Riverbank erosion is a significant issue in Bangladesh, particularly along the major rivers. Natural factors such as seasonal floods, bar movement, and human interventions like bank protection work and river channelization contribute to this ongoing challenge. 

To assess the dynamics of river systems, my research employs the following techniques:

• 1D and 2D Morphological Modelling

• Erosion and Deposition Analysis

• Hydrodynamic and Sediment Transport Modelling

• Thalweg Shifting Analysis

• Floodplain Dynamics

• Channel Morphology Changes

I am deeply interested in river avulsion processes, particularly in large braided river systems like the Brahmaputra. My research explores how avulsions - rapid shifts in river course - reshape floodplains and influence long-term river morphology. In my study in 2024, I reconstructed the avulsion history of the Brahmaputra River during the 19th century, highlighting a rare instance of multi-channel, multi-avulsion-driven course alteration. This work emphasizes the scale, complexity, and geomorphic significance of avulsions in megadelta environments like Bangladesh and contributes to understanding their implications for hazard management and river system evolution.