Our fundamental interest is focused on non-equilibrium interfacial transport phenomena at micro and nano scales. We use microfluidics as the primary research tool to design experimental apparatus and construct functional interfaces. Currently, we study electrokinetic ion transport through ion exchange membranes, interfacial transport of biological microparticles through phase boundaries, and pattern formation by biological active colloids.
Based on our fundamental understanding, we develop technologies for cell separation, tissue regeneration, environmental water management, and advanced 3D printing. We also use our expertise to explore interdisciplinary collaboration that enhances engineering education with experiential learning opportunities.
From Quill to Print: 3D Printing & Renaissance Literatures
The UTSA Chemical / Biomedical Engineering Materials course and English Shakespeare / Dante courses create a collaborative experience between engineering and humanities students to emulate a real world interdisciplinary project.