21 parallel-processing-"Flow-Analysis-and-simulation-Team" Postdoctoral positions at Arizona State University
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), thermochemical energy storage, chemical looping, chemical production, and biochemical fermentation, and encompassing activities such as detailed engineering modeling and analysis of unit operations including
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, waterborne pathogens, and quantitative risk assessment. The successful candidate will lead quantitative modeling and data analysis efforts for Legionnaires' disease outbreak investigations and
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mitigate infection. It is anticipated that these efforts will involve microscopy, flow cytometry, and molecular techniques to track the progression of infection to quantify baseline infection rates and
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sensing data, including data processing and analysis using tools such as GDAL, Google Earth Engine, or similar platforms, and working in cloud or high-performance computing (HPC) environments
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external agency stakeholders. ● Supervise, train, and manage the daily tasks of the Graduate and Undergraduate Student Assistants assigned to the research team. ● Liaise with other ASU
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establish efficient protein crystallization screening conditions in microfluidic devices. Work in a team of researchers to develop protein crystallization screening devices for space travel and
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emphasis on Type VI secretion system-mediated antagonism, Vibrio ecology, microfluidics, quantitative microscopy, mutant construction, and single-cell analysis. The successful candidate will develop and
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Fefferman. The first position will focus on modeling dynamics of/on networks with higher-order interactions. This will be in collaboration with an NSF-funded ASU-UCLA team using ants as a model system and
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and ASU guidelines. Essential Functions The postdoctoral research scholar will: • Support qualitative analysis of student interview data related to Community Cultural Wealth in engineering design