14 algorithm-development-"Prof"-"Prof" research jobs at University of California, San Diego
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opportunities in a fast-paced and innovative environment. Moores Cancer Center follows a progressive philosophy of career-path development for its employees including opportunities for cross-training
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. Demonstrated ability to communicate effectively with research subjects, study sponsors, and all research and clinical staff. Ability to prepare IRB forms. Must be able to work a flexible schedule and occasional
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) at the University of California San Diego (UCSD) comprises a large faculty of clinicians and researchers devoted to providing high-quality patient care, the development and adoption of novel radiation oncology
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. CASPO is home to the Instrumental Development Group (IDG), a recharge facility that builds and deploys a third of the world's data collecting sounding observers (SOLOs) and 7 to 10 ocean-going gliders
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, future-oriented organization, we offer challenging career opportunities in a fast-paced and innovative environment. Moores Cancer Center follows a progressive philosophy of career-path development for its
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over1,000 staff members. Under supervision, provide support for an observational study of mixed toxin exposure related to the 2023 train derailment in East Palestine, OH. Duties will include email outreach
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to communicate effectively with research subjects, study sponsors, and all research and clinical staff. Ability to prepare IRB forms. Must be able to work a flexible schedule and occasional weekends. Must be
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California and a liaison between Department Coordinators and student/survey workers. Take a leadership role with language-specific duties. Assist in scheduling, the delegation of duties, protocol development
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: Apply by 05/20/2025. Eligible Special Selection clients should contact their Disability Counselor for assistance. Under supervision, the incumbent will support the development efforts in the Department
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systems that mediate hunger, thirst, and stress. Critical to this effort, the lab develops cutting-edge chemogenetic receptors to understand neural circuits for addiction. The ideal candidate is an