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of Missouri campus. Research at this facility involves optimizing agricultural production systems for improved sustainability by developing tools for assessment of soil health, among other objectives. Research
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tools for spacecraft applications, specifically leveraging topology optimization and lattice structures. Building upon prior work at JPL, including the open-source lattice design tool UnitcellHub and an
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research across NIH and the federal government to foster knowledge and optimize health across the lifespan. What will I be doing? As a fellow, you will collaborate with NIH scientists on an evolving area of
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support systems, protective clothing, precision airdrop systems, and ballistic, chemical and laser-protection systems, and human performance optimization. More information about DEVCOM-SC can be found
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. The mission of ODS is to coordinate cutting-edge dietary supplement research across NIH and the federal government to foster knowledge and optimize health across the lifespan. What will I be doing? As a fellow
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and hybrid infrastructure into water resource development projects, and optimizing dredging and aquatic ecosystem restoration. You will collaborate with other team members and communicate with
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areas. These include, but are not limited to: Developing, optimizing, and implementing multiple In Vitro lung models to evaluate the compounds that cannot be assessed using traditional animal models
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among climate models and representative concentration pathways (e.g. emissions scenarios). Objective 3: Identify site-specific optimal vegetation treatments for minimizing extreme fire behavior
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wildland-urban interfaces— across a wide range of climate conditions. Using machine learning methods, we will optimize the weightings of each contributing factor and identify the key drivers of wildfire risk
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neural network to extract grammar rules for constructing and modifying molecular graphs, enabling the design of novel polymers optimized for specific Arctic and Space applications. This project will lead