Microfluidic design
Chip architectures, multiple inlet and outlet configurations, reaction chambers and engineered microstructures.
RESEARCH THEME 02
Smart Biochip Engineering
Designing intelligent miniaturized systems for advanced biological applications.
Overview
Smart Biochip Engineering at SIBES explores how microchannel architecture, miniaturized reactions, integrated sensing and computational approaches can enable precise microscale biological analysis.
Research interests span computer-aided design, CFD and multiphysics simulation, device materials and fabrication strategies, fluid transport and mixing, optical or electrochemical detection, and automated device control.
Original CAD renderings are presented as design concepts; they are not representations of fabricated or validated diagnostic devices.
Design · Simulate · Fabricate · Integrate · Apply
01DesignMicrochannel layouts, arrays and fluidic architectures
02SimulateCFD, mixing, transport, pressure and mass transfer
03FabricateMaterial selection, 3D printing, micromachining and assembly
04Integrate & testFluid handling, sensors, electronics and experiments
05ApplicationsDiagnostics, biosensing and bioanalysis
Research focus areas
CFD and optimization
Evaluating microchannel geometries, multiphase flow and concentration distributions.
Fabrication strategies
Investigating material and fabrication routes, bonding, module assembly and testing.
Intelligent fluid handling
Exploring computer-vision-assisted control, pumps, valves and data-informed fluidic operation.
Integrated sensing
Exploring interfaces for electrochemical, optical and other analytical readouts.
Potential applications
Molecular diagnostics, biosensing, miniaturized bioprocessing and biochemical analysis.