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analytics – This research will apply creativity and hands-on knowledge and skills (e.g., data engineering, data science, language, image, video) to demonstrate situational awareness and decision-making in
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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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-destructive core characterization equipment, processing the data into publication quality images and output, and assisting in writing technical reports on the observed core properties. Stipend: Participants
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resolution computed tomography scanning systems a research effort to directly image fracture propagation under subsurface conditions and stress is being sought, with an ability to compare the experimental
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-fabricated prototype devices used to perform environmental sensing. You will use and develop communication skills to collaborate effectively with the team of scientists and researchers, and you will give a
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for catalyst development, such as predictive and generative modeling, and image analysis. Stipend: Participants receive a biweekly stipend based on their educational level. Stipend payments are taxable as an
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propagation and/or imaging in complex battlefield environments. As signals propagate through the environment, they undergo effects due to atmospheric turbulence, atmospheric gradients, terrain, and other
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materials, and polymer nanofibers. Employ mechanophore based stress-field measurements and digital image correlation methods. The goals of the Weapons and Materials Research Directorate (WMRD) are to enhance