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-based platforms (e.g., Azure, AWS), Data Engineering Platforms (e.g. Databricks, Fabric) and high-performance computing (HPC) or supercomputing environments; development using infrastructure, platform
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healthcare and research use cases; develop and operate across cloud-based platforms (e.g., Azure, AWS), Data Engineering Platforms (e.g. Databricks, Fabric), and high-performance computing (HPC) or
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initial appointment is for one year and is renewable annually based on satisfactory performance and the availability of funding. Application Instructions: Applications should include: A curriculum
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OSU | about 1 month ago
Sap Department: Engineering | Engineering Technology Services Client Services team members provide tier 1 and 2 IT computing support for faculty, staff, students, researchers and computing labs for
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OSU | about 1 month ago
activities related to design, creative media, embodied interaction, and emerging technologies. Performance Expectations Deliver high-quality instruction that promotes student learning and engagement
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. Candidates with background or skills in organic/inorganic synthesis will be preferred. The postdoc will prepare and document data resulting from these studies and report to sponsors; prepare research
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innovative ways of applying these techniques to study the liquid structure and interfacial behaviors in advanced electrolytes. The postdoc will prepare and document data resulting from these studies and
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AIMD calculations. The skills in force-field construction, machine-learning and other AI expertise such as LLM training or diffusion model construction will be preferred. The postdoc will prepare and
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OSU | about 1 month ago
; carrying out in vitro assays with purified proteins and RNAs; and preparing samples for structural determination by cryo-EM. The postdoc will receive training from current lab members in culturing
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OSU | about 1 month ago
this research is to enable early and accurate prediction of caries lesion progression to support precision prevention and treatment planning. The postdoc will lead efforts to design multimodal