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to develop models and insights that inform decisionmakers from the local to the national scale. The candidate will employ appropriate theoretical perspectives and statistical methods, including
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secured funding support for ~2 years. The goal of this project is to design and develop spatially explicit decision support tools and assist with updating an Implementation Plan to identify and prioritize
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PET resins and develop simple models through conventional statistical analysis methods to be able to screen PCR PET resin material to enable its use in industrial packaging applications. In
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in analytic and statistical methods. - Excellent and credible communication skills (written, oral) across diverse audiences and contexts. - Evidence of strong collaborative and teamwork skills. Equal
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Mechanics, Biomedical Engineering, or closely related Minimum Requirements PhD degree in Mechanical Engineering, Computational Mechanics, Biomedical Engineering or closely related field Desired Qualifications
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pathology, Crop and Soil Science, or Related Field Minimum Requirements PhD in Plant pathology, Crop and Soil Science, or Related Field Required Application Materials Resume/CV Name and Contact Information
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accredited college or university with a PhD or equivalent doctoral degree in a relevant field of study (criminal justice, criminology, sociology, psychology, social work, political science, or a related field