Singapore

Related Research:

My research focuses on the understanding, synthesis, and application of nanostructured functional materials aimed at fostering a sustainable and climate-resilient environment. These advanced materials are designed to protect our environment and conserve resources, ensuring that future generations can enjoy the benefits of our planet. My work encompasses the development of novel materials for sustainable energy solutions, the conversion of semi-arid land into productive areas, and environmental remediation. These initiatives are integral to enhancing climate resilience by mitigating the adverse effects of climate change and promoting adaptive solutions. The ultimate goal of my research is to contribute to a sustainable and climate-resilient future for the generations to come.

Relation to Climate Resilience and Adaptation Theme:

My research is highly relevant to this year’s theme as it focused on the development of advanced nanostructured functional materials targeted for driving environmental sustainability and climate resilience. I have created nanogels from plant waste that significantly enhance soil water retention and productivity, transforming non-arable lands into fertile grounds and promoting efficient water usage in sandy soils. These innovations have attracted significant funding and recognition, including collaborations with Singapore’s National Parks Board and Housing & Development Board. Additionally, our work on alternative sustainable substrates for urban farming and enables efficient food production in urban settings, contributing to sustainable agriculture worldwide. The commercialization of our technology through the Nanyang Technological University’s AgriTech spinoff, Linkjack-FyotoSol Pte Ltd, underscores the practical impact of our research. In clean energy, my pioneering research on high-efficiency perovskite solar cells has led to significant advancements in solar energy harvesting. By uncovering key mechanisms and developing lead-free, stable, and highly efficient solar cells, we have pushed the boundaries of renewable energy technology. Our work has been published in in both Science, Nature Energy and other widely referenced journals in the field. Furthermore, my exploration into sustainable polymer degradation mechanisms is revolutionizing recycling by designing more recyclable materials and supporting the circular economy. These combined efforts not only mitigate climate change impacts but also enhance our adaptive capacity, paving the way for a resilient and sustainable future. Through innovative solutions in agriculture, energy, and recycling, my work ensures that future generations can thrive in a healthier and more resource-efficient world. My research direction is very much derived from my conviction that as a materials scientist, I can make a positive difference to what we leave our future generations. All this work is only possible because of the wonderful team of researchers and students that I currently have and throughout the years.

Affiliated Organisation:

Nanyang Technological University, Singapore