Dr Masoumeh Zargar is a Senior lecturer and ARC DECRA Fellow in the School of Engineering at Edith Cowan University (ECU). Actively engaged in promoting gender equality and supporting women's careers in STEM disciplines, she also serves as the Co-Chair of the ECU Early and Mid-Career Researchers (EMCRs) Committee. Her current research surrounds filtration membranes and processes, environmental remediation, advanced functional materials synthesis, evaluation and application, fluid science, transport and separation mechanisms, solar distillation, and resource recovery.
Masoumeh joined ECU in 2020 and holds a PhD in Chemical Engineering from the University of Adelaide, and a Master’s Degree and Bachelor’s Degree in Chemical Engineering from the University of Tehran. Before joining ECU, Masoumeh was a Research Associate in the Fluid Science and Resources Research (FSRR) group at the University of Western Australia. There Dr Zargar researched emulsions behaviour and stability, magnetic resonance spectroscopy, produced water treatment and monitoring, and solid phase extraction.
Dr Zargar is an Athena Swan Champion at ECU, saying from the moment she commenced at the school has been focused on gender equality and supporting the careers of women in STEM (the academic discipline of science, technology, engineering, mathematics). Reflecting on her experience at the School of Engineering, she acknowledges the robust support received through establishment grants and additional research funding, stating, “Since joining ECU, I’ve been strongly supported with establishment grants from the School of Engineering, as well as additional research supports from the University itself,”.
Currently, Dr Zargar and her team are working on ways to prevent microplastics, PFAS and other emerging contaminants from entering waterways. “This important work was made possible by the university’s professional development pathways for female engineers and early career researchers, as well as by funding from the Australian Government through the Australian Research Council (ARC)” Dr Zargar says.
In 2022, Dr Masoumeh Zargar secured a prestigious Discovery Early Career Researcher Award (DECRA) grant exceeding $410,000 to spend the next three years focusing on the development of cutting-edge materials and membrane filters aimed at removing microplastics from water. Dr Zargar envisions that membrane filtration technique integrated with advanced materials has the potential to change the way water is treated worldwide, starting here in Australia.
Hear more on her career journey and researcher in the area of filtration membranes and processes, within the chemical engineering discipline.
- As a woman in research, what or who inspired you to pursue your career in the area of chemical engineering and specifically improving the sustainability of water treatment systems?
My journey in chemical engineering, particularly in advancing water treatment sustainability, has been influenced by several significant figures in my life. My parents ignited my curiosity for science, laying the foundation for my pursuit in this field. Moreover, my husband played a pivotal role as a key supporter of my research aspirations. The guidance and mentorship from my MSc, PhD, and Postdoc supervisors were instrumental in shaping my passion for impactful research. Their support, coupled with my innate drive to contribute meaningfully to society, steered me towards focusing on sustainable water treatment systems—a domain where innovation is crucial.
- What challenges you about being a researcher in the School of Engineering and within the chemical engineering discipline?
The challenge of being a researcher within chemical engineering often revolves around the field's extensive depth and breadth. It encompasses various domains, from environmental sustainability to material innovation and beyond. Navigating this wide spectrum can pose difficulties, particularly in effectively communicating the significance of each area. Balancing depth in specific research niches while maintaining an understanding of the broader field's interconnectedness can be demanding. Additionally, as the discipline continuously evolves, staying updated with emerging trends and technologies is crucial, adding another layer of complexity to the researcher's role within this diverse domain.
- What challenges you about being a lecturer and mentor for women in ECU’s School of Engineering, specifically within chemical engineering?
As a lecturer and research mentor for women in ECU’s School of Engineering, my primary challenge is nurturing an inclusive environment that fosters belief and confidence among female students, particularly in chemical engineering research. Empowering them to recognise their own capabilities in a predominantly male-dominated field is crucial. Bridging the gap between theoretical knowledge and hands-on applications in these areas presents a significant challenge. It involves not only imparting a deep understanding of complex environmental issues but also igniting their self-belief to innovate within the discipline.
However, I find immense reward in guiding and witnessing the transformation of these women within STEMM. Being part of their journey and witnessing their growth and achievements reaffirms my belief in the incredible potential women possess in STEMM fields. Through my experiences with undergraduates, postgraduates, and doctoral candidates, I've seen their remarkable capabilities and I'm committed to nurturing unshakable self-belief in them. It's about empowering them to trust in their own abilities and potential.
- Chemical engineers are becoming highly sought after as sustainability-related positions are now in-demand for companies to adopt sustainable solutions for the workplaces. How do you feel your research translates into a real-world application and how do you manage these relationships either formally or informally with industry?
As a researcher in chemical engineering focused on improving the sustainability of water treatment systems, I see my work as crucial in addressing pressing environmental challenges. My research revolves around developing cutting-edge materials, nanocomposites and membrane filtration techniques aimed at removing and degradation of microplastics and emerging contaminants from water. This innovation holds tremendous potential to revolutionise water treatment methods globally, starting right here in Australia. For instance, our techniques can significantly contribute to preserving the health of Australia's vital water systems, ensuring sustainable access to clean water for communities across the country.
I believe the strength of my research lies in its practical implications. By working on solutions that directly combat microplastic pollution and emerging contaminants, and strategies to clean and recover resources, I aim to bridge the gap between academic research and tangible real-world applications. These advancements not only align with the current industry demands for sustainable practices but also pave the way for environmentally friendly water treatment solutions.
Managing relationships with industry partners is crucial in translating research into practical applications. I engage with industry stakeholders formally through collaborative projects, seeking their insights and understanding their specific needs. For instance, our team is closely collaborating with Water Corporation on their environmental sustainability projects. Additionally, I foster informal relationships by actively participating in industry-led events, seminars, and conferences. These interactions allow me to showcase the potential of my research and understand industry perspectives better, enabling a more effective translation of my work into real-world applications.
- You have become a role model for women researchers and women in STEM, do you have any advice for how women can succeed and thrive within their own research careers?
Absolutely, it's been an incredible journey navigating the world of research as a woman in STEMM. My advice for women aiming to succeed and thrive in their research careers is multifaceted but deeply rooted in personal belief and resilience.
Firstly, embrace your uniqueness and let it shine in your work. Our diverse perspectives and approaches are invaluable assets in the research landscape. Be proud of your voice and the innovative lens you bring to the table. Secondly, never underestimate the power of your network. Cultivate meaningful connections within your field, seek mentors who inspire you, and build a support system of peers who uplift and motivate you. Collaboration and mentorship are key drivers of growth and success. Thirdly, don't shy away from challenges; instead, view them as opportunities for growth. The path to success isn't always linear, but every setback or obstacle is a chance to learn and evolve. Lastly, advocate for yourself and others. Speak up, amplify voices, and strive for equity in every opportunity. Your advocacy not only uplifts you but also paves the way for those who come after you.
Remember, your journey is unique, and your contributions are invaluable. Embrace the challenges, nurture your passions, and never doubt the impact you can make. You're not just building a career; you're shaping the future of STEMM.
