15 parallel-computing-numerical-methods research jobs at Missouri University of Science and Technology
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involves cross-campus collaboration, stakeholder engagement, and program assessment to ensure that offerings are effective and aligned with the strategic plan and institution's goals. Key Responsibilities
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-scale, and evidence-based approaches that combine laboratory, clinical and computational methods. The lab has access to the regional BSL-3 and ABSL-3 biocontainment laboratory at the Laboratory
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. This position is funded through the Thompson Center. About the Department/Program Research and clinical training activities will occur primarily at the Thompson Center for Autism and Neurodevelopmental Disorders
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over time. This, key skills include familiarity with data management or large multi-method data sets and excellent data-analytic skills, especially those relevant to complex, large longitudinal studies
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Techniques such as: AAV gene therapy and assessment of various therapeutics on neuromuscular phenotypes; utilizing state-of-the-art methods like single-cell/spatial transcriptomics, proteomics; or advanced
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chemistry, good communication and presentation skills, and an ability to work within a research group. Experience with single-crystal and powder X-ray diffraction methods is preferable. Application Materials
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) Orthopaedic Surgery (10) Radiology (10) Residential Life (10) Thompson Center (10) UP Payment Services (10) Veterinary Medicine & Surgery (10) Advancement (8) Biomed Informatics Biostat EPI (8) Dermatology-Derm
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of agricultural commodity markets for outlook and policy analysis is highly preferred. Experience using quantitative analytical methods and experience with partial equilibrium models. Familiarity with U.S
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Services (10) Anesthesiology (8) Biomed Informatics Biostat EPI (8) Dermatology-Derm (8) Medicine-Administration (8) Medicine-Endocrinology (8) Medicine-Pulmonary & Environ (8) Orthopaedic Surgery (8
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, which may include: 1) the design of new radiometal chelation systems, 2) radiosynthesis and evaluation of molecular probes as radiopharmaceuticals, and/or 3) method development for medical radionuclide