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(cytokines and ligands for innate immune sensors) in triggering monocyte responses and shaping T cell responses during hyperinflammatory syndromes. Laboratory work will be conducted under Dr. Canny’s
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systems and unique sensors with the demands of evolving technology, possess a strong mechanical aptitude, and have the ability to prioritize tasks and manage multiple projects. This position works closely
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either back-end Java development, front-end UI development, and/or signal processing algorithm development. This position will work on all phases of software application development ranging from
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projects. Desired: Doctoral Degree in Bioengineering, immunology, systems biology Experience using open source packages and adapting or developing new algorithms to analyze single-cell transcriptomics and
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and electronics hardware and firmware to develop optimized wearable sensor prototypes. At direction of faculty investigator, conduct biomedical optics experiments including imaging, sensing, wet lab
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Scheduled Hours 40 Position Summary Collect neuroimaging data and perform innovative analyses on these and related data. Develop and implement computer algorithms for analyzing the data. Assume
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Scheduled Hours 40 Position Summary Performs innovative data analyses on neuroimaging and related data. Develop and implement computer algorithms for analyzing that data. Assume major responsibility
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; decision-making; and management of natural resources. • Developing appropriate statistical algorithms for updating model parameter estimates. • Analyzing data and producing interactive graphical
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within the?School of Dentistry and UW Medical Center. • Instruct and orientate new clinic staff and new residents in the use of equipment, e.g., oral image sensors and?other equipment devices
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& Responsibilities: Designs, develops, and implements: Algorithms and computer software for omics-based data sets [high-throughput, massively parallel genomic/proteomic/clinical.] Data management and analysis