Our primary research interest focuses on bio-nano interfacial phenomena, which couple solid mechanics, fluid mechanics and biophysics. We are using molecular dynamics and parallel computing to study the manipulation of biomolecules in nano-channels or nanopores. Our current project is aimed at combining electrohydrodynamic, biological, nanoscale computational techniques to study fluid-structure interaction problems in biological and nanoscale systems, for the purpose of designing better cardiovascular implants and lab-on-chip devices.