Author: michiganengineering
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Optimizing comfort for nurses in high-stress situations with sensors
Wearable sensors help pinpoint stressful moments during medical procedures.
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Water stays in the pipes longer in shrinking cities – a challenge for public health
The geographic locations where Americans live are shifting in ways that can negatively affect the quality of their drinking water.
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New study finds inaccuracies in arsenic test kits in Bangladesh
About 25 million Bangladeshis face risks of developing skin lesions and cancers due to unsafe levels of arsenic in drinking water.
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Combining the real and virtual worlds improves driverless vehicle testing
Augmented reality technology at the University of Michigan makes testing faster, cheaper, safer
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Mcity demos: Self-driving cars can be even safer with connected technology
At the University of Michigan’s Mcity Test Facility, self-driving cars were part of a series of demonstrations that illustrated the key role connected technology can play in harnessing the safety benefits that self-driving vehicles promise.
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Steps for Flint residents to reduce bacteria in filtered water
While filters reduce lead, they can harbor bacteria.
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Midwest USDOT Center for Connected and Automated Transportation established
$2.47 million midwest research center will conduct connected and automated vehicle research.
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How we roll
Going driverless could be the biggest reboot of the American transportation system since the horse and buggy went the way of, well, the horse and buggy. Are we ready to make it happen?
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Distinguished lecturer embarks on water quality talk tour
Nancy Love, professor of civil & environmental engineering, embarks on a year-long water quality talk tour as a distinguished lecturer for the Association of Environmental Engineering & Science Professors Foundation.
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U-M opens Mcity test environment for connected and driverless vehicles
The University of Michigan today opened Mcity, the world’s first controlled environment specifically designed to test the potential of connected and automated vehicle technologies that will lead the way to mass-market driverless cars.