13 computational-mechanics-phd-"https:" Postdoctoral research jobs at Rutgers University
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mechanisms of various brain disorders using murine models and iPSC-derived human neurons. The applicant should have strong background in neuroscience and/or biomedical engineering or computer
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of the Principal Investigator, the Postdoctoral Associate will be responsible for the design, analysis, interpretation, and presentation of experiments regarding the study of molecular mechanisms of the regulation
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, the Postdoctoral Associate will investigate hippocampal and cortical circuits during navigation and goal-directed behaviors using large-scale electrophysiology, in vivo imaging, optogenetics, and computational
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exploring novel immune cells and the mechanisms of human health and disease. In addition, the Postdoc(s) will participate in lab meetings, research in progress seminars, and presentations at conferences
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voluntary tax-deferred savings options Employee and dependent educational benefits Life insurance coverage Employee discounts programs For detailed information on benefits and eligibility, please visit: http
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Investigator, the Postdoc(s) will be responsible for the design, analysis, interpretation and presentation of experiments regarding the study of molecular mechanisms of the regulation of synaptic transmission in
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Experience · PhD in oceanography, atmospheric science, geophysics, economics, computer science, statistics, or a related discipline at time of appointment; · Familiarity with literature relevant to sea-level
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Minimum Education and Experience This position requires a PhD in civil engineering, mechanical engineering, or related engineering fields. Certifications/Licenses Required Knowledge, Skills, and Abilities
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Investigator, the Postdoc(s) will be responsible for the design, analysis, interpretation and presentation of experiments regarding the study of molecular mechanisms of the regulation of synaptic transmission in
-
, the Postdoctoral Associate will investigate hippocampal and cortical circuits during navigation and goal-directed behaviors using large-scale electrophysiology, in vivo imaging, optogenetics, and computational