Milad Heidari-Koochi is a research fellow at the University of Hertfordshire, where he applies his background in mechanical engineering, particularly in experimental fluid mechanics, to advance existing aerosol collection methods. By leveraging his expertise, he is developing novel approaches to capture airborne particles more efficiently. He is dedicated to driving innovation and expanding knowledge in aerosol science and its diverse applications.

What are you working on as part of the Hub?

I am currently working on an EPSRC-funded project, LiMEM, which focuses on the collection of aerosols directly into a low-volume suspended liquid membrane. This approach aims to minimise system losses inherent in conventional aerosol collection techniques, enhancing particulate concentration within the sample for a more accurate detection. Additionally, this “Liquid Membrane Bioaerosol Collector” would preserve the viability of biological samples, making it particularly valuable for applications requiring sensitive and precise analysis.

What is exciting you the most about your current research? 

What excites me most about my current research is the sheer novelty of it. Since this technique for aerosol collection hasn’t been explored before, it gives me the freedom to investigate all possible approaches without predefined constraints. I also enjoy the opportunity to utilise rapid prototyping and advanced lab equipment, allowing me to quickly test and refine ideas. On top of that, working with soap solutions brings a sense of creativity and hands-on fun that remains enjoyable at any age.

What difference do you hope your research will make?

I hope my research will make a significant difference by enhancing biodetection techniques, enabling more accurate and efficient identification of biological particles with practical applications in healthcare, environmental monitoring, and public safety. Additionally, I aim to explore how my setup can be adapted for use in other disciplines, potentially broadening its impact and uncovering new opportunities for innovation across diverse scientific fields.

What are you most proud of in your research career?

I’m most proud of the collaborative and supportive environment I’m fortunate to be a part of. My line managers are not only supportive but also understanding, recognising that delays are often part of the research process. I also deeply value my knowledgeable and enthusiastic colleagues in the hub, who are always willing to brainstorm and share insights, making collaboration a constant source of growth and inspiration. Beyond this, I’m proud of my contributions to advancing aerosol science and the opportunity to work on innovative projects that push the boundaries of knowledge in the field.