15 phd-rehabilitation-engineering-computer-science positions at The Rockefeller University
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creatively, in an academic setting, to complete projects for non-technically oriented scientists in a timely manner PREFERRED QUALIFICATIONS: A PhD in engineering, math, physics, or even biology or
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, Azure, Google Compute Engine), understanding of Agile/Kanban techniques, preferred The Rockefeller University is an equal opportunity employer – veterans/individuals with disabilities. Qualified
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assist/support PhD-level researchers in their projects. The Research Specialist may also engage in some team management / administration tasks, but these will be minimal compared to hands-on research
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We provide gene targeting and mouse embryonic stem cell technology for members of the Rockefeller University, Memorial Sloan-Kettering Cancer Center and their collaborators. We continue developing and
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testing. Stay abreast of how AI is both leveraged for cyberattacks (e.g., phishing, deepfakes, LLM-based social engineering) and as a defensive tool (e.g., anomaly detection, threat intelligence). Cultivate
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QUALIFICATIONS: LVT with A.A.S. or higher in Veterinary Technology A minimum of one year of experience working in a research facility Excellent attention to detail, communication (written and verbal) skills Must
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informational content for printed publications and the Web; working with faculty members; and interacting with other university departments such as Finance, Sponsored Programs, Technology Transfer, the General
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to the laboratories Qualifications Required Qualifications BS in Environmental Health Science or related field Must possess the ability to lift 50 pounds and wear respiratory protection Computer competency in PC
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, working on projects that aim to develop and characterize the activity of engineered anti-inflammatory therapeutics, evaluating them in animal models of autoimmunity and chronic inflammatory diseases
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, working on projects that aim to develop and characterize novel, genetically engineered mouse strains, as well as in projects evaluating the mechanisms driving antitumor activity of immuno-oncology