30 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"UNIS" positions at University of Pittsburgh
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series, and multiple retreats and programming events that collectively enable robust interactions among basic, translational, and clinical immunologists. The Department of Immunology is ranked 7th in
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readiness outcomes (e.g., language, social development). The person filling this position will complement the current strengths of the Psychology Department and partnerships with other units, which include
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oncogenesis, drug delivery, and nanomaterials. Key Responsibilities: · Conduct high-quality research in viral oncogenesis, drug delivery, and nanomaterials. · Assist in the development of new
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expertise in force field development, weighted ensemble rare-event sampling, and scientific software development. The researcher will be the lead developer of the WESTPA software for weighted ensemble
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of this position will include: Mentoring graduate students; Writing journal publications, preparing reports that summarize the work conducted for progress reports to funding agencies; Planning, developing, and
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, the incumbent may assist in teaching, mentoring undergraduate or graduate students, and overseeing laboratory staff performing related experiments and technology development. Located in the Oakland section
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, to a lesser degree, developing a digital twin of the bladder. The management side of the position will include overseeing the day to day activities in the PI’s experimental laboratory, overseeing and
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(part-time). The qualified candidate will perform pre-post award accounting for clinical trials, this includes budget negotiations. Will work with Industry Sponsors, and Foundations. Will prepare and meet
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research in Publish research findings in peer-reviewed scientific journals Develop and maintain collaborations with internal and external stakeholders Assist in securing research funding through grant
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deacetylases, including SIRT1 and HDAC6, and ion channels to control signaling pathways impacting metabolism, apoptosis, and autism, and we leverage these discoveries to develop targeted therapeutic strategies