21 Environment Fellowship positions at University of Texas at Austin in united-states-of-America
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simulators, graph network simulator surrogates and reinforcement learning to develop policy optimization to control robot-soil interactions in lunar environment. Responsibilities Perform basic research in
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Experience convening and leading a complex, multi-faceted research effort with multiple stakeholders. Experience with public presentations in a non-academic environment, including in front of media. Salary
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on enhancing network efficiency, reducing overhead traffic, automating PACE communications planning, and improving scalability in challenging environments. Our project is dedicated to crafting advanced machine
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, laboratory, and field environments. The degree must have been received within 3 years from the date of application. Preferred Qualifications Familiarity with machine learning (ML) and artificial intelligence
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education evaluation research Salary Range $60,000 + depending on qualifications Working Conditions Typical Office Environment Required Materials Resume/CV Letter of interest 3 academic references with
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testable hypotheses. The Postdoctoral fellow will be encouraged to develop as an independent scientist within the collaborative and supportive environment of the Ehrlich lab. They will also have
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Background in cell biology or cell signaling. Salary Range $47,476 + depending on qualifications Working Conditions Open office environment Research lab setting Required Materials Resume/CV with a list of
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Previous supervisory experience Salary Range $56,000.00 Working Conditions Typical office environment Candidate must be able to stand comfortable for several hours at a time . Required Materials Resume/CV 3
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analyzing longitudinal tobacco use data and disseminating research in the form of peer-reviewed publications based on those data. Salary Range $60,000-$63,000 Working Conditions Typical office environment
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, and we want to understand how the properties of both proteins and their cellular environments govern that diversity. To answer these questions, we use approaches from organic, analytical, biological