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to coordinate participant recruitment, OPM-MEG and eye-tracking data collection, analysis, documentation and reporting to meet deadlines. You will adapt existing and develop new scientific techniques and child
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and visual monitoring during deployment, working in coordination with the RT3D development led by E-Sailor 15. The research includes conducting laboratory and in-orbit experiments using data from
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cloud-based geospatial analysis. Spatial visualization, mapping applications, and predictive ecological modeling. Applicants must possess a valid U.S. driver's license (or obtain one within 60 days
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chronic in vivo multiphoton imaging of mouse visual cortex, including stereotaxic surgery, chronic cranial window preparation, AAV-mediated GCaMP expression, and longitudinal multi-week imaging schedules
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visualization in Imaris, napari, and Fiji/ImageJ. Atlas mapping covers chemoarchitectural staining (immunostaining, Nissl/cytoarchitectonic analysis), plane-of-section analysis, mesoscale boundary determination
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of their scholarly work in their field. The candidate should have demonstrated experience in a research setting with analysis, visualization, and interpretation of large datasets, preferably of sensitive data types
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. Expertise in either scientific programming (C/C++/Python/Matlab/R) or experimental immunology (Flow cytometry, next generation sequencing) with experience in scientific data visualization (Python/Matlab/R) is
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biochemists developing the labeling agents, data analysts developing analysis algorithms and physicists developing hardware. The candidate The candidate should have a firm base in in vivo imaging and cell
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to Occupational Health. Proficiency in fundamentals of data management, analysis, and visualization using tools such as Excel, Power BI, R, SPSS , SAS, or STATA. Proficiency in scientific writing Preferences