About Us
Vision
Research in microsystems and nanotechnology expands knowledge frontiers, enables applications, and contributes to economic prosperity in Canada through advanced technology manufacturing.
Mission
Enable and support the creation and application of micro- and nanosystems knowledge and manufacturing capability by providing a national infrastructure for excellence in research through Canada’s National Design Network and establishing and verifying a path to commercialization of related processes, devices, components and systems.
About CMC
CMC Microsystems is a not-for-profit organization managing Canada’s National Design Network®. CMC reduces barriers to technology adoption by creating and sharing platform technologies.
About Canada’s National Design Network (CNDN)
A national network of 10,000 academic participants and 1,000 companies developing innovations in micro-nanotechnologies. CNDN is recognized as a Major Research Facility and has been awarded funding from the Canada Foundation for Innovation (CFI) Major Science Initiatives (MSI) program.
Guiding Values
Research Excellence, “Honest Broker”, Benefit to Canada
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Success Stories
Proud to support the innovative work of researches in Canada. View all success stories!
How student training drove Canada’s success in silicon photonics
A decade after creating the world’s first graduate-level course for designing and making nanophotonic integrated circuits, UBC Professor Lukas Chrostowski enjoys seeing his students continue to push the limits of innovation in this expanding technology.
Low-cost sensors yield high-impact technology
Dr. Yiheng Qin’s development of a novel inkjet printing process offers industry a low-cost method for manufacturing highly accurate electrochemical sensors for water monitoring.
Commonplace material, extraordinary performance
An all-silicon modulator developed by Université Laval professors Leslie Rusch (left) and Wei Shi achieved the fastest-ever transmission on silicon photonics. Their low-cost, low-energy component, produced through standard foundry processes, solves a significant challenge in next-generation semiconductor design.
Photo credit: Reinier deSmit
Sizing up an industrial solution
Dr. Pierre Sullivan, left, with Dr. Amirreza Amighi (centre) and Dr. Nasser Ashgriz combined imaging, machine-learning, and statistical analytics to bring quality control to the tiny particles emitted by spray nozzles in a wide variety of industrial applications.
Photo credit: Reinier deSmit