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Description Summary The overall goal of the research project is to develop a fiber-optic stress sensor into a more compact, more useful device. This will be accomplished by miniaturizing elements of the
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piezo-electric and/or optical fiber based sensor system, combined with physics informed data analysis method, exploiting the digital twin model developed by the first PhD project. In this project you
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of the Cluster via an early career council. About your role: Further develop and characterize a nanomechanical gas pressure sensor, including its fiber optic readout system, data acquisition (DAQ
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intellectually stimulating environment to enable high quality work in strategic directions that are of significant impact to industry, science and technology. For more details, please view https
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UW Fiber Lab for DAS data and Pacific Northwest Seismic Network specialists in multi-sensor networks An working environment with a commitment to open science, peer and student mentoring, reproducible
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sensor platforms, including those based on D-shaped fibers and all-fiber ARF fibers, using appropriate surface structuring and microfluidic/gas systems, as well as for developing demonstrators of
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vivo fiber photometry (calcium/neuropeptide sensor recording, signal processing, and analysis) Demonstrated expertise in rodent stereotaxic surgery , viral vector delivery, and fiber optic cannula
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vivo fiber photometry (calcium/neuropeptide sensor recording, signal processing, and analysis) Demonstrated expertise in rodent stereotaxic surgery , viral vector delivery, and fiber optic cannula
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early career council. About your role: Further develop and characterize a nanomechanical gas pressure sensor, including its fiber optic readout system, data acquisition (DAQ), and associated software
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Distributed Acoustic Sensing, applied to the monitoring of cables in civil engineering structures. This approach relies on the use of an optical fiber as a distributed sensor, capable of detecting and locating