributions, including

  • Best Abstract Award at the SiliconPV World Conference in 2019

  • Best Paper Award at the SiliconPV World Conference in 2019

  • Invitation to deliver a keynote presentation at the SiliconPV 2019 World Conference

  • Two direct journal invitations to publish scientific articles in Solar Energy Materials & Solar Cells and IEEE Journal of...view more


My Awards

During my PhD, I received several recognitions for my research contributions, including

  • Best Abstract Award at the SiliconPV World Conference in 2019

  • Best Paper Award at the SiliconPV World Conference in 2019

  • Invitation to deliver a keynote presentation at the SiliconPV 2019 World Conference

  • Two direct journal invitations to publish scientific articles in Solar Energy Materials & Solar Cells and IEEE Journal of Photovoltaic 

In addition, I was also awarded the ACAP II Fellowship in 2024-2025 in recognition of my research contributions to photovoltaic technologies.


My Research Activities

  • Reliability assessment of advanced silicon solar cell technologies, including HJT, TOPCon, and PERC architectures

  • Investigation of degradation mechanisms in silicon solar cells induced by environmental stressors such as moisture, light exposure, and corrosive agents

  • Development of rapid, cell-level diagnostic testing to accelerate evaluation of degradation pathways and predict long-term performance

  • Analysis of PV module bill of materials (BOM) degradation, with a focus on material interactions and their impact on module stability and reliability


My Research Supervision


Supervision keywords


Areas of supervision

I have co-supervised five PhD students on photovoltaic (PV) reliability projects, with one student having successfully completed their PhD and subsequently appointed as a postdoctoral researcher managing several of our industry collaboration projects. In addition, I have supervised five master's thesis students, all focused on PV reliability and the development of rapid cell-level testing methodologies. These projects have directly contributed to advancing diagnostic tools and understanding of degradation mechanisms in commercial PV technologies.


My Teaching

Sola3020

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Location

Contact

0435848606