8 parallel-computing-numerical-methods "DIFFER" Postdoctoral positions at Montana State University
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developing and deploying novel communications systems that leverage advanced computing, tethered balloons, and UAVs (Uncrewed Aerial Vehicles). Position Number 4C0309 Department Earth Sciences Division
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framework development. Apply (unsupervised) machine learning methods to develop depth-explicit SFTs. Biogeochemical Representativeness Analysis & SFT Mapping Evaluate whether existing global soil
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framework development. Apply (unsupervised) machine learning methods to develop depth-explicit SFTs. Biogeochemical Representativeness Analysis & SFT Mapping Evaluate whether existing global soil
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-relevant applications. Materials of interest include superconducting, magnetic, dielectric thin films and heterostructures relevant to quantum computing, quantum sensing, and related emerging
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. Design and implement social science measures (procedural, recognition, and distributive justice) for digital twin applications. Conduct quantitative and mixed methods research with rural cooperatives and
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Experience with machine learning applications in biology or genomics. Knowledge of population genetics theory and simulation methods. Experience developing or contributing to open-source software. The
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biology, environmental science, natural resource management, or a closely related field by start date. Experience with literature synthesis or systematic review methods. Strong quantitative skills and
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documenting experimental or computational methods and results. Preferred Qualifications – Experience, Education, Knowledge & Skills Experience in one or more of the following: bacteriophages or