870 data-"https:" "https:" "https:" "https:" "https:" "https:" "https:" "Washington University in St" positions at Harvard University in United States
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. Operates the Maximo Work Order Management System by entering accurate data for all incoming events as they occur, utilizing the features of the system to review open calls, assign responders, query for data
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Please submit the following materials through the ARIeS portal (https://academicpositions.harvard.edu). Candidates are encouraged to apply by March 1, 2026; applications will be reviewed until the position
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systems. Working knowledge of Russian and knowledge of the broader Eurasian region, highly desired. Additional Information Appointment End Date: 12/31/27 Standard Hours/Schedule: 28 hours per week
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practices in data synthesis and translation and supports a broad set of university functions, works closely with partners across Harvard. Link to OIRA website: https://oira.harvard.edu/ . Job-Specific
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; support prospect visit follow-up by preparing correspondence, reports, and adding relevant data to the central prospect database. Prepare travel expenses for processing. Assist with the planning and
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computational engineering or applied science field such as computer science, applied mathematics, applied physics, data science, computational science and engineering, human-computer interaction, design
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processes and review committees, handle documentation related to FAS Academic Appointments and maintain program records. Collect and enter appointment information, streamline applications, provide ongoing
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opportunity to shape the future of medicine. Job Description The Walter Laboratory (https://walter.hms.harvard.edu/ ) at Harvard Medical School and the Howard Hughes Medical Institute in Boston is seeking a
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data-driven decision making. Develops and maintains positive working relationships with House administrators, Faculty Deans, tutors, and other University stakeholders to ensure that Residential Dining
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that work all the way down to the single quantum level, thus paving the way for all-optical computing and solid-state quantum information processing. In our quantum sensing/control effort, we develop ultra