NIH awarded MU nearly $4 million to lead a consortium of Midwestern universities to collaborate on turning biomedical discoveries into marketable products.
The Shamrock Society is an organization that recognizes members for shaping the College’s present and future through annual or sustaining financial support.
Each year, Mizzou Engineering opens its doors to showcase the great work going on in its labs — work that has tremendous benefit and impact locally and globally.
The MU College of Engineering is rolling out a brand new online master’s degree program in Biological Engineering, with courses starting in Fall 2019.
MU hosted the Precision Medicine Summit on Wednesday, which brought exceptional faculty from MU as well as Missouri-Kansas City, Missouri-St. Louis, and Missouri S&T to highlight the breadth and quality of translational precision medicine research activities.
Dominic Romero’s hard work led him to great success both in the classroom and in the lab of Bioengineering Professor Sheila Grant during his time at Mizzou. And that hard work landed the recent MU Engineering alum a prestigious fellowship as he works to further his education.
Posters covering a wide array research topics and more filled a large room near the College’s library in the late afternoon, followed by four brief TED-style talks on subjects related to each of Mizzou Engineering’s four Pillars of Pursuit.
Sheila Grant’s extensive work in the areas of sensors and biomaterials has led to the formation of companies, cutting-edge research breakthroughs, patents and more. And all of that success has led to yet another world-class accolade. Grant, professor of Bioengineering and the College of Engineering’s associate dean of research, recently was selected as a National […]
Associate Dean Sheila Grant recently received word of her election to the American Institute for Medical and Biological Engineering College of Fellows.
The research illustrated how fabricating a relatively inexpensive plasmonic grating can create a platform that allows for higher resolution imaging down to 65 nanometers.
