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and Labor Relations. Among the key duties of the position are the following: Manages complex, grant-funded research and applied research projects. Leads external engagement with employers, practitioners
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the performance of their duties as authorized by the Vice President of University Labor Relations and Special Counsel for Labor Affairs. Resolves a wide variety of complex employee – supervisor – and union-related
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funded research projects. Among the key duties of the position are the following: Handles the end-to-end coordination of complex, multi-study research portfolios, spanning laboratory-based research, human
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to handle complex problem solving and decision making to ensure optimum customer service outcomes and adherence to compliance procedures. Represent the Office of Financial Aid at recruitment events, external
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collaboration among employees. Rutgers–Camden is recognized as a national model for civically engaged urban universities and was selected by the Carnegie Foundation for the Advancement of Teaching for a Community
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their goals and fosters collaboration among employees. Rutgers–Camden is recognized as a national model for civically engaged urban universities and was selected by the Carnegie Foundation for the Advancement
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systematically validate tissue- or cell-specific peptides. By combining intravenous administration of phage-displayed peptide libraries in human and model organism subjects and next-generation, high-throughput
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, implementation and management of complex technical systems and environments. Must have extensive experience working in a technical setting and a strong understanding of workflow, policies and procedures regarding
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and aging, using cellular and animal models. Beyond primary research, the candidate will take a leadership role in laboratory management, ensuring operational efficiency and providing mentorship and
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, combining genetic, pharmacological and molecular biology/biochemistry approaches with the latest metabolomics, metabolic flux analysis, and expression profiling assays in cultured cells and mouse tumor models