135 parallel-computing-numerical-methods-"Prof" research jobs at The Ohio State University
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equipment; provides assistance in performing tests or investigations using research equipment; performs other assistance in support of a research program. Additional Information: The Department of Chemistry
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. This position involves the development, implementation, and refinement of computational tools and models to support both empirical and simulation-based studies. The ideal candidate will have a strong background
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– James is the only cancer program in the United States that features a National Cancer Institute (NCI)-designated comprehensive cancer center aligned with a nationally ranked academic medical center and a
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references. Required Qualifications High School Graduate or equivalency; must be enrolled in a degree-granting program at OSU. Desired Qualifications Background in Psychology. Additional Information: Location
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analysis to explore microbial communities and their functional potential. Apply computational tools and pipelines to analyze large-scale biological datasets. Scientific Communication (20%) Contribute
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analysis to explore microbial communities and their functional potential. Apply computational tools and pipelines to analyze large-scale biological datasets. Scientific Communication (20%) Contribute
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revised research methodology and techniques Plans and tests experimental designs, sampling techniques, and analytical methods Develops and establishes research controls, criteria and standards Performs
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program. Additional Information: Job Summary: Dr. Brittney Keller-Hamilton's lab is seeking a motivated and detail-oriented undergraduate student to join our team as an Undergraduate Student Research
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, and therapeutic response and resistance and to translate these findings to improve patient outcomes. The overall goal of this research program—spanning basic mechanistic discoveries, application of high
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of this research program—spanning basic mechanistic discoveries, application of high-throughput technologies, validation in cancer-relevant mouse models, and translation platforms—is to understand the fundamental