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, data analysis culminating in paper publication. The duties include proposal preparation, editorial work, presentation of results, outreach and career development. The group has a focus on studies of
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about a postdoctoral experience that combines both research and teaching/education. The KU IRACDA (Institutional Research and Academic Career Development Awards) is a postdoctoral training program
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Description 30%: Develop public health analysis tools to assess impacts of drinking water sources and groundwater quality on public health outcomes. 35%: Use modeling tools and data analysis to conduct research
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. The position involves the development and application of high-fidelity computational fluid dynamics (CFD) methods, theoretical modeling, and data-driven approaches to study turbulence, aero-thermo-acoustics, and
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, supersonic, and hypersonic regimes. The position involves the development and application of high-fidelity computational fluid dynamics (CFD) methods, theoretical modeling, and data-driven approaches to study
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project design, data collection, data analysis, research results dissemination, and proper procedures for all instruments and safety regulations in the laboratory setting. 10%- Engage in career development
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materials by applying and developing advanced computational and theoretical approaches. The postdoc will work within a collaborated team of experimental and computational experts from KU and UNL. Job
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participation in relevant facets of the group's research endeavors ranging from data analysis, software development, publication preparation, grant proposal preparation, editorial work, presentation of results
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of occurrence rate measurements. This also entails participation in relevant facets of the group’s research endeavors ranging from data analysis, software development, publication preparation, grant proposal
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. The successful candidate will support a broader research initiative focused on computational chemistry for sustainable energy solutions, including the development and application of Drude polarizable force fields