351 parallel-processing-bioinformatics positions at Princeton University in United States
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nimbly in a fast paced, deadline-oriented manner. - Competent computer skills; basic knowledge of Canva or Adobe Creative Cloud preferred. Preferred Qualifications: - Knowledge of accessibility best
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updated with the latest advancements to continuously improve processes. Qualifications Essential Qualifications: Bachelor's degree 5+ years experience in image data annotation or a related field. Good color
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; coordinating Class Day. Monitors coursework, shepherding new courses through the approval process required by the office of the Dean of the College; cross listing courses with relevant departments and programs
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productivity and outcomes in project workflows without direct supervision. Stay updated with the latest advancements to continuously improve processes. Essential Qualifications: Bachelor’s degree 5+ years
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that includes building strong relationships with university leaders, managing complex organizational structures, budget management, and process transformation. Strong ability to carry out direction from executive
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that support the operation of lab animal research facilities, including animal life support, environmental control, and safety systems. Manage lab animal research facility-based software solutions, including
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, rigging, other types of heavy equipment, equipment tracked in SHIELD, and other types of heavy equipment. Catalogs operator's manuals in SHIELD for equipment/tools used on campus. Processes and delivers
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mastery of new technologies and skills as campus IT needs or the University/OIT direction changes Ability to lift 25 to 50 lbs. (e.g. computer equipment) and to climb stairs in a three-story building
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QUALIFICATIONS: Demonstrated understanding of the operations of museums Experience and working knowledge of academic settings Proficient computer skills _____________________________________ Princeton University
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sub-seasonal to seasonal (S2S) time scales; 2) microphysics processes, including warm rain and ice processes, cloud-radiation interactions, and double-moment microphysics, and their impacts on weather