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In cognizance for their contributions, Dr. Clovis Raimundo Maliska is awarded the Alumni Achievement Medal for Professional Achievement and Dr. Gamal Refai-Ahmed the Alumni Achievement Medal for Academic Excellence. Their work introduces improved technological advancements and revolutionary research, fostering innovation and transformative action that will continue to benefit their respective industries.  

Connor Pryce, a 4A MME student, led the research that won the Student Poster Competition at the 2024 American Physical Society’s Division of Fluid Dynamics (APS-DFD) conference, the largest international event in Fluid Mechanics—held in Salt Lake City, Utah.  

Back in 2004, the Multi-Scale Additive Manufacturing (MSAM) Lab was established in a tiny but valuable 150-square-foot space in the Department of Mechanical and Mechatronics Engineering. Twenty years later, it is the largest metal additive manufacturing academic research lab in Canada, housing over $25 million in infrastructure and is one of the best university-based research facilities in the world.   

Mechanical and mechatronics engineering professor Dr. Yue Hu is co-leading a project with Dr. Sebastian Fischmeister from the Department of Electrical and Computer Engineering that will address critical education gaps in the rapidly evolving domain of robotics cybersecurity and have been awarded $1 million in funding from the National Cybersecurity Consortium. Because robot technology moves so fast, many times, it outpaces the development of necessary cybersecurity measures.  

A student design team made up of mostly mechanical engineering students achieved a major feat in Canadian aerospace with the launch of Borealis—Canada’s first-ever Canadian liquid bi-propellant rocket just outside of Timmins, Ontario at the third annual Launch Canada event.

Researchers in MME's Micro Nano-Scale Transport Lab are working to reduce the risk of dangerous blood clots for patients who receive heart transplants in a collaborative effort with a team from the University of Groningen in the Netherlands. The research team found that a heart valve implant with a textured surface is less likely to lead to the formation of blood clots – or thrombosis.