My research interests broadly lie in theoretical and computational transport phenomena under narrow confinements, with a focus on electrokinetic, hydrodynamic, ionic, thermal, and thermoelectric transport at micro- and nanoscale. My work encompasses nanofluidics, nanopore transport and biosensing, gated micro/nanochannels, electroosmotic flow, electrokinetic energy harvesting (BLUE energy), thermoelectric energy conversion, and coupled multiphysics phenomena. I am also interested in Physics-Informed Neural Networks (PINNs), inverse problems, and data-driven computational methods for modeling and parameter identification in complex transport systems.

Some of the recent group works are presented below: