My primary research interest lies in the field of Geotechnical Engineering, with a particular focus on the behaviour, stabilization, and numerical modelling of expansive soils. Expansive soils pose significant challenges to civil infrastructure due to their susceptibility to volume changes caused by variations in moisture content, leading to excessive heave, settlement, and structural distress. Developing effective and sustainable solutions to mitigate these challenges is the central motivation behind my research activities.

Beyond experimental investigations, I am deeply interested in the application of numerical modelling techniques to geotechnical engineering problems. Numerical simulations provide a powerful means to understand complex soil behaviour, evaluate design alternatives, and predict long-term field performance under varying loading and environmental conditions. I am particularly interested in integrating laboratory-derived parameters into finite element models to develop reliable predictive frameworks for stabilized soil systems.

The broader goal of my research is to establish a strong linkage between experimental observations and computational modelling, enabling the development of efficient and scientifically sound ground improvement strategies. I aspire to contribute to the advancement of sustainable geotechnical practices through research on soil stabilization and ground improvement technologies.