109 combinatorial-optimization uni jobs at University of Texas at Austin in United States
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Five years of systems design, analysis and programming or developing mainframe applications. Production experience with configuration and optimization of enterprise-level services/applications
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tools, and social media. Data-driven project manager with a proven track record in planning and executing medium-to-large-scale events, leveraging data insights to optimize outcomes and ensure seamless
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criteria for designing ETL solutions and optimizing ETL performance. 2 years of experience with Oracle and AWS PostgreSQL database environments including schema architecture. Strong communication and
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policies and guidelines. Able to edit and arrange text and page layouts to optimize readability. Demonstrated ability to use a full range of storytelling methods. Comfort working as part of a small team in a
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. Drives definition of scope and clarifies priorities of work. Assists with recommending reporting tools to utilize. Manages future optimization reporting requests. Assists in defining design and development
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of contact for departmental questions and troubleshooting. Run I-9 reports and optimize data to share with department contacts. Manage centralized HR e-mail through triage of issues, timely responsiveness, and
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. Manage the university’s assessment information management system, ensuring optimal functionality and vendor relations. Develop and maintain accessible resources, training, and support materials to build
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visits and maintain ongoing communication to monitor adherence and progress. Modify treatment strategies as necessary to ensure optimal patient outcomes. Educates patients on exercises and lifestyle
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language models for materials science, 4. Optimization in materials synthesis systems and autonomous high throughput discovery, 5. Deep learning in materials big data. Both experimental and computational
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of materials, 2. Computer vision for advanced imaging in materials characterization, 3. Large language models for materials science, 4. Optimization in materials synthesis systems and autonomous high