19 computational-mechanics-phd Postdoctoral positions at University of South Carolina
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the preparation of new observing proposals and obtaining the observations; and helping create and explore new research directions in astrophysical topics of mutual interest. The position requires a PhD degree in
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the preparation of new observing proposals and obtaining the observations; and helping create and explore new research directions in astrophysical topics of mutual interest. The position requires a PhD degree in
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molecules and polymers to understand compositions and molecular weight. Thermal and mechanical properties of polymers Essential Function Yes Percentage of Time 20 Job Duty Required to collaborate with
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Leave Yes Sick Leave Yes Position Description Advertised Job Summary The Postdoctoral Associate will develop an independent research project centered on uncovering the cellular and molecular mechanisms
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emerging mathematical foundations in Data Science/Machine Learning. Programming and computing capabilities in at least one programming language is required. It is also desired to have prior knowledge in
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Carryout data analysis and writing of manuscripts using a computer to publicly disseminate research findings. Essential Function Yes Percentage of Time 30 Job Duty Mentor the research activities of graduate
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, implementing the QTAG approach in a computer code, and testing and benchmarking it on model systems relevant to chemistry. Job Related Minimum Required Education and Experience Requires a Doctoral (Ph.D.) degree
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the models and algorithms on GPUs and mainframe computing platforms. Essential Function Yes Percentage of Time 40 Job Duty Mentoring graduate and undergraduate students. Assist the PI (Qi Wang) to mentor
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Investigator (PI) pursuing metabolism and immunology-based research. Study projects focus on the mechanisms involved in high fat diet-induced colorectal cancer with emphasis on immune function, metabolism, and
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Investigator (PI) pursuing metabolism and immunology-based research. Study projects focus on the mechanisms involved in high fat diet-induced colorectal cancer with emphasis on immune function, metabolism, and