Sort by
Refine Your Search
-
analytical methods in the R programming language. Stipend $85,000.00 – $95,000.00 Yearly Point of Contact Rachel Eligibility Requirements Degree: Doctoral Degree. Discipline(s): Computer, Information, and Data
-
consultation on evaluation design, methods, and use across PPIB performance improvement projects. This includes gaining exposure to the evaluation of collaborative activities with partners, strategy
-
. Training activities will include analyzing existing datasets and generating new molecular and metabolic data using advanced sequencing technologies and bioinformatics methods. Throughout the project, you
-
the development and implementation of novel methods to study interactions between corn hybrids and Aspergillus flavus, supporting efforts to improve control of mycotoxigenic fungi. The fellowship may include basic
-
high throughput test methods in which small aquatic organisms (e.g., embryo-larval fish, crustaceans, insect larva, aquatic plants and algae) are exposed to test chemicals in 96-well plate format using
-
systematic literature review, study design, and analysis of environmental health and exposure data while gaining experience applying epidemiologic, exposure-assessment, and biostatistical methods relevant
-
predictive insights that support improved food and feed safety. Learning Objectives: Under the guidance of a mentor, you will have the opportunity to learn to: (a) utilize field and laboratory methods in plant
-
workflows to highlight inefficiencies and potential automation targets. Activity 2: Research and Evaluate Applicable AI Tools and Methods Investigate emerging artificial intelligence and automation
-
. The research will involve intelligent, robust, and adaptive control and actuation methods that will advise scaling and feasibility for implementation in airbreathing engine flow paths, lifting surfaces, and
-
of the atmosphere, particularly, estimation of the Green’s function using time reversal and/or similar inverse techniques. Theoretical and experimental approaches are needed. (3) Long range acoustic propagation in