The Mars Rover Design Team at Missouri University of Science and Technology has won the 2025 University Rover Challenge, an international competition held annually at the Mars Desert Research Station in Hanksville, Utah.
Read More »The Steel Bridge Design Team at Missouri University of Science and Technology placed fifth in the nation at the Student Steel Bridge Competition, held Saturday, May 31 at Iowa State University in Ames, Iowa. The fifth-place finish is a record for the S&T team, with a previous best result of twelfth place in 2004.
Read More »Seven Missouri University of Science and Technology students have been selected to receive travel grants by the National Science Foundation.
Read More »Missouri S&T conferred more than 1,000 degrees to graduates May 16-17. A dozen of them spoke with us about their experiences and plans.
Read More »Dr. Christine Karslake, a seasoned leader in innovation, entrepreneurship and venture capital, has joined Missouri S&T as associate vice chancellor for innovation, entrepreneurship and commercialization.
Read More »Missouri S&T celebrated the accomplishments of over 1,000 Miners as they received their degrees May 16-17. Check out some photos taken by university photographers Michael Pierce and Blaine Falkena.
Read More »Spotlight Theatre, an interactive toy that teaches young learners how a spotlight works on stage, took home first-place as the judge’s choice in the Miner Creativity Challenge held in April at Missouri S&T. The winning design was created by three seniors at Missouri S&T: Josie Schnelten, an engineering management major from Auburn, Illinois; Colby DaVolt, […]
Read More »Lithium-ion batteries are quietly powering large parts of the world, including electric vehicles and smartphones. They have revolutionized how people store and use energy. But as these batteries become more central to daily life, they bring more attention to the challenges of managing them and the energy they store safely, efficiently and intelligently.
Read More »Semiconductors power nearly every aspect of modern life – cars, smartphones, medical devices and even national defense systems. These tiny but essential components make the information age possible, whether they’re supporting lifesaving hospital equipment or facilitating the latest advances in artificial intelligence.
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