73 cloud-computing-"https:" "https:" "https:" "https:" "https:" "https:" "https:" "https:" research jobs at Pennsylvania State University
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. • Rich opportunities will be available for innovative equipment and process development, advanced materials characterization and deep collaborations with theoretical/computational efforts focused
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sequencing data, whole-genome alignments, and assemblies is preferred. Candidates should be familiar with computational biology techniques and scientific programming. Prior experience with cloud and/or high
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background in computer science and programming. The ideal candidate will have strong skills in web scraping, processing unstructured data (both text and images), and experience with modeling techniques such as
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examining Penn State’s reusable container program. This position is supported by an HHD Sustainability Research Grant. The research assistants will work closely with the faculty supervisor and assist with
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Kupffer cells using a variety of wet (ligand assays, western blotting, cloning) and dry (computational modeling, and docking) lab techniques. This position is to study cardio-hepatic cross-talk and how
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computational modeling in precision medicine and personalized healthcare prediction. The postdoctoral position will work with Dr. Wenrui Hao to develop computational methods and build mathematical models related
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giving platform (DonorDrive®), Storefront, Power BI data analysis, and creation and distribution of email campaigns. Fundraising program support – assist with specific needs of Mini-THON®, Lion’s Club
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groups of people who are SNAP eligible in low-income settings (children, adults, and families). The candidate will also be responsible for helping to identify new program delivery sites within
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molecular biology, computer science, and phylogenetics. Preference given to students who have completed coursework involving genetics or genomics or with similar prior experience. Pay starts at $16/hour, with
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tools (e.g., light sheet fluorescent microscopy) and computational approaches to examine cellular resolution details in the whole mouse brain. Moreover, we use systems neuroscience approaches (e.g