1,352 parallel-processing-bioinformatics positions at Stony Brook University in United States
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to: Directs the function of their assigned staff and allocated division. Develops and manages workflow processes and internal reporting structure to improve efficiency and increase productivity. Provides
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on various IT processes and equipment in order to ensure all IT needs are met for the end-users will be required. Research and Development: Research and document resolutions to technical support issues in
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attendance, past evaluations, disciplinary history and the ability to perform the physical and supervisory aspects of this position will be considered as part of the selection process. Verifiable proof
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analysis, including sample preparation (e.g., multi-step extraction/SPE) and triple-quadrupole LC-MS/MS operation and troubleshooting. Demonstrated method development in challenging matrices (e.g
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written by others). Participates in all global and departmental process and system design activities Adheres to coding guidelines and standards of Information technology and documents all work according to
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Reader in using required computer systems with minimal assistance Maintain a working knowledge of various laws, regulations and industry guidance that impact compliant coding Must meet all coder
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in throughput for ambulatory patients. This will include ambulatory surgery, same day admissions, and hospital outpatient procedures. Responsible for ensuring correct coding of patient types, medical
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computer skills (Microsoft Office: Word and Excel, and Google Mail/Apps) Brief Description of Duties: Directs Janitors and Cleaners as assigned in the cleaning of the various Main Campus Residential
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patients on the telemetry and/or computerized monitoring system/remote telemetry units Describes characteristics of ECG rhythm. Documents rhythm according to policy & procedure Demonstrate proper lead
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analysis, including sample preparation (e.g., multi-step extraction/SPE) and triple-quadrupole LC-MS/MS operation and troubleshooting. Demonstrated method development in challenging matrices (e.g