12 phd-project-management Postdoctoral positions at Massachusetts Institute of Technology in United-States
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-motivation and ability to work on projects independently; proven ability to handle multiple projects concurrently and meet deadlines; and demonstrated proficiency in Python and willingness to contribute
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achievement and publication that contributes to the study of the above areas. 4. Attention to detail; self-motivation and ability to work on projects independently; proven ability to handle multiple projects
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. Job Requirements REQUIRED: PhD in Political Science, Environmental Science, Sociology, Anthropology, History, Economics, Psychology, Computer Science, and related fields earned after September 1, 2023
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Requirements REQUIRED: PhD. in atmospheric physics and chemistry or a closely related field and significant experience in three-dimensional atmospheric chemical transport modeling. PREFERRED: Experience using
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Requirements REQUIRED: PhD in Political Science, Environmental Science, Sociology, Anthropology, History, Economics, Psychology, Computer Science, and related fields earned after September 1, 2023; and
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, TESS and the new infrared time-domain telescope WINTER. Candidates with expertise in all areas of extragalactic astronomy are encouraged to apply. Applicants must have a PhD in physics, astronomy, or a
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graduate and undergraduate students. Job Requirements REQUIRED: PhD in plasma physics, high energy physics, nuclear engineering, or a closely related field; experience with Monte Carlo charged particle
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Posting Description POSTDOCTORAL ASSOCIATE (2 positions), MIT Energy Initiative (MITEI), to join projects related to (1) methane pyrolysis and (2) geologic hydrogen. The methane pyrolysis project
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regional adoption constraints for solid carbon applications, providing critical inputs to experimental, economic, and policy analyses in this project. The position offers opportunities to collaborate with
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) of diverse technologies and approaches relevant for the energy transition. The project will include originating new TEA/LCA analyses on topics such as geologic hydrogen, methane pyrolysis, and carbon capture