As summer rains extinguish the bush fires that have ravaged Australia since September 2019 and have killed an estimated one billion animals, rescuers are keeping orphaned kangaroos, wallabies, koalas, bandicoots and other animals comfortable in pouches, wraps and nests handmade by crafters from around the world. One of those crafters is Laurie Gilson of Olathe, Kansas, a third-year student in mechanical and metallurgical engineering at Missouri S&T.
Read More »An interdisciplinary team of Missouri S&T researchers is creating organ tissue samples using bioactive glass, stem cells and a 3D printer. The project could advance pharmaceutical testing and lead to a better understanding of how diseases affect human cells.
Read More »By combining their materials science expertise with large-scale medical research, Missouri S&T researchers hope to meet clinical demands for glass-related solutions through a new Center for Glass Science and Technology (CGST). The new center will build on Missouri S&T’s previous success in glass research, which includes the development of bioactive glasses to treat open wounds and cancers.
Read More »Dr. David Seidman, the Walter P. Murphy Professor of materials science and engineering at Northwestern University and an expert on high-strength materials known as “superalloys,” will deliver the 26th A. Frank Golick Lecture in Materials Science and Engineering at Missouri S&T at noon Wednesday, March 20. Seidman’s presentation will be held in Room 125 Butler-Carlton Civil Engineering Hall on the Missouri S&T campus. The lecture is free and open to the public. Refreshments will be served from 11:30 a.m.-noon.
Read More »From studies on how DNA could be used to deliver targeted cancer treatments to research on how to develop trust with artificial intelligence to studies on gender bias, traumatic brain injury, electric vehicle charging and more, Missouri S&T faculty and students explored a variety of research topics in 2018. Here are 18 major research stories from S&T for the 2018 calendar year.
Read More »Dr. Anthony J. Convertine, a biomedical engineer whose research seeks to tap polymer science to unlock the next steps in advancing drug delivery systems, has been named a Roberta and G. Robert Couch Assistant Professor of Materials Science and Engineering at Missouri S&T. Convertine joins S&T from the University of Washington, where he rose to the position of research associate professor of bioengineering after starting there as a senior postdoctoral fellow in 2006.
Read More »Dr. Gregory E. Hilmas, a ceramic engineer and leading expert in methods to create more durable, next-generation materials, has been named chair of materials science and engineering at Missouri S&T.
The Curators’ Distinguished Professor of ceramic engineering has served as interim department chair since July 2017. He succeeds Dr. Matthew J. O’Keefe, executive director of the Haley Barbour Center for Manufacturing Excellence at the University of Mississippi
The nuclear engineering program at Missouri S&T has recently been awarded a total of $1.7 million in federal support for research, student scholarships and safety upgrades to the university’s nuclear research reactor. The federal investment marks a strong commitment to one of the top nuclear engineering programs in the nation, says Dr. Richard Wlezien, vice provost and dean of engineering and computing at Missouri S&T.
Read More »In the early 1960s, the Thalidomide drug scare caused thousands of worldwide infant deaths and birth defects from a morning sickness medicine for expectant mothers. The disaster transformed drug regulation systems, and changed the pharmaceutical industry’s understanding of chiral properties: the notion that molecules with otherwise identical properties are in fact mirror images, like your right and left hands. Missouri S&T materials science and engineering doctoral student Meagan Kelso wasn’t even close to being born when the chiral consequences of Thalidomide first became apparent nearly 60 years ago. But the drug industry’s continued efforts to fine-tune how it first identifies and then separates chiral compounds is driving the native Texan’s Ph.D. research.
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