131 machine-learning-"https:" "https:" "https:" "https:" "https:" "https:" "Ulster University" Fellowship positions at Zintellect
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aquaculture and related food matrices. Results generated through this project will be communicated to the scientific community through conference presentations and peer-reviewed publications Learning Objectives
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products will be characterized by spectroscopic, rheological, thermo-oxidative techniques, and any other analytical techniques as necessary. Learning Objectives: This research will give the participant
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adoption by professional organizations such as the AOAC or Cereals & Grains (formerly AACC) would benefit The fellow will learn how to generate an instrumental method for soluble dietary fiber analysis
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identified in this way will represent targets for future gene editing to improve the rate of genetic improvement for reduced grain protein content. Learning Objectives: The candidate will learn about genetic
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-reviewed journals and communicated to stakeholders and the broader scientific community through participation in conferences and meetings. Learning Objectives: By collaborating closely with the mentor and
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. Learning Objectives: The participant will gain experience in field and controlled environment research, including experimental design, breadth of data collection and analysis. They will also learn how to use
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farming resulting in more nutrient-dense animal sourced protein products. Learning Objectives: The fellow will gain experience in planning and conducting data collection, remote sensing, geospatial modeling
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agricultural pest systems is highly desirable. Learning Objectives: The overall research goal of the group is to develop new pest management strategies that can augment and enhance current approaches. As such
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chemicals in vitro and live food animals. Learning Objectives: The candidate will receive comprehensive, multidisciplinary training in analytical, environmental, and synthetic chemistry, with a focus on PFAS
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. Learning Objectives: Develop skills in plant breeding including hybridization techniques. Become familiar with ploidy manipulation techniques and analysis using flow cytometry, microscopy, and conventional