72 data-"https:"-"https:"-"https:"-"https:"-"https:"-"Stanford-University" positions at HHMI
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data. This role is in-person, will operate primarily in the SEA laboratory and offices on the campus of the University of Maryland, Baltimore County, with regular interactions with the rest
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information about the lab can be found on the RU website and the lab website . Application Instructions: Please include—preferably as a single PDF Cover letter describing your research interests and goals CV
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immune partnership, we aim to improve women’s reproductive health and optimize immune trajectories for future generations. For more information about our lab, visit www.limmunity.com . As a Postdoctoral
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. What you’ll do: Develop Software Architecture for Fish & Fly Experimental Systems Clock synchronization across heterogeneous data streams, determined by hardware/software. Build a robust synchronization
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data analysis to wet-lab experiments in mice, and will play a hands-on role in advancing cutting-edge neuroscience research. Daily responsibilities will include conducting experiments with mice
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. Such information will aid analysis of experimental data or help establish automated image processing/machine learning pipelines. Technicians will typically be involved in at least two different projects. Please note
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contributing to the integration of these methods into high-throughput data collection pipelines for the AI@ HHMI Initiative . The ideal candidate will have a strong scientific background in molecular tools
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scientists, Vivarium staff take ownership of animal-related processes, allowing researchers to concentrate on data-intensive tasks and achieve impactful scientific outcomes. What we provide: A competitive
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. Experience in a research environment preferred. Advanced computer skills including MS Office, Adobe Acrobat, and other technologies as needed. Superior ability to communicate information and ideas effectively
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comparing these engineered genomes with genomic and transcriptomic data from human tumors, the Watson Lab seeks to uncover the functional roles—including phenotypic effects—of frequent chromosomal