12 software-formal-method-phd Postdoctoral positions at Case Western Reserve University
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will work on multiple projects funded by NIH/NHGRI. The objective of the position is to develop novel statistical methods and computer software and analyze large scale biological data from biobanks
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within the lab through understanding of scientific methods. This position will manage equipment, the maintenance of equipment and facilities, ordering, handling of the biohazardous waste, enforcement
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. The project seeks to advance population health using innovative quantitative methods in system dynamics computational modeling and structural equation modeling applied to accelerating the translation and
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Supervisor Name and Title: Tyler E. Miller, MD, PhD, Principal Investigator POSITION OBJECTIVE The Postdoctoral Scholar will lead innovative research projects focused on the intersection of technology
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, project methods, or procedures. 2. Oversee general lab operations, including inventory, lab organization, and maintain certain equipment/facilities. Must demonstrate compliance with policies, procedures
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, post-doctoral scholars and graduate students ensuring projects are being completed according to the research plan. Advise/Assist in developing improved techniques, project methods, or procedures. 2
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to the research plan. Advise/Assist in developing improved techniques, project methods, or procedures. 2. Oversee general lab operations including inventory, lab organization and maintain certain equipment
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with staff, post-doctoral scholars and graduate students ensuring projects are being completed according to the research plan. Advise/Assist in developing improved techniques, project methods
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weekly lab meetings, the department seminar series, and the Ecology and Evolution discussion group. QUALIFICATIONS PhD in Biological Sciences or related field COMPENSATION Funding for this position has
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-BM XFP Partner beamline at NSLS-II for access to the synchrotron X-ray footprinting structural mass spectrometry method, and promotes the application of this approach and other synchrotron-based tools