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Research Areas

   
 
    Microsensors
Pesticide sensors;
Gas sensors (CO and NO2): electrodes with polymeric substrates;
Immunosensors technologies for E.coli detection;
Pressure sensors;
Inertial acceleration sensors.
 
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  Microfluidics
Design and fabrication of microfluidic components (channels, pumps, fluid delivery systems);
Microfluidic systems integration;
Controlled fluid delivery;
Microfluidic systems testing and validation.
   
 
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  Technology convergence
Silicon – polymers integration (mostly used in microfluidic systems);
Silicon – glass integration (for biosensors and lab-on-chip devices);
Surface functionalisation.
 
       
       
       
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      Design and modelling
    Advanced mask design editing, mask layout transfer;
    Anisotropic etch simulations;
    2D to 3D model building, based on virtual technological processing;
    MEMS Simulation and modelling: mechanical, electrical, thermal, inertial simulations;
    Coupled multi-domain modelling (electro-thermal, electro-mechanical, electro-thermo-mechanical etc.);
    Virtual microfluidics models generation;
    Microfluidic simulation and modelling: regular flow
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    Last update: April, 2024