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applications, or transitions to faculty. The position is optimal for applicants wanting to a) link multi-omic patient results to mechanistic, causal biology; b) eager to integrate wet-lab experiments with
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experimental data using appropriate statistical and bioinformatic approaches. Develops and optimizes new experimental protocols and research methodologies. Prepares manuscripts for peer-reviewed journals and
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, implementing, and analyzing experiments on both test and preparatory scales; optimizing reaction conditions via experimental variable screens; characterizing small molecules via NMR, FTIR, and other
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biology approaches, to uncover novel immune cell states and therapeutic targets. Develops and optimizes experimental protocols for cellular immunology, including trajectory inference and dimensionality
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preprocessing large-scale single-cell and multi-omic datasets, defining model architectures, optimizing training pipelines on GPU clusters, and benchmarking against existing methods. Integrate and analyze large
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, or transitions to faculty. The position is optimal for applicants wanting to a) link multi-omic patient results to mechanistic, causal biology; b) eager to integrate wet-lab experiments with advanced bioinformatic
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interested in pursuing an independent academic career are welcome to apply for this position. For more information: https://www.bcm.edu/people-search/ctirad-skoda-174296 Job Duties Designs, optimizes, and
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to research projects, both independently and collaboratively. Sets up, maintains, and optimizes experimental equipment. Mentors and trains lab members in techniques and experimental design. Presents research