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independent research while contributing effectively in a multidisciplinary team environment. Strong proficiency in MATLAB for modeling and analysis is required. Experience in experimental vibration testing is
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also involve the development and implementation of targeted and higher-throughput drug-discovery screening approaches, including assay optimization, compound testing, quantitative imaging, and validation
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and in vivo testing, mechanical design, machining, assembly, and polymer fabrication. The Division collaborates closely with surgeons, cardiologists, veterinarians, and commercial partners, and focuses
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applications. Assist in performing a variety of testing and analytical materials characterization using the materials characterization laboratory facilities. Assist in perform modeling and/or experimental
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pore-scale computational modeling and will develop, test, and deploy pore-scale simulation models for the analysis of flow in porous media in conventional and unconventional formations. These efforts
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conversion materials research. This position requires extensive experience in the areas of energy conversion materials synthesis and device fabrication/testing. These experiences will be evaluated based upon
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behavior testing with adult Syrian hamsters, brain tissue collection, histology, immunohistochemistry, RNAscope, Western blots, stereotaxic surgery, AAV delivery, fiber photometry and optogenetics
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test cases back to the UXarray project. Required Qualifications: Ph.D. in atmospheric science, oceanography, Earth science, or a closely related Earth or computational science field, conferred prior
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oral microbiome using the CDC National Health and Nutrition Examination Survey (NHANES). This NIH-funded position will focus on understanding how oral microbial communities mediate differences in oral
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, renewable based on performance About the Position The Kapur Laboratory works on bovine tuberculosis and related zoonotic diseases in low- and middle-income countries, where conventional test-and-slaughter