About me

I am a postdoctoral research associate in the Institute of Mathematical Science at Konkuk University, South Korea. I have completed my Ph.D. from Department of Mathematics at the Central University of Rajasthan, India. I combine mathematics, statistics, and biology to model infectious disease transmission and evaluate mitigation strategies. Using nonlinear dynamics, control theory, and time-series analysis, I develop predictive frameworks to understand how diseases spread and how interventions (e.g., vaccines, social distancing) alter their trajectories. My PhD work focused on designing novel epidemic models to address complex epidemiological questions, analyzing nonlinear dynamics (e.g., thresholds, stability) to uncover outbreak drivers, integrating data via parameter estimation and simulations for real-world forecasting. By bridging theoretical modeling and public health applications, I aim to transform insights into policies that reduce disease burden, particularly for emerging pathogens.