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populations impacted by substance use/substance use disorders, HCV, HIV, and homelessness Proficiency in statistical software (e.g., R, SAS, STATA) and/or qualitative analysis tools (e.g., NVivo, Dedoose
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subseasonal precipitation forecasts. The postdoc will be working to develop a real-time forecasting tool to improve U.S. Week 3-4 precipitation forecasts with innovative data science methods to provide
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, electrochemistry, and other tools for nanoparticle surface characterization to assess nanoparticle stability, chelation efficiency, and detoxification performance. Perform cell culture-based studies and other
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experience with software tools such as TensorFlow, ROS, Gazebo, and OpenCV. Familiarity with robotic hardware platforms (e.g., Kinova robotic arms, UAVs, mobile robots) and real-time operating systems
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substantial knowledge of emerging science, national standards, and best practices in disaster medicine, emergency preparedness, and health system resilience. Develops analytical tools, simulation models, and
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and evaluate AI-powered tools such as chatbots, automated feedback systems, and adaptive and precision learning pathways, to enhance student engagement, knowledge retention, and competency-based
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methods. Bioinformatic Analysis (Advanced): Proficiency in large-scale omics data analysis and relevant bioinformatics tools alongside integrative multi-omics pipelines. Programming (Expert): Extensive R
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complex data sets generated from experiments, often using bioinformatics tools and statistical methods to interpret results and draw meaningful conclusions. Publication and Dissemination: Writing and
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laboratory records and manage data using sound statistical and bioinformatics tools. Prepare manuscripts for publication and contribute to grant applications. Present research findings at internal seminars and