Gap-mending scientist with a passion for nature photography
I hold a PhD in Immunology from the All India Institute of Medical Sciences (AIIMS), New Delhi, where I worked extensively on cancer patients and their immune cells, studying the interplay between the immune system and cancer. After completing my PhD, I moved to Gothenburg for postdoctoral research, where I studied the pathogenesis of gamma-delta T cells in multiple sclerosis patients. My journey into research has always been fueled by a deep curiosity about the human body and how it responds to diseases. Working closely with human diseases has further strengthened my natural inclination to contribute to human health and address critical health challenges. This experience deepened my interest in applying science to improve human health, leading me to the industry, where I now work in tissue engineering, regenerative medicine, and bioprinting platform development.
Research is a team sport
As a Lead Scientist at Fluicell, I contribute to the company’s vision of developing innovative regenerative medicine solutions through tissue engineering and bioprinting technologies. My role involves designing, leading and executing research projects that aim to create functional tissues for applications in drug discovery and regenerative medicine. In my role, I am fortunate to collaborate with a multidisciplinary team of engineers, biologists, and product developers, which allows us to take a holistic approach to problem-solving. The work we do is directly aligned with addressing some of the most pressing health challenges globally, such as diabetes and cardiac disease. It’s incredibly motivating to know that the technologies and solutions we develop could one day transform the way diseases are treated and ultimately improve the quality of life for countless individuals.
Making a difference breeds motivation
I usually describe my work as creating small, living systems in the lab that mimic how our body works. Imagine building tiny models of human tissues—like miniature versions of our organs or other parts of the body—so that we can better understand diseases and even find new ways to treat them. These models help us answer important questions about how diseases start, how they progress, and how different treatments might work before trying them on actual patients.
What I find most interesting about my work is the opportunity to bridge the gap between scientific research and real-world applications in healthcare. It’s incredibly rewarding to explore the biology of human tissues and contribute to developing solutions that could one day help address major medical challenges. The ability to apply my expertise in innovative ways, particularly through bioprinting technologies, keeps my work dynamic and fulfilling. At Fluicell, we’re not just conducting experiments — we’re working toward creating practical tools and solutions in areas like regenerative medicine and drug discovery. Knowing that our work could contribute to improving patients’ lives makes the effort worthwhile and motivating.
Inspired by the natural world
When I am not immersed in science, I enjoy exploring nature, reading about diverse topics, and indulging in photography. I am currently reading “My European Family: The First 54,000 Years” written by Swedish journalist Karin Bojs. As a scientist, I find this book naturally intriguing, as it combines genetics, archaeology, and history to uncover the shared heritage of humanity. My interest in photography is particularly capturing the beauty of nature, landscapes, heritage, and cultural life. I aim to preserve the essence of the world around us, whether it’s the vibrant colors of a sunrise, the intricate details of historic architecture, or the rich traditions of diverse cultures. On top of this, I also love cooking and trying out new recipes, as well as spending quality time with family and friends.