429 high-performance-computing positions at The Ohio State University in United-States
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. Inputs information in computer system to track materials and labor. 10% Performs other plant related duties as required. Minimum Education Required High School Graduate or equivalent education/experience
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high value care Actively participates in performance improvement initiatives positively affecting quality and safety Responds to urgent situations and assumes an active role to enhance emergency care
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; the Laboratory Animal Technologist works as a high level team member to complete humane animal care and facility needs in one or various facilities. The individual in this role maintains record systems and census
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management, and sustainability practices. The DRS Lead will supervise a team of seasonal staff, ensure high-quality service delivery, and contribute to the continuous improvement of the DRS program. Key
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and the student personnel program; works weekends, various hours, special events, and holidays as business need dictates. Minimum Education Required High School Diploma or GED or equivalent combination
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setting and independently with limited direction. Critical tasks performed by this area also include communicating, tracking, and reporting computing environment outages. Responsible for receiving
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improvement program supporting performance metric achievement in alignment with organizational goals. To achieve these goals, the Quality Improvement Lead evaluates patterns, trends, and processes to improve
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Shared Services | Automated Transport System Job Description System Monitoring and Support Provide on-site support for health system automated systems such as JBT and Moxi robots. Monitor the operation of
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to achieve a systematic and comprehensive understanding of the mechanisms of initiation, progression, and therapeutic resistance in lung cancer. The lab has established the use of multiple high-throughput
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malignancies with a primary focus on lung cancer. The lab has established the use of multiple high-throughput screening technologies, genomics, proteomics, epigenetics, clinical samples, and animal models