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rhythms using Drosophila as a model system. This research will involve biochemical assays, cell imaging, genomics, and computational approaches to define how conformational changes in CLOCK and PERIOD
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scientific manuscripts/publications Assist with data analysis using Statistical Analysis Software Team collaboration and problem solving Engage in weekly lab meetings to discuss progress, troubleshoot ongoing
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, Axoclamp 900A amplifiers or comparable, and PClamp software or equivalent. A commitment to excellence in performing and analyzing pharmacology research. Responisbilities Epilepsy Neuroscience Research Plan
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Experience Appropriate PhD in a related field. Preferred Qualifications Experience with machine learning and deep neural network techniques. Experience with wearable and sensors placed in the environment
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languages such as R, Python, Matlab. Familiarity with software development best practices (e.g., unit testing, version control). Familiarity with inferential statistics and machine learning. Expertise in
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a fast-paced research environment. Proficiency with common productivity software (e.g., Microsoft Office/Google Workspace) and research tools as needed. Ability to work independently and
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. Maintain reproducible code and documentation. Conduct simulation experiments using driving simulators or other software tools to test and validate algorithms. Perform physical experiments on robotic and
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relevant software like Igor Pro, Origin, or WMOSS. Ability to work with computers and computational approaches. Ability to multi-task and work cooperatively with others. Ability to perform all tasks and job
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. Ability to manage multiple projects and deadlines in a fast-paced research environment. Proficiency with common productivity software (e.g., Microsoft Office/Google Workspace) and research tools as needed
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collections. Responsibilities: Carry out bioinformatic analysis of mammalian genome sequence data and generating novel genome assemblies Use computer software for genome assembly, sequence alignment, and