My research focuses on developing high-efficiency, stable perovskite solar cells that can move beyond the lab and into real-world deployment. At ANU, I work on scalable fabrication methods to produce large-area perovskite films with controlled crystallisation and reduced defects. The goal is to bridge the gap between small, record-efficiency devices and manufacturable solar cells.

I am particularly interested in defect passivation, interface engineering, and wide-bandgap perovskites for tandem and high-voltage applications. By combining materials chemistry with device physics, I aim to reduce voltage losses and improve long-term operational stability. My work has contributed to high-impact publications and has led to patented technologies in optoelectronic devices.

Through international collaborations and industry-aligned research, I focus on translating fundamental insights into practical solutions that support the commercialisation of next-generation solar cell technologies.