Welcome to the Centre for Advanced Materials Joining
This centre is directed by Professor Y. (Norman) Zhou. The primary goal of the Centre for Advanced Materials Joining (CAMJ) at the University of Waterloo, Ontario, Canada is to develop new and innovative technologies for materials joining. CAMJ has cutting edge laboratory facilities and research areas to collaborate with leading companies in the industry for research and development. CAMJ trains students on the undergraduate, Masters, PhD, and Post Doctoral levels and collaborates with students from foreign institutes of excellence to extend their research.
The projects taken up in CAMJ are from the following areas:
- Microwelding - laser and resistance microwelding for medical applications
- Microjoining - soldering and wire bonding for electronics
- Nanojoining - practical interconnection and construction technologies of nano-mechatronics and molecular devices
- Laser, arc, resistance and friction stir welding - automotive applications
Contributions to Success
News
- Aug. 31, 2015CAMJ alumni at Smarter Alloys one of Canada's success stories
University of Waterloo grad and CAMJ alumni Ibraheem Khan and his startup, Smarter Alloys, are finding success despite a weakening Canadian economy. Smarter Alloys uses its own Multiple Memory Material to precisely control the pseudoelastic and shape memory effect of a shape memory alloy. The company plans to continue growing in the coming months.
Source, CBC
- Aug. 5, 2015Visiting researcher seminar: Professor Motomichi Yamamoto from Hiroshima University, Japan
Dr. Yamamoto is a professor at Hiroshima University, Mechanical Science and Engineering in Hiroshima Prefecture, Japan. The topic of his talk was "Development of hot‐wire laser welding processes
and observation techniques for welding phenomena" - Aug. 4, 2015Presentation by Dr. Jolanta Janczak-Rusch from Empa, Swiss Federal Laboratories for Materials Science and Technology
Dr Jolanta Janzack–Rusch is a professor at Empa, Swiss Federal Laboratories for Materials Science and Technology, her topic was “Development of nano-layered brazing fillers for low-temperature joining”.
