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motivated Systems Analyst III to lead the design, implementation, administration, and continuous improvement of the computing infrastructure that supports research, instruction, and administrative operations
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development. Build technical capability by establishing engineering standards, best practices, knowledge sharing, and workforce development across digital systems, embedded computing, sensing
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Experience conducting population genomic analyses of crop species Experience managing and analyzing large-scale biological datasets Experience using SLURM-based high-performance computing systems
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impact on many aspects of modern science, computing, engineering and artificial intelligence. Our department has a large footprint in condensed matter physics, nuclear physics and high energy physics
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single-cell data in a high-performance computing environment. Assist in the mentorship and supervision of more junior lab members. Interpret experimental results and prepare reports, presentations, and
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-omics technology for genetics, genomics and microbiome studies and high-performance computing. The collaborative environment is enhanced by interdisciplinary and disciplinary graduate majors that
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computing platforms (e.g., Kubernetes, OpenStack), SDN, and/or VNF; Hands-on experience in designing, developing, deploying, and/or operating field-deployed wireless, network, and/or distributed