195 high-performance-computing positions at The University of Arizona in United States
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and innovation. Excellent track-record of mentorship and interpersonal skills, including experience with development of graduate students, postdocs, and technical staff in a high-functioning research
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carrying heavy objects. Minimum Qualifications High school diploma or high school diploma equivalency is required. In addition to the education and experience minimum qualifications, Apprenticeship program
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high density single unit recordings, with simultaneous monitoring of single cells in the medial prefrontal cortex(mPFC) and hippocampus in rodents while rodents are performing a spatial alternation task
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problems wherever possible. Works harmoniously with co-workers. Knowledge, Skills, and Abilities: Knowledge of campus buildings and locations. Knowledge of automated or computerized system operation
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windows; including automatic doors; retrofit of equipment. Perform rough-in construction and related modifications to interior spaces, per applicable codes. Perform facility inspections, document work
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; assists with forecasting and cost summaries using FoodPro. Ensures the unit is clean, stocked, and organized; properly stores and rotates inventory. Trains and monitors staff performance; participates in
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daily operations, and coordinating enforcement during high-profile public and private events. Reporting to the Parking Services Manager, this position provides team supervision, assigns officers
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shifts. Greet, welcome, and provide exceptional customer service to all. Provide directions and other general informational needs. Perform door assists and other security related escorts on campus. Assist
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backup systems, in collaboration with PBC IT to support large-scale scientific data. Manage high-performance computing environments, including a SLURM-based job scheduler and the integration of compute
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, BeeGFS, and tape-based backup systems, in collaboration with PBC IT to support large-scale scientific data. Manage high-performance computing environments, including a SLURM-based job scheduler and the