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-making under uncertainty relevant to security and defense settings. Research activities will focus on methodological innovation, theoretical development, and applied mathematical/statistical modeling. Why
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on participation in animal study design, preparation, and execution. Post-collection processing and analysis of animal specimens may also be performed through laboratory assays (e.g. nucleic acid extractions, RT
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expand your research skills and knowledge under the mentorship of PhD-level scientists in entomological-based research, experimental design, and data analysis. Mentor(s): The mentor for this opportunity is
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/national programs, academic institutions, and research consortiums. Learning Objectives: Under the guidance of a mentor, you will have the opportunity to learn to: (a) plan, execute, analyze, and communicate
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scientific methods and analytical approaches used to support the mission of the ATSDR Office of Innovation and Analytics (OIA). You will gain hands-on experience with computational, data science, and other
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. Gain experience designing “controllable” chemical systems for linking and releasing bioactive compounds. Build proficiency in bioassay-driven discovery, including testing biological activity
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Practice Guidelines (CPGs) for patients with extremity trauma and amputations. What will I be doing and Why should I apply? Under the guidance of a designated mentor, you will learn and gain experience in
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discussions and professional meetings with partner organizations. This educational opportunity is designed to complement your academic background and foster growth in areas aligned with CDC’s mission. You will
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. Research learning activities may include: Designing and implementing Discrete Event Simulation (DES) models to simulate complex system workflows, queuing networks, logistics, and operational state changes