Missouri S&T is again one of the nation’s top-ranked institutions for pursuing a graduate degree in engineering, and several specific degree programs are on the rise, according to the latest U.S. News & World Report rankings.
Read More »Missouri S&T has long been known for the quality of its engineering and science programs. Now, it is making a name for itself in business education. For the first time since the university began offering business degrees 20 years ago, Missouri S&T has made U.S. News & World Report’s annual list of “Best Business Schools” […]
Read More »A Missouri S&T history professor has written a new book about the history of the Protestant Reformation, using new digital tools to find patterns in centuries-old letters.
Read More »Three former U.S. Bureau of Mines (BOM) buildings on the Missouri S&T campus are scheduled for demolition beginning in June as part of the university’s plans to develop a new entry to campus and new facilities for students. The three buildings are located south of the Havener Center near the intersection of University Drive and Bishop Avenue.
Read More »Missouri S&T will host eight summer camps in virtual settings for 2021, due to continuing COVID-19 safety precautions.
Read More »Dr. J. David Rogers, the Karl F. Hasselmann Missouri Chair in Geological Engineering, has studied major floods on every continent except Antarctica. No surprise, then, that media organizations seek him out for stories about the history of flood control.
Read More »Theater students in Missouri S&T’s arts, languages and philosophy department will perform “She Made Space,” a drama by Meredith Dayna Levy, in April. Previously, the event had been scheduled for mid-March.
Read More »The area Women in Business Group will host “The Mixup: A Networking Event” this April. The upcoming virtual event will feature icebreakers and networking opportunities and give participants the ability to make connections for personal and professional growth.
Read More »A new, cellular-level approach to removing plaque build-up in the arteries could eventually lead to a cure for the chronic disease known as atherosclerosis, according to a researcher at Missouri S&T. The method uses nanoparticles that can be designed to deliver plaque-busting drugs to specific cells in arteries. The nanoparticles have an average diameter of 150 nanometers, about 1/500th the diameter of a human hair.
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