UT associate professor Wei He has helped lead a breakthrough in heart stent development.
An ASM International Materials Camp supported by UT’s Department of Materials Science and Engineering and scientists at CNS Y-12 National Security Complex is giving local students the chance to study debris from the space shuttle Columbia, with an eye on improving materials used in space flight.
One of the fastest-growing engineering departments at UT will have a new, albeit familiar, face in charge when Veerle Keppens becomes head of the Department of Materials Science and Engineering on June 1.
Three UT doctoral students have been selected to be a part of the 2015 National Science Foundation’s Graduate Research Fellowship Program.
High-entropy alloys—substances constructed with equivalent quantities of five or more metals—might hold the key to future manufacturing and construction, and two researchers from UT could help pave the way.
A recent breakthrough in laser technology was made possible with the help of Jiaqiang Yan and David Mandrus.
Students and professionals will have a chance to learn key elements of materials science thanks to an upcoming course at UT.
The College of Engineering’s Alexander Papandrew and Gerd Duscher are part of a broader Oak Ridge National Laboratory-led team that recently received a $2.75 million Department of Energy grant for work on improving fuel cells, $1.4 million of which went to their project.
Seven students from the Department of Chemical and Biomolecular Engineering and Department of Materials Science and Engineering recently took part in the undergraduate poster competition of the American Institute of Chemical Engineers conference in Atlanta.
The phrase “cloaked in secrecy” can often be used to describe research projects, but thanks to breakthroughs in the College of Engineering, optical cloaking is no longer just the domain of science fiction.
The Proceedings of the National Academy of Sciences, recently published an interdisciplinary study led by associate professor Gong Gu.
Researchers in UT’s College of Engineering have been tied to advancements in safety and detection surrounding nuclear-related issues since the dawn of the atomic age.