149 computational-physics-"https:"-"https:"-"https:" positions at Case Western Reserve University
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includes excellent healthcare, retirement plans, tuition assistance, paid time off, and a winter recess. POSITION OBJECTIVE The Assistant Director, Graduate Program Operations, provides comprehensive project
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%) Supervise performance of fire systems, assess control and CCTV contract vendors. (5%) NONESSENTIAL FUNCTIONS Perform minor computer, printer, and peripherals troubleshooting and installation in office as
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procedures as a result of the development of new technologies from vendors or the industry. Provide basic and advanced technical support for desktop and notebook computers, printers and tablets including, but
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history. Candidates will be required to undergo psychological screening, a physical agility skills assessment and drug screen. Education/Licensing: High school education required, two-year degree in Law
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inquiries, performing clerical duties, and coordinating service requests (e.g., computer, facilities, phone, custodial, e-waste, shredding). Handle mail and package distribution and processing, greet visitors
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trainee appointments, progress reports, and terminations. Liaise with NIH program administrator as needed. Manage the recruitment process for new trainees to be appointed to the T32s. Make decisions
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(including issuing MOAs for financial aid and health insurance). Coordinate and process graduate student compensation, from initial request from faculty to submitting forms to University payroll. Complete
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, retirement plans, tuition assistance, paid time off, and a winter recess. POSITION OBJECTIVE Repair and maintain physical structures, fixtures, machinery, plumbing, electrical and mechanical systems in
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service to development initiatives. Prepare acknowledgement of gifts and pledges on a weekly basis for the dean, associate dean of alumni relations and development. Process gifts (credit cards, checks, and
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. The Research Assistant 3 will play an important role in advancing our understanding of the cancer immune microenvironment and response to immunotherapy by leveraging leading computational methods to analyze