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supervision of Prof. Yingda Cheng on computational methods and modeling for kinetic equations. The research conducted will involve development of numerical methods, development and analysis of reduced order
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techniques to model biological processes. We work with collaborators all over the world and clinicians that have direct impact on patient treatment. In addition to our research, we are actively engaged with
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for runoff quality studies, conducting laboratory analyses, conducting statistical or numerical analyses, or conducting computer modeling/geographic information (GIS) analyses. This is a part-time, off-campus
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the evaluation of policy 3005 compliance. • Collaborating on the development of long- and short-term business plans and financial models to inform strategic decision-making. • Coordinating the implementation and
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to facilitate barley related research projects related to development of new barley varieties adapted to the eastern United States. The successful applicant is expected to apply genomic modeling techniques
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requirements and modeling complex business processes. • Ability to work on multiple projects simultaneously, independently prioritize tasks, and meet project deadlines. • Ability to communicate complex concepts
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models for compressible hypersonic flows; implementing new models and numerical schemes into larger, existing hypersonic CFD codebases; performing verification & validation studies for the new models
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glioblastoma microenvironment. This translational study will utilize patient tissues in established pre-clinical in vitro model systems and histological tissue analyses to generate data for correlation with
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in mouse models. • Carry out molecular and cellular techniques, including molecular cloning, brain sectioning, cardiac perfusion, and immunohistochemistry. • Conduct tissue culture and assist in viral
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machine learning for next-generation wireless networks, (ii) Foundations of semantic communications and age of information, (iii) Stochastic geometry and spatial modeling of large-scale wireless systems