What inspired you to pursue a career in science?
I found science fascinating during my school and college years. For some reason, the story of the workings of the digestive system particularly fascinated me. In general, learning about how our body functions in health and disease sparked a curiosity that drove me to dig deeper into biological sciences. I found the idea of using this knowledge to help people inspired me to choose a career in science.
Can you share your journey into science? Were there any defining moments that set you on this path?
I always knew I wanted to pursue a career that combined science and health, but I was not sure what that would look like. When it came to time to apply for university, I did not have a clear course in mind. I started searching online, and though I cannot remember the exact search terms, I stumbled upon biomedical engineering and biomedical sciences. Biomedical sciences immediately felt like the perfect fit—exactly what I had been looking for. It blended science and health in a way that resonated with me.
To make an informed decision, I attended university open days and arranged individual visits to learn more about the course. After those experiences, I was confident this was the right path for me, so I pursued it wholeheartedly. At university, I found microbiology very interesting—both the subject and the hands-on nature of the work. I was fortunate enough to secure a placement year in an NHS laboratory as part of my sandwich degree. That experience solidified my passion for microbiology and set me on the path that I am on today. I have not looked back since.
Can you describe your current research or field of expertise?
I am an Advanced Biomedical Scientist specialising in microbiology. I work in an NHS clinical microbiology laboratory that provides diagnostic services to three major hospitals as well as primary care facilities within the region. My role involves contributing to the diagnosis and management of infectious diseases, ensuring that patients receive timely and accurate results to guide their treatment.
In addition to my clinical responsibilities, I am also an NIHR research fellow with a specific research focus on improving the diagnosis and management of urinary tract infections (UTIs). My current research fellowship centres on improving diagnostic pathways for women with recurrent UTIs. This is a critical area where such advancements can significantly improve patient outcomes and quality of care.
What do you hope to achieve with your research in the long term?
In the long term, I aim to contribute to the improvement of the diagnostic pathways for women suffering from recurrent UTIs. Listening to some patients’ personal stories has been both touching and motivating, emphasising the need for improved diagnostic tools within the NHS and best ways to utilise available technologies. My goal is to provide hope to these women through more accurate and efficient diagnostic processes, leading to better management of their condition.
As an early career researcher, I also aspire to grow and lead the way in addressing healthcare and biomedical diagnostic challenges through impactful research.
What is the most exciting part of your work?
The most exciting aspect of my work as a biomedical scientist is the tangible impact it has on patient health. Delivering accurate diagnostic results plays a critical role in patient care, offering hope and aiding in their recovery. It is incredibly fulfilling to know that my work directly contributes to improving someone’s health and well-being.
As a budding researcher, I am excited by the opportunity to contribute to transformative solutions. The idea that my research could lead to significant improvements in diagnostics, providing better outcomes for patients, and innovations that benefit my Trust and the NHS as a whole motivates me every day.
This dual role allows me to blend immediate clinical impact with long-term systemic improvements, which is both inspiring and rewarding.
Have you faced any significant challenges in your scientific career, and how did you overcome them?
One of the biggest challenges I have faced is imposter syndrome—a feeling all too common for women in science and leadership roles. Doubts about whether I belonged would creep in. This is often amplified by the systemic barriers women face in these fields. Over time, I have learned to overcome this by quieting those doubts and amplifying my inner “I can-do-it” voice. Engaging with supportive networks has been a key part of this process. Representation matters and being surrounded by women who share similar experiences and openly talk about their struggles helps me realise that I am not alone. Imposter syndrome now feels less like a hurdle and more like a fleeting thought that I can manage and move past. When it does surface, I face it head-on and keep going. Empowerment comes from doing the work, even in the face of doubt, and building confidence through persistence and action.
Another challenge has been balancing a scientific and clinical academic career with my responsibilities as a mother to young children. People often ask, “How do you manage it all?” The truth is, it is tough. Striking this balance requires time management, resilience, and adaptability. Support networks, setting boundaries, and celebrating small victories have been crucial. Through it all, I find joy in showing my children that it is possible to pursue your passions while maintaining a loving and supportive family life.
Why is it important to celebrate women and girls in science, especially on days like this?
Representation matters a lot, especially in science. There is a powerful saying: “You can’t be what you can’t see.” While it is possible to achieve your goals without role models, it is incredibly motivating to see individuals who look like you and share similar life experiences succeed. Celebrating women and girls in science—particularly on days like this—creates a visible reminder that these achievements are not only possible but celebrated.
When we highlight the accomplishments of women in science, we inspire young girls to imagine themselves in those roles and pursue careers in STEM fields. Personally, I have been inspired and guided by remarkable women in science, whose stories have encouraged me to persevere in my journey. Their successes show that the challenges can be overcome and that there is a community of support for the next generation. Celebrating these stories is essential for fostering a more inclusive and innovative future in science.
How can young girls be encouraged to pursue science, technology, engineering, and mathematics (STEM)?
Celebrating women excelling in STEM is a great start. It provides hope, promotes mentorship, and offers guidance. As someone who has benefited from mentorship, I know how valuable it is to have such network of support. Encouraging young girls to connect with mentors, engage in STEM activities, and participate in related school programs can inspire them to explore the possibilities within these fields.
What are your hopes for the future of women in science?
I envision a world where women do not feel forced to choose between their careers and their roles at home. I hope for equal opportunities and fewer limitations, allowing women to confidently pursue leadership roles and ambitious dreams. We have come a long way, but there is more that can be done. Policy updates and institutional support should aim to acknowledge and remove barriers so that women can thrive in science without compromising their family responsibilities.
Do you have a message for other women and girls aspiring to make an impact in STEM fields?
Dream it, go for it and surround yourself with like-minded people. Build and lean on a strong support network—many people are willing to help. Seek opportunities that foster both personal and professional growth. Success requires dedication, resilience, and the ability to rise above setbacks. With these, alongside good mentorship, you can make a meaningful impact in STEM.