Our research is focused on the development of multiscale manufacturing and integration tools to tackle current engineering challenges for smart, scalable, and robust BioNEMS/MEMS and biomimetic materials.
Research Objectives
Multiscale design and patterning methods for biomimetic materials
Multiscale fabrication for microfluidic devices and cell chips
Biomimetic microrobots for cardiovascular diseases and colon endoscope
Fluidic assembly and analysis of liquid flow in nanofluidics
Experimental and theoretical analysis of unconventional nanopatterning methods