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organization and ordering of supplies. Management of records associated with compliance with Human or Animal Institutional Review Board protocols and guidelines. Data collection and subsequent analysis using
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protocols and guidelines. Data collection and subsequent analysis using custom computer programs. Data entry and management of electronic data records. Statistical analysis. Training other personnel in data
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Institutional Review Board protocols and guidelines. Data collection and subsequent analysis using custom computer programs. Data entry and management of electronic data records. Statistical analysis. Training
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Review Board protocols and guidelines. Data collection and subsequent analysis using custom computer programs. Data entry and management of electronic data records. Statistical analysis. Training other
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multiple formats – print mail, email, website, public postings; or issue resolution) Advanced Microsoft Office Suite Skills (e.g., use of Excel for data analysis or tracking; PowerPoint presentations; Word
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. Familiarity with AAUP guidelines, Title IX compliance, and other regulatory frameworks. Experience with financial planning, cost-benefit analysis, and resource allocation in academic settings. Proven track
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supplies. During summer, the role involves extensive travel and fieldwork to collect animal and habitat data. After the field season, tasks include data quality control, data entry, analysis, and report
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to select sites for radar deployment Engage the local hosts. Collaborate with the PI and other researchers to advance the body of knowledge in a given research area/field Assist in radar data analysis, and
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, programming/scripting (e.g., C#, ASP.Net, PHP, Java, bash, PowerShell, Python, R, JavaScript, HTML, CSS), database concepts and design, UML & ER diagramming and modeling, SQL, NoSQL, systems analysis and design
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teaching, as well as excellence in research. Faculty research interests include algebra, analysis, combinatorics, differential equations, geometry, inverse problems, math education, mathematical modeling