• Performed CFD modeling using Ansys Fluent to optimize air flow to enhance thermal micro-environment considering relative humidity and heat generation by the objects.

• Developed multiscale models for fluid-solid interaction (FSI) of alveolar sacs using Ansys Fluent and Transient Structural.

• Integrated multi-physics models with machine learning for respiratory health applications.

• Developed Molecular Dynamics simulation using LAMMPS package to study droplet residue on a surface.

• Developed a model based on energy minimization to study partial-engulfing compound droplet on a surface.

• Presented 2 manuscripts from the Molecular Dynamics simulation in the American Physical Society, Division of Fluid Dynamics Meeting.

• Performed CFD modeling for multi-phase fluid transport in porous/fibrous media.

• Developed a model to simulate multi-phase fluid transport through fibrous structures in a free, open-source software with 10 times faster CPU time than prior models while having 90% accuracy compared to experiments.

• Developed the first model ever to study effects of media with heterogeneous wettabilities having applications in nonwovens comprised of different polymer.

• Developed an easy-to-use test setup for experimenting the adhesion of nonwoven layers using a mass scale.

• Developed a predictive model in the free Surface Evolver software to study adhesion between nonwoven layers.

• Developed a desktop test setup to measure the contact angle of fibers as small as 15 microns in diameter.

• Conducted high-speed imaging to investigate dynamic phenomena in micro-scale fibrous mats.

• Led a group of 5 students on a research project aimed at investigating effects of surface wettability on fluid transport between similar and dissimilar nonwoven layers.

• Experienced in technical writing and preparing professional presentations.

• Published 4 manuscripts in peer-reviewed journals, delivered 7 presentations to industrial executives during IAB meetings and AFS conference.