Researchers at Missouri S&T will develop mineral extraction techniques for lunar construction as part of a NASA project to make it possible for people to live and work on the moon. NASA will provide up to $2 million over two years to support S&T’s research.
Read More »Dr. Anthony Convertine, the Roberta and G. Robert Couch Assistant Professor of Materials Science and Engineering at Missouri S&T, has been elected to the National Academy of Inventors (NAI) 2022 class of senior members.
Read More »Dr. Mohamed N. “Len” Rahaman and Dr. Roger F. Brown, both professors emeritus at Missouri S&T who co-taught the courses “Biomaterials” and “Tissue Engineering” at S&T for many years, recently co-authored a new textbook for biomaterials students.
Read More »Medical devices made of bioactive glasses and metals that dissolve at the end of their operational lifespan could replace other types of implants and eliminate the need for invasive removal once they have served their purpose, say researchers at Missouri S&T. The researchers recently received a patent for the device.
Read More »Eight students from historically Black colleges and universities (HBCUs) participated in a summer program at Missouri S&T that is designed to encourage engineering students from underrepresented groups to pursue graduate studies. This year, students in Missouri S&T’s Summer Engineering Research Academy (SERA) visited Rolla from Oakwood University in Huntsville, Alabama, Tennessee State University in Nashville and Morgan State University in Baltimore.
Read More »What are critical minerals, where do we find them, and why are they considered critical? Leading critical-minerals experts from across the country discussed these questions and more during a virtual workshop hosted by Missouri S&T Aug. 2-3. The workshop provided insight and answers to issues surrounding materials such as cobalt for lithium-ion batteries in electric vehicles, germanium for transistors, tellurium for solar cells and rare earth elements for magnets and electronics.
Read More »About 70% of steel production in the United States uses the electric arc furnace (EAF) process to melt scrap and virgin iron to create steel in a much more energy-efficient process than smelting from ore. But EAF steelmaking efficiency is dependent on many factors, and researchers at Missouri University of Science and Technology are working to save energy and costs related to EAF steel production by using fiber optic sensors.
Read More »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.
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