20 algorithm-development-"Multiple"-"Prof"-"Prof"-"Simons-Foundation" "U.S" research jobs at Oregon State University
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Position Details Position Information Department Biol & Ecol Engineering (ABE) Position Title Faculty Research Assistant Job Title Faculty Research Assistant: Agricultural Systems AI/ML Developer
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can use the Benefits Calculator to learn more about the full value of the benefits provided at OSU. Key Responsibilities 75% Develop, implement, and test new algorithms and tools for agricultural water
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. This position is full-time for 12 months, with possible renewal based on results, program development, and future funding. There is an expectation that, as part of your role in the college, you embody and advance
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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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) Max Hourly Rate $21.50 (Standard); $19.50 (Non-Urban); $22.00 (Portland Metro) Position Summary This recruitment will be used to fill multiple part-time (a maximum of 20 hours per week) Student
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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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. Reappointment is at the discretion of the Department Head. This position will support the Ornamental Plant Breeding research program that develops and evaluates new ornamental plants for the nursery and landscape
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% university in the world • More research funding than all public universities in Oregon combined • 1 of 3 land, sea, space and sun grant universities in the U.S. • 2 campuses, 11 colleges, 12 experiment
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-term Faculty Research Assistant position. Reappointment is at the discretion of the Department Head. This position will support the Ornamental Plant Breeding research program that develops and evaluates
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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