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University. USO designs, develops, validates, and maintains a suite of large-scale undersea warfare models and simulations used by technology developers, analysts, the Navy, and its allies. We serve as a
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will: Develop, test, and report on computer vision algorithms to further understanding and capabilities of analytic tools Combine multi-int source data with modeling capabilities that associate real
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for simulation verification and validation, including identification of appropriate metrics Document algorithms, code designs, and software tests in accordance with modern software development practices Additional
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for simulation verification and validation, including identification of appropriate metrics Document algorithms, code designs, and software tests in accordance with modern software development practices Perform
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systems in professional newsrooms; algorithmic accountability and transparency reporting; or related areas that advance the ethical and effective use of data in journalism. Strong candidates will be fluent
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is not known or guaranteed Be part of the team leadership that operates in this ambiguous space and develops the executable plan for the rest of the team Perform physics-based modeling to predict
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faculty to design computational strategies aligned with research aims Develop novel algorithms, software tools, and analytical pipelines to address emerging research questions Generate high-quality
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Inertial Navigation System algorithms including modeling and analysis of navigation sensors Develop, debug, and test Matlab/Simulink-based software and data analysis tools, including the creation of unit
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Matter Expertise – Work with a diverse group of experts, including engineers, scientists, and DoD personnel to understand problems from many perspectives Develop prototype algorithms – Design, write, and
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development programs where you will work with a multi-disciplinary team of scientists and engineers performing a wide range of applied research and development projects involving sensors, lasers, and electro