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The College of Engineering and Applied Science at ���� Boulder is part of a new NASA funded Space Technology Research Institute that will advance space habitat designs using resilient and autonomous systems. The work is part of a larger effort to prepare for a time when astronauts will venture further into space, out of low-Earth orbit and on to the Moon, Mars and beyond.

More than 140 student teams from six College of Engineering and Applied Science units ringed the Indoor Practice Field to show off their capstone and graduate projects, which Dean Bobby Braun hailed as “truly innovative.”

Researchers from ���� Boulder will fly drones into severe storms this spring and in 2020 in one of the largest and most ambitious drone-based investigations of meteorological phenomena ever.

Twenty-five YOU’RE@С���� Undergraduate Research Students will present their work in a poster session from 5-6 p.m. on April 29 in the Engineering Center lobby.

Mechanical engineering capstone teams working with QL+ had two primary aims: making an impact on a wounded veteran’s life and putting mechanical skills to the test. They designed a luggage carrier device for wheelchair users and a disabled swimmer lift system.

���� Boulder engineering students are finalizing an infrared imaging system that will allow a user to monitor subsurface features in wind turbine blades, an invention that could make wind turbine repair safer, faster and more cost-efficient.

Researchers at BioServe Space Technologies are developing a system to test heart function in microgravity.

Associate Professor Corey Neu of the Department of Mechanical Engineering at ���� Boulder is working with colleagues at ���� Anschutz to detect early osteoarthritis, allowing younger patients to seek treatment earlier and possibly ward off the most severe measures including joint replacement.

���� Boulder researchers are taking a deep dive into the realm of autonomous submarines through a Small Business Technology Transfer contract sponsored by the Office of Naval Research.

Researchers working together across the University of Colorado system are developing a technique that would quickly and easily remove antibiotic-resistant bacteria in dentistry and other potential applications.