Research Areas
Design, fabrication and characterization of futuristic 3D micro/nano mechatronic sensing and actuation systems.
ption.
Developing micro/nano-electromechanical (MEMS/NEMS) motion sensors for improved sensitivity, high precision, reduced material footprint and low power consm
Engineer micro/nano-fluidic based lab-on-a-chip (LOC) technologies to provide portable, self-powered, low cost and disposable tools for biochemical analysis.
Develop and implement novel mechatronic principles in dynamic motion sensing as well as emerging applications in biomolecular probing and sensing.
Research Infrastructure
Mechatronics systems design, controls and testing
Micro/nano-systems sensor design, component modelling, finite element analysis, mask design, and microscopy
MEMS/NEMS vibration characteristics, analysis, single molecule analysis, electronics design, PCB, expertise in material characterization (SEM, AFM, TEM, XRD), Stand-alone and pinpoint navigation system, Electromechanical sensor testing, Small scale fluidic characterization
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