172 combinatorial-optimization positions at The Ohio State University in United States
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utilization problems and errors. Develops fault diagnosis, isolation and resolution techniques that ensure optimal performance is constantly maintained. Minimum Qualifications A college degree in Computer
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financial stewardship, including responsible resource allocation, revenue generation through fundraising, and effective delegation to optimize organizational performance. Proven leadership in dynamic, high
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patient throughput and optimizes hospital-wide efficiency, fostering a streamlined and high-performing healthcare system. Minimum Requirements: Bachelor’s Degree Required. Advanced degree in relevant field
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, thereby enabling optimal performance and enhancing health, well-being, and quality of life for patients. Can operate in a variety of clinical and community-based settings. May have various job
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standards, and maintaining accurate records. The intern may also contribute to pharmacy informatics initiatives, such as data analysis, system optimization, and workflow improvements. Interns are expected
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in order to maintain, restore and improve movement, activity, and function, thereby enabling optimal performance and enhancing health, well-being, and quality of life for patients. Can operate in a
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growth and campaign performance. This position blends analytical expertise with strategic thinking to unlock donor insights, enhance segmentation, and optimize fundraising efforts. The ideal candidate will
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monitor utilization records to ensure compliance and optimization of the program. This position will also provide training and education to internal and external stakeholders to ensure that the compliance
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stakeholders. The clinical documentation review the OP Coding Managers perform is critical to ensuring coding accuracy, compliance, and possible revenue optimization. In addition, the Senior Manager of
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machine learning—for chemical and biological applications. You will design and implement models ranging from molecular to process scales, develop model-predictive control and optimization strategies, run