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shape output for a robotic fixation plate bender. This person will lead mechanical validation of robotic bent fixation plates to show they perform as simulated in VSP software. This person will
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species responses to climate change and human caused landscape alteration. Use analytical tools (Geneious and R software, or similar programs) to analyze and summarize genetic data, prepare presentations
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software program (e.g., R, STATA) Demonstrated experience accessing, preparing, and analyzing secondary data Strong interpersonal and communication skills, with the ability to collaborate effectively with
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well as compiling and presenting experimental results in the form of figures, tables, and written reports using appropriate software tools. Additional responsibilities include contributing to the preparation
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; modeling bumble bee species responses to climate change and human caused landscape alteration. Use analytical tools (Geneious and R software, or similar programs) to analyze and summarize genetic data
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for single-molecule imaging. Programming experience in e.g. MATLAB/Python/LabVIEW for data analysis and software experimental control is required. Additional Information: The College of Arts and
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of population and community modeling or coding. The Post Doctoral Scholar should have demonstrated ability to analyze population or community datasets using statistical software, such as R, data management skills
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NOvA and DUNE, as well as in the combined oscillation analyses between NOvA and T2K. The Post Doctoral Scholar will take a leading role in data analysis, calibration, operations, and software development