We have long been recognized in the construction industry for our impartiality and technical credibility. We provide a technology development and deployment business environment, focussed on the construction sector. Our unique facilities also support other sectors such as aerospace, transportation, and information and communications technology.
Services and information
Facilities
Research programs
Research projects
Applications and tools
Technical and advisory services
Blogs and publications
Why work with us
Through a multi-disciplinary approach, we draw on our expertise and experience of over 65 years and bring together national programs and services, such as:
- Climate-Resilient Buildings and Core Public Infrastructure Initiative
- Codes Canada
- High-performance Buildings Program
- Specialized facilities for research and development
- The Canadian Construction Materials Centre
Our R&D expertise supports industry to develop new products and services, while providing impartial information needed by governments and standards organizations, in key areas:
- Building envelope and high performance materials
- Building acoustics
- Façade systems and products
- Roofing systems and insulation
- Intelligent building operation
- Building technology optimization
- Indoor air quality
- Integrated building performance
- Lighting and ventilation quality
- Civil engineering and infrastructure
- Infrastructure rehabilitation
- Materials, durability and environment
- Seismic resilience
- Urban infrastructure
- Fire safety
- Fire risk management
Our capabilities include supporting market access and uptake of construction technologies:
- National model building codes and construction specifications
- New product assessments
- Technology demonstration and validation in large-scale pilots
- Focused strategic research and development
- Flexible business arrangements
Contact us
Chris Pezoulas, Business Advisor
Telephone: 613-993-9502
Email: Christopher.Pezoulas@nrc-cnrc.gc.ca
Our experts
Related links
Research publications
- Correspondence: on the state of knowledge concerning the effects of temporal light modulation
- Determining the thermal resistance of a highly insulated wall containing vacuum insulation panels through experimental, calculation and numerical simulation methods
- Thermal evaluation of a highly insulated steel stud wall with vacuum insulation panels using a guarded hot box apparatus
- Supporting the development of net-zero energy ready building codes
- Evaluating suggested lengths used for cut-off planes using the effective length calculation procedure