29 finite-element-analysis Postdoctoral positions at Texas A&M AgriLife in postdoctoral
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, and molecular diagnostics. Knowledge of entomopathogenic fungi and microbial insecticides and different delivery mechanisms. Knowledge of molecular trophic interaction analysis. Knowledge of genomics
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Through Agriculture. Essential Duties/Tasks Develops novel hypothesis, experimental approaches & data analysis methods. In consultation with the PI, designs and executes experiments. Performs lab-based
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. 25% - Cloning and expression of proteins of interest. Purification of proteins in sufficient quantity to obtain crystals. Crystallization of proteins. Data collection and analysis. 10% - Preparation
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-assisted tools in genome analysis, population and disease-ecology work, and pipeline development, with attention to reproducibility and validation of results. Develop reproducible bioinformatic pipelines
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and survey responses to enhance the understanding of decision-making during hazardous weather events. The project integrates econometric analysis and policy evaluation to better understand population
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, motor drivers, microcontrollers) into robotic platforms and automated systems. Implement AI approaches for crop sensing, growth analysis, stress monitoring, and interpreting plant-environment interactions
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approaches & data analysis methods. In consultation with the PI, designs and executes experiments. Performs advanced statistical analysis of research experiments and results. Leads the writing and
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, and the Texas A&M AgriLife onion projects • Conduct whole genome structural and functional analysis in vegetable crops • Manage marker-assisted selection in vegetable crops and collect plant
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. Proficiency in scientific programming (e.g., Python, Fortran) for data processing, model development, and computational analysis. What You Need to Know Salary: Compensation for this position is commensurate