95 finite-element-analysis Postdoctoral research jobs at University of Washington in United States
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: No additional work experience unless stated elsewhere in the job posting. Skills: Collaboration, Data Analysis, Data Interpretations, Experimentation, Laboratory Operations, Laboratory Techniques
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or desire to learn bioinformatics analysis techniques. Good interpersonal skills and willingness to mentor students and technicians. Excellent speaking, reading and writing skills. Preferred
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expertise in EEG data acquisition and analysis, strong programming skills, and a passion for developmental neuroscience. Experience working with infants or young children is highly desirable. This will be a
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for this position. More About This Job Required Qualifications: Strong background in Immunology and bioinformatics, including first-author original publications. Expertise in analysis of genomic datasets. Strong
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infant development. We seek a motivated researcher with expertise in EEG data acquisition and analysis, strong programming skills, and a passion for developmental neuroscience. Experience working with
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. They will contribute to multi-disciplinary research on Alzheimer's disease, multiple sclerosis, and other CNS conditions, and develop innovative AI-powered approaches for data analysis and MRI acquisition
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experience unless stated elsewhere in the job posting. Skills: Biochemistry, Cellular Neurobiology, Collaboration, Data Analysis, Data Interpretations, Experimentation, Genomics, Laboratory Operations
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, Computer Science, Data Analysis, Etiology, Exome Sequencing, GATK, Genetic Research, Linux, Neurodegeneration, PLINK (Software), Python (Programming Language), Statistical Genomics, Work Collaboratively Questions
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posting. Work Experience: No additional work experience unless stated elsewhere in the job posting. Skills: Collaboration, Data Analysis, Data Interpretations, Experimentation, Laboratory Operations
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of metabolic states in retinal ganglion cells; spatial transcriptomic and correlated metabolic analysis of retinal ganglion cells; treatment of retinal ganglion cells in models of degeneration; data collection