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if progress is satisfactory and funds are available. Appointments cannot exceed five years. ADDITIONAL DETAILS: Plan and coordinate the advanced computational and statistical analysis of research projects
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for individuals preparing for academic careers in statistics, biostatistics, machine learning, or related fields. The postdoctoral researcher will be supervised by Dr. Razieh Nabi. For inquiries, please contact
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are not limited to lithic, behavioral, statistical, and computational data collection and analysis. Provides input to research design and protocol development, including the development of new research
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with special needs patients and families, strong sense of research ethics, team skills, good English language skills, and good organization are expected. Additional expertise in statistical software
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contribute to the excellence of our academic community. We are looking for a postdoctoral researcher with expertise in Bayesian hierarchical spatio-temporal statistics and measurement error methods for a 3
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. or equivalent qualification) in an appropriate field, including but not limited to Environmental Health Sciences, Epidemiology, Biostatistics, or Statistical/Computational Omics. The candidate must have excellent
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of national influenza and COVID-19 surveillance data, developing and applying improved statistical methods for vaccine effectiveness studies. Lead analytical projects with partners across Emory’s infectious
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data, working with three different working groups, contributing to scientific publications, and supporting policy tools and analyses. KEY RESPONSIBILITIES: Prepare statistical analysis plans and conduct
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statistical and deep learning-based methods; * Construct AI-driven models for mosquito habitat mapping, integrating diverse climate change scenarios to enhance predictive accuracy and future forecasting
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, or related field - Expertise in advanced quantitative/statistical methods (e.g., generative computational modeling, multilevel and/or structural equation modeling, univariate and/or multivariate fMRI