Former NASA astrophysics director and UT alumnus Frank Martin will deliver a keynote address about team building at the UT Teaching and Learning Innovation Symposium on Wednesday, November 2. The symposium and Martin’s visit are sponsored by the Tennessee Teaching and Learning Center, Experience Learning, and UT Libraries. Martin’s talk, “Team Building and the NASA
Joshua Fu, a professor of civil and environmental engineering, has been instrumental in the study of black carbon.
The College of Engineering’s Distinguished Lecture Series wraps up the spring with a visit from NASA’s Les Johnson.
The future of aircraft propulsion systems could be vastly improved thanks to research being conducted by the College of Engineering. NASA has tapped a joint Boeing-UT project for support, with the agency providing $2 million over four years while the aircraft company contributes a share of funding.
WATE-TV interviewed Jeffrey Moersch, earth and planetary sciences professor, about his research which is laying the groundwork for the next NASA Mars rover mission set for 2020. Visit the WATE-TV website for the story. The Tennessean also featured the professor’s work.
Over the next five years, Jeffrey Moersch will be traveling to faraway places—from the Arctic to the Chilean desert—in a quest to learn more about a place even farther away—Mars. The earth and planetary sciences professor is part of a new NASA-funded research team helping prepare for the Mars 2020 rover mission. The interdisciplinary team is a member of the NASA Astrobiology Institute and is one of seven to receive a five-year grant of about $8 million.
Researchers at UT have made a novel discovery that may potentially protect the world from future collisions with asteroids.
Former NASA astronaut and UT graduate Henry W. Hartsfield, Jr. died on July 17 after an illness. He was eighty years old.
Children are often mystified by remote control cars and how they can control them with a device while standing several feet away from them. This past week, Chris Tate was mystified by the same power—only he was controlling something 150 million miles away, on another planet. The UT physics doctoral student had the rare opportunity to control one of the science instruments on NASA’s Curiosity rover on Mars.
NASA’s Mars Science Laboratory Rover Curiosity would have a hard time completing its mission if it were not for a successful partnership between the Jet Propulsion Laboratory and a professor-student team at UT. Ben Blalock, professor of electrical engineering and computer science, and two graduate students, designed a tiny microchip that weighs close to a paper clip and helps control the motors on the rover.