We are Canada's foremost authority on astronomy and astrophysics, maintaining Canada's largest and most powerful observatories, and representing the country in some of the world's leading astronomy initiatives.
We operate Canada's national observatories, provide extensive data management and analysis tools through our Canadian Astronomy Data Centre, support activities at international observatories, and develop advanced astronomical instruments with industrial partners.
Services and information
Facilities
Facilities (Canada)
Facilities (international)
Facilities (future)
Research projects
Applications and tools
Technical and advisory services
- Adaptive Optics
- Electrical Engineering
- Instrumentation Science
- Manufacturing and Machining
- Mechanical Engineering
- Millimetre Technology
- Optical Engineering
- Project Management
- Radio Engineering
- Software and Controls
- Canadian Time Allocation Committee (CanTAC)
- Solar radio monitoring
Why work with us
We collaborate with industry, academia and government partners to design and develop innovative technologies to advance our understanding of the universe. Our engagement models include:
- Collaborative research and technology development
- Instrumentation, observatory design and construction projects
- Technical and advisory services
- Licensing
We work with Canadian and international partners in astronomy and astrophysics:
- Observatories
- Universities
- Research organizations
- Small and medium sized enterprises
- Multinationals
- Government departments
Contact us
Kevin Farris
Telephone: 250-363-6951
Email: Kevin.Farris@nrc-cnrc.gc.ca
Our experts
Related links
Research publications
- Metabolomics and computational analysis of the role of monoamine oxidase activity in delirium and SARS-COV-2 infection
- Low voltage deformable mirror system driven by MEMS-based Lorentz actuator arrays
- A process mining approach to the analysis of the structure of time series
- Simulation of a scaled-up deformable mirror system driven by MEMS-based Lorentz actuator arrays
- Design and simulation of a scaled-up continuous deformable mirror system driven by MEMS-based Lorentz actuator arrays