This award recognized an Engineering faculty or staff member who advocates on behalf of students to decrease factors that have a negative effect on students’ mental health, specifically by showing a long-term commitment and vested interest in the betterment of student mental health.
The best presentations are selected based on the content and visual impact of presentations as well as the presenters' performance. The awards are sponsored by Multi-Scale Additive Manufacturing Laboratory
Using some of the modeling and experimental efforts from two papers we previously published we entered the Advanced Manufacturing Olympics (AMO) hosted by the U.S. Air Force.
As an avid skier, Sam Dugan, an MME Student, is the inventor of computer vision technology which leverages state of the art Nvidia processors and proprietary algorithms, designed to monitor danger zones and prevent avoidable accidents.
Minister @RossRomanoSSM met with researchers in the Multi-Scale Additive Manufacturing Lab to see the important work MSAM is contributing to Ontario's Covid response.
Multi-Scale Additive Manufacturing Lab (MSAM), at the University of Waterloo, is focused on innovative R&D programs while assisting industry to fully utilize additive manufacturing.
Contact the lab if you are looking to sponsor research.
Congratulations Martin Basiri (MASc ’13) and the whole ApplyBoard team!
New research is underway to develop a coating that will kill the COVID-19 virus immediately upon contact with any surface. The antiviral coating could be applied to all personal protective equipment and high-touch surfaces, greatly reducing the risk of community transmission of the virus.
Shahrzad Esmaeili, a highly regarded member of the Materials Group, retired on July 1st after many years of invaluable service to our department – Congratulations Shahrzad! Well deserved!
A researcher in MME at Waterloo Engineering is part of a team that has been awarded US $412,000 by the National Football League (NFL) to develop a better, safer helmet.
Duane Cronin, a professor of mechanical and mechatronics engineering, will contribute sophisticated impact testing and advanced computer modelling to optimize helmet performance and reduce the risk of head injuries.