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development of robotic prototype systems for applied research Developing multi-agent systems in communications-limited environments Optimization, simulation, and modelling of robot behaviors and embodied
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infrastructure. Knowledge of mathematical modeling and optimization with commercial solvers, especially in Python (e.g., Pyomo, PySP, Gurobi, CPLEX). Writing code interfaces between different tools and/or
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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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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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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
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enhance catalyst material discovery, optimize experimental protocols, and improve computational atomistic simulations. The project is aimed at efforts to convert waste methane into value added chemicals
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an AI/ML database and modeling effort to enhance catalyst material discovery, optimize experimental protocols, and improve computational atomistic simulations. The project is aimed at efforts to convert
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support your academic and professional goals. Along the way, you will engage in activities and research in several areas. These include, but are not limited to: Optimizing a method known as the
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business and technical requirements and deliver e-commerce and e-Government products and services to internal and external audiences. Provide Internet services that optimize customer experiences and ensure
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Language Processing (NLP) Agents to guide human performance optimization; for example for fatigue management guidance tailored to the individual. This capability may help shift workers adjust to schedule transitions