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My research interests are varied and are mainly focused on climate dynamics, predictability, data assimilation, and geophysical fluid dynamics.

The main focus of my work is currently in gaining a better understanding of processes that impact extreme weather especially on subseasonal-to-seasonal timescales as well as better modeling of the  and its teleconnections using global climate models (such as the Community Earth System Model () and ECMWF ). I am actively working on stochastic parameterization for better representation of physical processes in climate models. Another focus of my work is on data assimilation in coupled ocean-atmosphere models. In the past, I have worked on assimilating ship cruise and satellite observed data into a regional eddy-permitting ocean model of the South East Pacific to better understand mesoscale ocean processes in this region using a regional ocean model called . I also study nonlinear data assimilation techniques to improve upon the Ensemble Kalman Filter and Adjoint-based methods in data assimilation into simplified nonlinear models of the atmosphere and climate.

I am also a visiting scholar in the  group in the  at the . I graduated from the  at  in 2012.  I previously obtained M.Sc. (Engg.) from  in 2006 and B.Tech from  in 2004.