Studied multidimensional patterning and manipulating of microparticles and cells using surface acoustic waves (PhD project).
Developed a reusable microfluidic device for manipulating cells to form a three-dimensional pattern inside a scaffold-based hydrogel. This device has great potential for bio-structures building, artificial tissue engineering.
Developed an efficient and reliable microfluidic device for controlling three-dimensional position of single cells in fluid which can be employed to build an automatic system for cell analysis or integrated into lab-on-chip and organ-on-chip devices.
Proposed idea and conducted experimental investigation for preparation of academic research fund (funded).