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generation of scientists and build a workforce equipped with expertise in integrating advances in biomedical engineering, technology, and Artificial Intelligence (AI) and Machine Learning (ML) methods
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proportional hazard models, repeated measures analyses, and hierarchical analytic methods required.). Excellent quantitative, technical, analytic, and applied research skills are required. Excellent written and
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in career development activities within and outside the university. Salaries are set at the NIH rate. Anticipated Division of Time Research: 95% - the successful postdoc will apply various methods
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are set at the NIH rate. Anticipated Division of Time Research: 95%: The successful postdoc will apply various methods including but not limited to cell culture, gene interference, mass spectrometry
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developmental perspectives linking psychological factors to health. Cutting-edge quantitative analytic methods. Core responsibilities include: Conducting data analysis for ongoing projects. Developing independent
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. This opportunity will have the ability to develop complex systems analytics models, optimization methods, and computational tools for real-world problems in urban infrastructures. Experience in infrastructure
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statistical analyses such as robust variance, binomial regression, generalized estimating equations, Cox proportional hazard models, repeated measures analyses, and hierarchical analytic methods required.) 3