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or optical imaging and AI research is preferred. Essential Duties and Responsibilities Develop novel algorithms for ultrasound simulation, imaging, and quantitative analysis Customize machine learning / deep
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annual budgeting process and regular forecasting updates, ensuring they reflect business priorities and operational realities. Research complex budget issues as necessary. Conduct deep financial analysis
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to leverage relationships across generations of alumni, and partner with multiple cohorts. Candidates must possess a deep commitment to instilling best practices and fostering a culture that reflects UT Dallas
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Center through a relentless pursuit of excellence. The ideal candidate will seek to learn deeply, share the powerful stories of the Callier Center, develop and steward caring relationships and support
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programming languages (e.g., Python, Javascript, MATLAB) and use deep neural networks (e.g., AlexNet, VGG) to implement stimuli preparations, experiment design, and analyses Build and maintain the lab database
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or optical imaging and AI research is preferred. Essential Duties and Responsibilities Develop novel algorithms for ultrasound simulation, imaging, and quantitative analysis Customize machine learning / deep
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with regional and national education and research network providers such as LEARN and Intenet2 Cisco Certified (CCENT OR CCNA) or Juniper Certifid (JNCIA-Junos) At least 4 years of Juniper (JunOS
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, policy, education or other related field. Three (3) years relevant experience providing resources and support for individuals needing accommodations in academic and/or workplace settings. Deep knowledge
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, analytics, machine learning, visualization, cloud computing, natural language processing, deep learning, traditional and nontraditional database technologies, IoT, etc. Candidates will be expected to engage
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regulations. Expert IT Service Management usage and experience. Strong knowledge and application of ITIL processes. Deep experience executing change management, incident management, and root cause analysis