Wired with dynamic memory
Game-changing breakthroughs
Game-changing breakthroughs
By Julie Stauffer Faculty of EngineeringGame-changing breakthroughs are nothing new for Waterloo Engineering. Right now, students, faculty members and alumni are revolutionizing hardware development, tapping into unlimited sources of clean energy, working to save healthcare dollars spent on heart disease treatment and much more.
Take Multiple Memory Material™. Like many innovations, it came about through unintended consequences. As a doctoral candidate, Ibraheem Khan (MASc ’07, PhD ’10, Mechanical) working with Norman Zhou, a Waterloo mechanical and mechatronics engineering professor, realized the lasers and electron beams used as welding tools were changing the properties of the materials he was joining.
However, the properties they gained were highly intriguing: the ability to remember more than one shape and apply specific amounts of force in specific locations. Inspired by Waterloo’s inventor-owned intellectual property policy, Khan and Zhou launched Smarter Alloys to commercialize the discovery.
Waterloo Engineering alumni Michael Kuntz (BASc ’01, PhD ’06, Mechanical), Shysta Ismaili (BASc ’15, Mechanical), Ibraheem Khan (MASc ’07, PhD ’10, Mechanical) and the rest of the Smarter Alloys team are coming up with different ways to incorporate Multiple Memory Material™ in everything from medical devices to golf equipment.
One of the company’s latest ventures is developing wires for orthodontic braces that promise to cut treatment time dramatically. Anyone who has worn braces knows just how long the process can be. Because different teeth require different degrees of correction, dentists swap brace wires every few months, increasing or decreasing the stiffness to target different teeth. Smarter Alloys’ SmartArch™ wires change all that, providing a single wire that applies exactly the right force to each tooth at the same time.
The biomechanically optimized archwire was launched to great enthusiasm at May 2015’s annual session of the American Association of Orthodontists in San Francisco. SmartArch has also caught the attention of someone closer to home — Khan’s wife. The newly minted dentist is interested in bringing the technology to the Guelph dental clinic she recently joined.
Check out our September 2015 edition of WEAL, our Waterloo Engineering Alumni Letter, for more great stories.
Waterloo researchers develop techniques modelled on the human brain to improve how self-driving cars work
Waterloo welcomes emerging postdoctoral scholars to receive funding from Provost fellowship programs
Innovative device could power electronics with your body movements while you use them
Read
Engineering stories
Visit
Waterloo Engineering home
Contact
Waterloo Engineering
The University of Waterloo acknowledges that much of our work takes place on the traditional territory of the Neutral, Anishinaabeg, and Haudenosaunee peoples. Our main campus is situated on the Haldimand Tract, the land granted to the Six Nations that includes six miles on each side of the Grand River. Our active work toward reconciliation takes place across our campuses through research, learning, teaching, and community building, and is co-ordinated within the Office of Indigenous Relations.