Fall/Winter 2017
Out of this world
After days of competition in a barren desert, 36 teams of finalists, more than 500 students from seven countries, slowly made their way to the “Hab,” a deep space habitat at the Mars Desert Research Station, to find out who had won the University Rover Challenge.
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S&T in space
All across campus, Missouri S&T professors — and their students — are conducting research that could have implications for future space travel.
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Katelyn Brinker advances the future of space exploration
When the European Space Agency (ESA) launches its mission to explore Jupiter’s moons in 2022, the ambitious effort will stay connected to Earth thanks in part to the work of Mars Rover Design Team member Katelyn Brinker.
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Following opportunity wherever it may rove
Michael Bouchard’s interest in Mars — and Mars rovers — didn’t end when he left Rolla.
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Expanding possibilities
From the desert landscape of Mars to rural villages in Central America, Missouri S&T students are turning possibilities into powerful outcomes. It’s a learning process that unfolds every day at the Student Design and Experiential Learning Center, home of S&T’s 19 student design teams.
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A life of service at home and abroad
Lydia Aiken has had a longtime interest in other cultures and compassion for people from different backgrounds. And when she graduates from Missouri S&T, she hopes to carry that compassion and understanding into a career with the U.S. Foreign Service.
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Pushing the boundaries of space exploration
Space tourism could start in the next two years, says Jeff Thornburg, AE’96, but it’s going to be expensive.
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EWB completes Guatemala project
After nearly a decade of work, a small Guatemalan village can now count on clean drinking water thanks to the Missouri S&T student chapter of Engineers Without Borders (EWB).
Read More »Homecoming 2017
The Miner Alumni Association honored a select group of alumni during Homecoming for their accomplishments and their devotion to the association, the campus and its students.
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Dissolving electronics
Electronic devices that can not only be implanted in the human body but also completely dissolve on their own — known as “bioresorbable” electronics — are one of medical technology’s next frontiers.
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