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experienced in their research fields but may not have the technical, information technology (IT), or data science experience to build digital tools that optimize research efficiency and maximize the impact of
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foundation models, fine-tuning & prompt engineering Physics-Informed Neural Networks & hybrid models Deep Reinforcement Learning for process optimization GANs, VAEs, diffusion models for synthetic data
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Army Institute of Research (WRAIR) DoD's premier research enterprise for infectious diseases, brain health, and performance optimization, is offering this Postdoctoral research opportunity to conduct
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Army Institute of Research (WRAIR), the Department of Defense's (DoD) premier research enterprise for infectious diseases, brain health, and performance optimization, is offering bachelor's, master's
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of microbial genetics and physiology to optimize fermentation strategies through novel strain development and modification of bioprocessing parameters. Learning Objectives: You will gain experience in
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the development of newborn screening assays, technology transfer, training, production of quality assurance materials as well as assisting state programs to expand screening to new conditions of high priority
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pyrolysis process for producing bio-oils from biomass. The project aims to optimize reaction conditions for microwave pyrolysis of selected agricultural residues and analyze the energy efficiency and cost
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industry through enhanced and optimized discovery, design and controls. Applying financial, economic, and social research techniques to understand industrial decision making regarding new technology adoption
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– to set standards and design systems that save lives and optimize Warfighter performance. USAARL research focuses on the en route care environment, warfighter performance, and injury biomechanics and
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assays for malaria and other parasitic diseases such as Babesiosis and Chagas disease. A major part of the project involves next generation sequencing (NGS) including use of the Oxford Nanopore Technology