25 algorithm-development-"Multiple"-"Prof"-"UNIS" positions at Oregon State University in United States
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demonstrations, and developing technical materials that support on-farm decision-making related to irrigation and water use. The incumbent will engage directly with growers, advisors, agency partners, and
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, technical reports, presentations, and grant proposals. Prepare reports for funding agencies and stakeholders to ensure timely project updates. Help manage timelines for multiple research projects to meet
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, technical reports, presentations, and grant proposals. Prepare reports for funding agencies and stakeholders to ensure timely project updates. Help manage timelines for multiple research projects to meet
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used to fill five part-time (a maximum of 24 hours per week) Research Assistant for the School of Civil & Construction Engineering at Oregon State University (OSU). Transferable Skill Development
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research and data collection. Transferable Skill Development Position Duties 60% – Performs research in support of facility and project operations. 40% – Performs mechanical activities in support of facility
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, but will not exceed 24 hours per week during academic terms. These positions are eligible to students with federal work study awards; work study students are preferred. Transferable Skill Development
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-faculty Transferable Skill Development Position Duties Perform scientific research in physics; Meet with supervisor at least once a week to discuss progress. Minimum Qualifications Full Employment
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for supporting the College of Engineering by being the front line for scholarship knowledge and administrative duties in the office. Transferable Skill Development Position Duties 50% – Undergraduate scholarship
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. Most positions will include laboratory research, data collection, and analysis. Transferable Skill Development Position Duties 100%: Duties to be determined by hiring unit/supervisor and may include book
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central nervous system mechanisms of involuntary weight loss and wasting (cachexia) during the development of cancer. The project work involves the use of invitro and murine models to understand the impact