42 model-driven-development "Integreat Norwegian Centre for Knowledge driven Machine Learning" Postdoctoral positions at Texas A&M AgriLife
-
-truth data collection, and operating, testing, validating, and refining crop models to improve prediction accuracy. The candidate will also contribute to the development and application of machine
-
time, building and validating ML/AI-based prediction models, creating field zones tied to management actions supported by farm economics, and developing scaling-up solutions for different management
-
to determine the exact time required for the active ingredients to clear the body. We are seeking an enthusiastic, driven, and independent individual to join our team as a Postdoctoral Research Associate to
-
emissions modeling for a local concentrated animal feeding operation (CAFO), and prepare results for publication. Collaborate with USDA‑ARS workgroup contributing to enhancements of the USEPA CMAQ/STAGE model
-
on Poaceae diversification and ecology. Responsibilities: Conduct collections-based research focused on Poaceae diversification and ecology. Develop research questions and sampling designs using S.M. Tracy
-
. Current research areas include mosquito-arbovirus interactions, sexual transmission of arboviruses, neuropathogenesis of viral strains using human organoid models, antiviral immune responses independent
-
decision-making. Develop research instruments (e.g. questionnaires) aligned with theoretical constructs. Operationalize social science theories and constructs into measurable variables for empirical study
-
Research Associate develops and implements projects leveraging multi-omics and proteomics approaches to investigate the effects of diet, obesity, nutrition, and lifestyle interventions on the development and
-
, biochemical, and environmental factors influencing bioactive compounds and volatiles in fruits and vegetables (5%). •Developing AI-enabled decision support tools for breeding climate-resilient, high-quality
-
formation, and resistant allele frequencies across different genomic locations. -Interpret results in the context of chromosomal position and repair pathway. Transgenic Line Development and Mosquito/Fly