296 computer-programmer-"Multiple"-"U"-"O.P"-"U.S"-"Prof"-"Fraunhofer-Gesellschaft" positions at Harvard University
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(https://hr.harvard.edu/totalrewards ) to learn more about our outstanding benefits package, which may include: Paid Time Off Health and Welfare Work/Life and Wellness Retirement Tuition Assistance Program
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your start date. Work/Life and Wellness: Child and elder/adult care resources including on campus childcare centers, Employee Assistance Program, and wellness programs related to stress management
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Details Title Postdoctoral Fellow in Robotics School Harvard John A. Paulson School of Engineering and Applied Sciences Department/Area Computer Science Position Description The John A. Paulson
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theoretical and computational approaches to study complex cell biological systems. The emphasis will be on combining statistical inferences and biophysical modeling to analyze single cell cross-sectional data
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management, utilizing sales data, identifying trends, and chasing market share. (15%) Develop an annual sales plan for each specific account. Meet with accounts as appropriate. (10%) Manage the channel’s
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. Successful candidates will be expected to contribute to technique development/material synthesis, plan and lead research projects, acquire and analyze experimental data, supervise and mentor undergraduate
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Description The Davis Center for Russian and Eurasian Studies’ Visiting Scholar Program offers comprehensive research, training and professional development opportunities for both junior and senior scholars
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his bioengineering lab are seeking a highly motivated postdoctoral researcher with a strong background in neuroscience. The ideal candidate will have extensive training in their Ph.D. program and be
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and statistical genetics. Potential research projects include (but are not limited to) developing statistical methods and theory for large-scale multiple testing, variable selection, spectral clustering
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/or computational biology. Research will focus on both top-down and bottom-up mapping of local interactions between relatively simple dynamic entities and their emergent complex behavior. We study these