171 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"UNIS" positions at Pennsylvania State University
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Turbine Laboratory, which supports multiple research projects focusing on sustainable propulsion and power generation. Specific tasks will focus on the assembly of air piping for a compressed air
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2025, with a maximum of 20 hours/week. The work can be carried out in a hybrid mode but requires the research assistant to come to office multiple days weekly for group meetings and device testing
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August 2025, with a maximum of 20 hours/week. The work can be carried out in a hybrid mode but requires the research assistant to come to office multiple days weekly for group meetings and device testing
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testing team including packaging seeds, data harvests, and post-harvest processing and data collection across multiple crops, as needed Assist with data collection and data entry across horticultural and
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development of models that capture the kinetics of point defects and their interaction with electronic charge carriers under various conditions, including electric fields and irradiation environments. Key
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. The successful candidate will work closely with multidisciplinary teams to develop field-ready technologies and improve our mechanistic understanding of subsurface hydrogen generation. Key Responsibilities
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REQUIREMENTS Penn State’s interdisciplinary smart amphibious residential building project seeks motivated undergraduate or graduate student researchers to support the development of flood-resilient, community
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goals and indicators (SLOs and SLIs), collaboration across teams, and automation across all DevSecOps concepts shared with agile principles Facilitate communication between development, operations, and
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Innovation Platform national facility at Penn State. The 2DCC is focused on the development of 2D layered chalcogenide films and bulk crystals for applications in next-generation devices. The goal
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on developing phase-field models for modeling the templated grain growth and piezoelectricity of ferroelectric piezoelectric crystals and work with other experimental groups in the to be funded ONR MURI project