My research interest is the study of biological flows using computational techniques and benefitting from in-vivo/in-vitro techniques. State-of-the-art numerical methods and CFD unveil some unseen aspects about the biological phenomena, which help to a better understanding of fluid flows in cardio/cerebrovascular circulation and through other organs. Over the past few years, I have been involving in a wide range of projects in the area of biofluid mechanics and biomedical engineering, and in a broader sense in mass transfer and fluid mechanics inside the human's body 

My role as the Post-doctoral Research Fellow is to develop a robust workflow in patient-specific modelling of Aortic Dissection (AD), as a non-invasive interventional technique for therapeutic and surgical planning.