145 parallel-computing-numerical-methods-"Simons-Foundation" positions at Fred Hutchinson Cancer Center
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stronger. We seek employees who bring different and innovative ways of seeing the world and solving problems. The Program Director, Project Management & Planning, is a member of the Data Philanthropy program
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stronger. We seek employees who bring different and innovative ways of seeing the world and solving problems. The Provider Informatics Specialist II is responsible for promoting the understanding
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stronger. We seek employees who bring different and innovative ways of seeing the world and solving problems. This position is part of the CTMS Program Office. The CTMS Program Office is a dual-institutional
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professional responsibilities of the specialty occupation position. This requirement is common to this industry in parallel positions among similar organizations. The annual base salary range for this position
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coordinate with clinic implementation staff. Collaborate with cancer consortium parallel offices and clinic partners to ensure all institutional pre-activation requirements are met. Partner with study startup
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, routine and special testing and establishing priorities. Interpret and review test results, oversee preparation of reports. Facilitate the development and implementation of laboratory's computer systems and
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, routine and special testing and establishing priorities. Interpret and review test results, oversee preparation of reports. Facilitate the development and implementation of laboratory's computer systems and
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authorization requirements Devising special tools and treatment methods for the specific needs of each patient served Evaluating treatment goals and progress towards these goals Serving as a clinical resource for
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, publications, and oral presentations. Stay current with relevant publications and apply knowledge to research Compile data and synthesize innovative problem-solving methods Collaborate and present data with a
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to work on research projects. Work will include analysis of human samples from numerous infection and oncology cohorts. Cellular and molecular techniques will be integrated for high resolution