Our research integrates first-principles quantum mechanical simulations (density functional theory, molecular dynamics) with continuum-level finite element modeling (ANSYS, COMSOL Multiphysics). This multiscale approach allows us to bridge atomic-scale insights with macroscale engineering performance, enabling predictive design of advanced materials. Current efforts include modeling dielectric properties of granular composites, microwave-enhanced recycling of critical elements from electronic waste, and developing high-temperature ceramics for energy applications.
For more information about our ongoing projects and publications, please visit the Research page.
Interesting in Joining?
We are always seeking motivated graduate students who are passionate about computational research to join our team. Prospective students are encouraged to email a brief introduction, CV, and a summary of research interests. Highlighting prior research experience is recommended. Please allow several days for a response.