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modeling, and translating advanced systems methods into operational tools used by cities, MPOs, and state DOTs. Position Overview The Postdoctoral Associate will lead and support research in
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advanced systems methods into operational tools used by cities, MPOs, and state DOTs. Position Overview The Postdoctoral Associate will lead and support research in: Transportation systems modeling and
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statistical analyses such as robust variance, binomial regression, generalized estimating equations, Cox proportional hazard models, repeated measures analyses, and hierarchical analytic methods required.) 3
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continuously enhancing our knowledge and methods to tackle local, national, and global challenges. The postdoctoral associate will work directly with both Professor Allison Godwin, a tenured engineering
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, embracing failure as a learning opportunity, and continuously enhancing our knowledge and methods to tackle local, national, and global challenges. The postdoctoral associate will work directly with both
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will use available and new data collected with active acoustics (sonar) in the Laurentian Great Lakes. Hydroacoustics is used worldwide in both marine and freshwater environments to estimate distribution
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. Hydroacoustics is used worldwide in both marine and freshwater environments to estimate distribution and abundance of fish and larger invertebrates and Cornell is at the forefront of the application
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development efforts on their campuses. This collaborative research project will use mixed methods to investigate the experiences within one institution and develop insights that can be shared other institutions
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central controller). ● Develop and validate calibration methods for new sensors for turbidity and existing commercial sensors. ● Explore high-frequency turbidity monitoring as a tool for assessing
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-term conservation planning and decision-making. Using structured survey data to scale eBird-derived estimates of relative abundance to population size to quantify the combined impacts of climate and land