How research facilities and NRC infrastructure accelerate Canadian R&D

Many Canadian companies struggle to advance their R&D because they cannot afford specialized labs, pilot-scale equipment, or unique testing environments. The National Research Council of Canada (NRC) helps solve this problem by offering industry access to world-class research facilities on a fee-for-service basis. Facilities like the Canadian Photonics Fabrication Centre (CPFC) help businesses develop prototypes faster and with less risk.

How NRC research facilities support real-world R&D

NRC infrastructure is not a grant. These are shared federal research resources. Canadian and international companies can use them to test, build, and check new technologies. Instead of spending millions to build your own lab, you pay for access to NRC equipment and technical experts only when you need them.

Here are some ways NRC facilities help speed up R&D:

Lower capital costs
You do not need to build labs or buy expensive equipment for a single project.
Faster development
NRC facilities are ready to use. The equipment is maintained and certified. Skilled researchers are on staff.
Reduced risk
Data from NRC facilities is trusted by regulators, investors, and engineering partners.
Support for scale-up
Many NRC facilities operate at pilot or pre-commercial scale, which is important before launching to market.

Tools like GrantHub’s eligibility matcher can help you find NRC programs and R&D funding by province and industry in seconds.

Spotlight: Canadian Photonics Fabrication Centre (CPFC)

The Canadian Photonics Fabrication Centre is one of NRC’s most impactful facilities for business. It works as a full-service photonics foundry. This helps companies develop new optical and semiconductor technologies.

What the CPFC offers:

Manufacturing of compound semiconductor wafers
Fabrication of photonic devices
Design and modelling support
Testing and characterization
Secure handling of proprietary designs

Who can use the CPFC:

Small and medium-sized businesses (SMEs)
Multinational companies
Fabless companies that outsource fabrication
Fab-lite firms with some in-house capacity
Companies with their own fabs needing overflow or special processes

The CPFC is especially useful for companies in telecommunications, sensing, quantum technologies, medical devices, and new manufacturing. Access to fabrication infrastructure is often a major challenge in these fields.

Other NRC facilities that support Canadian R&D

While the CPFC focuses on photonics and semiconductors, other NRC facilities help with different innovation needs.

NRC Research Aircraft Fleet

Fee-for-service access to specialized research planes
Used for aeronautics testing, avionics checks, and flight research
Supports airborne sensing, flight mechanics, and certification testing

This lets companies test technologies in real flight conditions without owning or changing aircraft.

NRC Large Area Basin – Research Facility

50 m × 30 m hydrodynamic testing basin
Supports three-dimensional physical model studies
Used for ports, harbours, marinas, ships, and waterfront projects

Engineering firms and developers use this data to help with design and to meet environmental or regulatory needs.

NRC Coastal Wave Basin – Research Facility

63 m × 14 m wave basin
Simulates waves and currents at medium to large scales
Used for shoreline protection, offshore structures, and coastal resilience projects

These facilities allow companies to test performance in controlled, repeatable settings that are hard to find in private labs.

How NRC infrastructure fits with grants and funding

NRC facilities charge for their services, but they often work well with R&D grants and funding programs. In many cases:

Facility costs can be an eligible expense for federal or provincial R&D funding
NRC testing can strengthen applications for programs like IRAP or other innovation funds
Data from NRC testing can help with later commercialization or export funding

GrantHub tracks grant programs across Canada. You can check which ones fit your business and can help cover NRC facility costs.

Common Mistakes to Avoid

Thinking NRC facilities are only for big companies
Many SMEs use NRC infrastructure because they cannot afford private labs.
Waiting until late-stage commercialization
NRC facilities are most helpful early on for feasibility, validation, and design changes.
Treating facility access like a grant application
These are service agreements. You need a clear technical plan, not a funding proposal.
Not matching testing with regulatory or market needs
Decide how you will use test data before starting the project to avoid extra work.

Frequently Asked Questions

Q: Is access to NRC research facilities considered a grant?
No. NRC facilities work on a fee-for-service basis. You pay for access, expertise, and testing time, not for direct funding.

Q: Can small businesses use the Canadian Photonics Fabrication Centre?
Yes. SMEs are a main user group for the CPFC, especially fabless and early-stage technology companies.

Q: Are NRC facilities open to non-Canadian companies?
Yes. Many facilities work with international firms, though Canadian businesses may have better access to domestic funding programs.

Q: Can NRC testing support regulatory approvals?
Often, yes. Data from NRC facilities is commonly used for engineering validation and regulatory submissions, depending on the sector.

Q: How are project costs determined?
Pricing is based on the project scope, equipment used, and the level of technical support needed.

Next Steps

If your R&D is slowed down by missing infrastructure, NRC research facilities can help without a big capital investment. The right facility and the right funding program can move your technology forward faster. GrantHub can help you find NRC resources and grants that fit your business goals, stage, and industry.

How research facilities and NRC infrastructure accelerate Canadian R&D