From curiosity to capacity: My experience as a PhD fellow

Science has always fascinated me because of its ability to answer questions while simultaneously creating new ones. My journey into chemistry and materials science truly began during my Master’s studies, where I had the opportunity to work on advanced materials for energy storage devices. During this time, I explored a wide range of materials, from biomass-derived carbon and manganese dioxide to carbon nanotubes and graphene derivatives. These experiences sparked my curiosity about how material structure and surface chemistry influence electrochemical performance and ultimately real-world applications. That curiosity led me to pursue a PhD and today I am an international PhD student under the Australia–France Network of Doctoral Excellence (AUFRANDE) program. My research focuses on advanced surface-modified materials for Li- ion batteries, with the aim of improving electrochemical performance and long-term stability. Battery research plays a crucial role in the global transition toward sustainable energy and contributing to this field is both a scientific challenge and a personal motivation for me.

Being a girl in science and particularly an international student has shaped my PhD experience in unique ways. Moving to a new country and adapting to a different academic culture was initially challenging. Everything from communication styles to research expectations felt unfamiliar. However, these challenges became opportunities for growth. Over time, I developed independence, resilience and confidence, both as a researcher and as an individual. This journey has reinforced my belief that diversity in science is not just valuable, but essential.

Me with my high pressure- temperature reactor and electrochemical testing system

A key pillar of my PhD journey has been the guidance and support of my supervisors. I am supervised by Dr. Cyril Aymonier, Dr. Laurence Croguennec from ICMCB, CNRS (France) and Dr. Richard Tilley from UNSW (Australia). Working with such an experienced and internationally diverse supervisory team continues to be an incredibly enriching experience. Each supervisor brings a unique perspective, expertise and approach to research, which are currently helping me to develop a broader and more holistic understanding of my field. Among them, Laurence has played a significant role in my journey. She is a leading researcher in battery science and an internationally recognised expert in the field. Her recent honours of the CNRS Silver Medal and the International Battery Association (IBA) Research Award in Singapore are examples of her outstanding scientific contributions and long-term impact on energy storage research.

For me, however, her influence goes far beyond scientific excellence. As an international PhD student, having a mentor who combines academic dedication with empathy has been invaluable. Laurence has consistently provided not only scientific guidance but also encouragement and understanding during challenging moments. Her support often brought a sense of reassurance that made a new academic and cultural environment feel more like home. Seeing a woman lead with both confidence and compassion has been deeply inspiring and has shaped my own aspirations. Women in science often navigate additional layers of responsibility and expectation, whether it is proving competence, balancing personal and professional identities or adapting to new environments. Having strong mentors, especially women role models, can make a profound difference. Through her leadership, she has shown me that scientific excellence and supportive mentorship can go hand in hand.

The AUFRANDE program itself has also played a crucial role in fostering a sense of belonging and collaboration. Being part of an international network has allowed me to connect with researchers across disciplines and cultures, reinforcing the idea that science thrives on collaboration and shared knowledge. These interactions have expanded my perspective and reminded me that research is not just about results, but about people. As I reflect on my journey for the International Day of Women and Girls in Science, I feel proud to contribute to battery research as a woman in science. I hope my experience can help encourage young and enthusiastic students, especially women and international students, to pursue careers in science and engineering. Challenges will always be part of the journey, but with curiosity, perseverance and supportive mentorship, they can become stepping stones rather than barriers.

Through my research, I aim to contribute to the development of better energy storage technologies. Through my story, I hope to contribute to a more inclusive scientific community: one where women feel supported, valued and empowered to lead the future of science.

Find out more about my research project here.