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Field
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from the TexNet earth observation program or assets that provide quality data. Compare different methods and tools for deformation modelling. Engage in outside funding activities and promote programs
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developing novel materials with engineered properties that go beyond those found in nature. Responsibilities Metamaterial Design and Simulation: Use electromagnetic modeling and simulation software, COMSOL
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inhalation exposures. We use in vitro, rodent, and non-rodent models to achieve our study objectives. We will employ various techniques/methods such as ELISA, multiplex MSD panel assays, flow cytometry, bulk
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what is required, may be substituted on an equivalent year-for-year basis. Skills: Knowledge of statistical software packages such as Stata, SAS, SPSS, MPLUS, R, or MAXQDA Proficiency in statistical
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physics of isotopes, and novel analytical methods and technologies. Essential Job Duties Collaborate with Principal Investigator(s) to determine direction of research projects in the fundamental and applied
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engineering. Preferred Qualifications: PhD in Chemical Engineering or closely related field. Extensive, hands-on experience with CFD analysis and modeling, including proficiency with leading CFD software tools
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experience with molecular biology. Familiarity with protein analytical methods. Good interpersonal and communication skills to obtain help when needed, such as learning new techniques from collaborators. Skill
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Relevant PhD . Or, relevant Master's Degree and 3 or more years of experience . Or, relevant Bachelor's Degree and 5 or more years of experience . Demonstrates broad understanding and wide application
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. Familiarity with protein analytical methods. Good interpersonal and communication skills to obtain help when needed, such as learning new techniques from collaborators. Skill with molecular cloning. Experience
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passive acoustic monitoring, animal communication, acoustic and video analysis methods, soundscape ecology, emerging technology and quantitative approaches, or conservation mediated through acoustic methods