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Microfluidic BioMEMS sensors are a promising technology to bring personalized diagnostic on a chip. Currently large scale instruments are required to take measurements with microfluidic MEMS. This introduces a technical challenge to launch affordable bio medical devices into the market. Therefore, through this project, bulky instruments required for microfluidic MEMS sensors will be replaced with miniaturized microchips, with on-chip piezoresistors. Such a transition will enable us to produce MEMS sensors, at a fraction of the cost incurred in the production of large scale optical instruments, required for our MEMS sensors.
Mohammad Hossein Zarifi
Mohammed O.H. Kayed
Fourien
Engineering
Professional, scientific and technical services
Accelerate
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