My research focuses on exploring and understanding the complexity of turbulence, a ubiquitous phenomenon found in natural flows like water, air, blood, atmospheric, and astrophysical flows. Turbulence involves a vast range of length and time scales and is a non-equilibrium phenomena, making it challenging to understand using standard statistical mechanics tools. My research uses tools from non-equilibrium statistical mechanics and numerical simulations to investigate and address various problems related to turbulence.