Associate Professor, Department of Chemical Engineering
Adjunct Professor, Department of Polymer Science and Engineering
Microfluidic platforms for high-throughput protein crystallization, drug discovery, and time-resolved crystallography.
Protein encapsulation in coacervate-core micelles in organic solvents.
Microfluidic platforms for time-resolved protein crystallography.
Microfluidic platforms for time-resolved protein crystallography.
Investigating the effect of polymer chemistry on the physical properties of solid polyelectrolyte complex films.
Microfluidic platforms for mRNA manufacturing.
Studying sequence effects in complex coacervation with a goal of encapsulating and stabilizing biologic materials.
Studying sequence effects in complex coacervation with a goal of encapsulating and stabilizing biologic materials.
Designing X-ray compatible microfluidics and rheological trends in complex coacervates.
Droplet microfluidics to study complex coacervate phase behavior.
Complex coacervate-core micelles in organic solvents.