Missouri S&T students in the College of Engineering and Computing who aspire to become physicians will now have a direct pathway to the University of Missouri School of Medicine after graduating from S&T.
Read More »In this Q&A session, Kummer College Dean Jim Sterling chats with the Engineering Management and Systems Engineering Chair and Professor Amaury Lendasse, an expert in machine learning and AI.
Read More »Researchers affiliated with Missouri S&T are among the top 0.05% cited scholars in the world, recognized either for their lifetime of work or for research over the past five years, according to the 2025 Highly Ranked Scholars list developed by ScholarGPS.
Read More »A Missouri S&T research team has been awarded $450,000 from the Missouri Department of Transportation for a two-year study evaluating new materials for treating roadways during winter weather that could reduce or replace traditional salt-based treatments.
Read More »Gary Forsee, a 1972 civil engineering graduate of Missouri S&T, will join the Kummer Missouri S&T Foundation Board on Jan. 29.
Read More »Missouri S&T has been named a finalist for the National Collegiate Athletic Association’s Division II Award of Excellence for community engagement efforts.
Read More »Missouri S&T’s College of Engineering and Computing recently held its fall 2025 awards ceremony, and several staff and faculty members were presented with honors.
Read More »Dr. Sridhar Seetharaman has been named chair of materials science and engineering at Missouri S&T. He will begin his duties in January.
Read More »Dr. Jonathan Kimball, chair of electrical and computer engineering at Missouri S&T, has been named a Fellow of the Institute of Electrical and Electronics Engineers (IEEE).
Read More »Algae — the green, sometimes slimy-looking organisms found in bodies of water — could potentially be used as a commercial product to capture industrial emissions, serve as a biofuel and improve wastewater treatment. But finding a cost-effective way to feed the algae with carbon dioxide so it can grow efficiently at a large enough scale for […]
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