At the Battery Research and Innovation Hub, our team of academics and research engineers work with industry to translate research into outcomes. We recently caught up with Dr Dilusha Cooray to learn more about her work as Associate Research Fellow specialising in electrochemistry. 

What is your current area of focus and what makes you passionate about this area?

My area of focus is electrolytes for Lithium-ion storage applications. I am passionate about this area and the energy storage field because it directly addresses critical global challenges like climate change and energy sustainability. The potential to create more efficient, longer lasting, and safer batteries can significantly reduce our reliance on fossil fuels and promote the adoption of renewable energy sources.  

The interdisciplinary nature of this research, involving materials science, electrochemistry, and engineering, allows for continuous innovation and problem solving. I am driven by the idea that advancements in battery technology can revolutionise energy systems, making a positive impact on both the environment and society. 

What inspired you to start a career in your field? 

My journey into the field of electrochemistry was sparked by a fascination with the fundamental principles of chemistry, nurtured during my studies at the Institute of Chemistry Ceylon in Sri Lanka. Growing up, I was always curious about how things worked at the molecular level, particularly how chemical reactions could be harnessed to drive technological innovations.  

The turning point came when I moved to Australia and began my Doctoral research journey at Monash University. There, I was introduced to the exciting and rapidly evolving field of electrochemistry. The transition from Sri Lanka to Australia also provided me with unique opportunities to collaborate with leading experts and access state-of-the-art research facilities. This environment has been incredibly inspiring and motivating, driving me to explore new frontiers in battery technology and energy solutions. 

Why did you decide to join IFM? 

I chose to join the Institute for Frontier Materials because its vision and mission align seamlessly with my aspirations in electrochemistry and materials science. The focus on re-designing materials for a circular economy and creating materials with extraordinary functionality is critical for advancing global living standards. At IFM, I am inspired by the collaborative and innovative environment that encourages groundbreaking research with real world impact. This institute provides the ideal platform to contribute to pioneering developments that lead to sustainable and transformative benefits for society. 

What motivates you in your research? 

My motivation stems from a profound scientific curiosity in electrochemistry and material science. This field captivates me because it offers endless possibilities for discovery and innovation. I am driven by the potential to develop new materials that can revolutionise energy storage and contribute to a sustainable future. I believe that fundamental scientific research is crucial for advancing our knowledge and fostering innovation. By exploring the frontiers of materials science, I am able to create groundbreaking solutions that address global challenges and improve the quality of life. My passion for this work is fuelled by the belief that innovative research can lead to transformative societal benefits.