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. For general application assistance or if you have questions about a job posting, please contact Human Resources at 479.575.5351. Department: Facility Operations & Maintenance Support Department's Website: https
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. The employment requires strong subject knowledge in optimization, mathematical modeling, and quantitative analysis. You are a problem solver who works well with complex issues, understands complicated written
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addition to research training, the position provides structured mentorship in grant writing and career development, including support for applications to external funding mechanisms (e.g., NIH fellowships and career
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exhibiting magnetovolume coupling and/or negative thermal expansion; thermal, magnetic, morphological, and structural characterization; magnetic and structural analysis; preliminary experience with finite
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research leadership team and drives initiatives to optimize workflow, quality, and growth. Job Description This position is contingent upon favorable funding. Job Responsibilities Leadership & Workforce
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the launching of a call for awarding a research fellowship (RF) in the scope of the research program FightRn – Solutions for radon mitigation in buildings through protective barriers for construction materials
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among seriously ill hospitalized patients. This study is named COMPASS-PC: Comparing Optimized Models of Primary And Specialist Services for Palliative Care. The CRCs will work primarily in the call
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induced pluripotent stem cells). Fabricate, maintain and characterize engineered heart tissues using established technology. Use, optimize and assess siRNA knockdown techniques. Ex vivo characterization
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, fermentation, and functional foods. Hands-on experience in identification, selection, and non-GMO optimization of bacterial strains. Practical experience with analytical equipment and microfluidics platforms
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dietary intake estimates. This work will involve the use and optimization of advanced analytical tandem mass spectrometry methods, assessment of vitamin D bioaccessibility using an in vitro model, and