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The Department of Electrical and Computer Engineering ranks among the best in the country. Our research programs are at the forefront of the technologies that have changed the world we live in. Our
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-ahead mission capabilities, we Build real-world, mission-scale AI capabilities through solving practical engineering problems Discover and define the processes, practices, and tools to support
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The Human-Computer Interaction Institute (HCII) is a living laboratory where we investigate the relationship between computer technology, human activity, and society. Founded in 1993, the HCII is a
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Innovation. Interdisciplinary collaboration. Complex problem solving. In Carnegie Mellon University’s Department of Mechanical Engineering, faculty members, researchers, and students
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leading minds in math education, learning sciences, and AI, to reimagine a math curriculum designed to dramatically improve student outcomes and ensure that race, ethnicity, and income are not predictors
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learning (ML) technologies to provide leap-ahead mission capabilities, we: build real-world, mission-scale AI capabilities through solving practical engineering problems discover and define the processes
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learning (ML) technologies to provide leap-ahead mission capabilities, we: build real-world, mission-scale AI capabilities through solving practical engineering problems discover and define the processes
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practices. Who we are The SEI helps advance software engineering principles and practices and serves as a national resource in software engineering, computer security, and process improvement. Our teams work
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About the role: Cybersecurity Risk Engineers at the SEI use advanced skills in statistics, mathematics, risk analysis, systems engineering, economics and other technical fields in
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The Human-Computer Interaction Institute (HCII) is a living laboratory where we investigate the relationship between computer technology, human activity, and society. Founded in 1993, the HCII is a