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instrumentation sensors for nerve stimulation and recording of muscle-tendon mechanics during in situ and in vivo experiments, and developing 3D kinematic and kinetic tracking of the body during in vivo experiments
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that incorporate photogrammetric error theory, geodetic principles, and spatial analysis methodologies. Develop algorithms and processing chains that assess data quality through metrics such as vertical accuracy
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of sensors, collect and process data, perform preliminary analyses, contribute to technical documentation and serve as co-author / presenter of written reports, abstracts and publications under
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maintaining field plots at the University of Arizona Maricopa Agriculture Center and Arizona farms, using sensors and devices such as the neutron moisture meter, and maintaining greenhouse experiments
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controllers, sensors, and field devices; ensure systems are operating at optimal performance. Troubleshooting and Diagnostics: Serve as campus expert for diagnosing and resolving complex BAS and HVAC control
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Address Tucson, AZ USA Position Highlights The Lunar Environmental Monitoring Station (LEMS) is a NASA-led initiative focused on developing seismic sensors for deployment at the lunar south pole. As part of
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Computer Science and B.S. in Artificial Intelligence) as well as two graduate degrees (M.S. and Ph.D. in Computer Science). Current research areas include algorithms, bioinformatics, compilers, computational
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., Mailchimp, listservs) Knowledge of best practices for social media management and engagement and associated technologies (e.g., algorithms, hashtags, Hootsuite, etc.) Knowledge of graphic design principles