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Compensation: $35/hour Compensation Type: Hourly Employment Type: Grade: NE17 Department: Instruction Position Summary The EMS Instructor is a part-time position located at Clovis Community College
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Compensation: $35/hour Compensation Type: Hourly Employment Type: Grade: Department: Instruction Position Summary The EMS Instructor is a part-time position located at Clovis Community College and
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Assistant Professor in statistics for the development of privacy-enhancing techniques in health care
techniques and will play a key role in attracting external funding to strengthen this emerging research field. The project is a part of the ambitious Novo Nordisk Foundation Data Science Collaborative
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demonstrations are technically mature, operationally credible and aligned with programme timelines and objectives; close coordination with other project disciplines, including the System Office, the Space Segment
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the primary administrator and day-to-day operator of project software, ensuring research systems function reliably and efficiently. Configure, maintain, troubleshoot, and improve software tools used
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the Systems Office on a defined cadence. Employer Engagement and Career Placement Plan and coordinate the culminating employer fair for each cohort in collaboration with Career Link, managing employer
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participant data, including enrollment, completion, certification attainment, and employment outcomes, and report to the Systems Office on a defined cadence. Employer Engagement and Career Placement Plan and
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employment outcomes, and report to the Systems Office on a defined cadence. Employer Engagement and Career Placement Plan and coordinate the culminating employer fair for each cohort in collaboration with
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these include a panel meeting with a group of students, and may be over lunch the same day as instructional engagement work) This is a part-time instructional position during fall semester 2026 (08/31/2026 to 01
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, periphytic biofilms are communities of microorganisms that grow on submerged substrates. Numerous studies have shown that the bioaccumulation of metals (Cd, Cu, Ni, Zn) in biofilms is a function of the