307 computer-programmer-"FEMTO-ST"-"FEMTO-ST" positions at Michigan State University in United States
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with a strong commitment to teaching in our vibrant Apparel and Textile Design Program. Candidates with technical skills for equipment maintenance are especially encouraged to apply. The position is a
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in education, research, and outreach. For more than 60 years, the department has set the global pace in research excellence and achievement while also maintaining an award-winning undergraduate program
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exams. Ensuring that students exam accommodations are met. Desired Qualifications Must have general computer knowledge and the ability to stand, sit, or walk around a room for up to six hours. Equal
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, citizenship, age, disability or protected veteran status. Required Degree Doctorate -PA-C Minimum Requirements Required Qualifications: Master’s degree in physician assistant studies from an accredited program
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who work collaboratively, pioneer new or emerging technologies and approaches, and whose research program can synergize with the PRI and the larger plant community at MSU are especially encouraged
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, Sport Administration, or equivalent Minimum Requirements Advanced degree in Kinesiology, Sport Administration, or equivalent program. Evidence of significant scholarly background in coaching science
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University in East Lansing, Michigan. Our group is also part of the Neuroscience Program, a multidisciplinary program of approximately 60 faculty seeking fundamental knowledge about the brain and nervous
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. On-Call allowed to work 1039 hours in any twelve (12) month period. Unit Position Summary The NMSI Professional Aid will assist the NMSI Program Associate Director with day-to-day operations. Daily
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. Characteristic Duties and Responsibilities Completes proctor training annually and as required by MSU colleges/program. Ensures academic integrity through the following: Accomplishes test candidate check-in and
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this and other similar experiments; and (3) developing new computational tools to analyze and simulate the dynamics of phenotypic and genomic evolution in bacteria. As time allows, this work will include