Canada’s Defence R&D Capabilities are Built: Unlocking their full potential through expertise and coordination

Keywords: Scientific Platforms, core facilities, infrastructure ecosystem, sovereign technology, technical experts, distributed R&D capacity

Defence Strategy and Domestic Capability

Canada’s defence industrial strategy reflects a fundamental shift in how national security is defined in a complex geopolitical environment, emphasizing sovereignty beyond procurement, rooted in domestic capability, innovation readiness, and resilient systems. Therefore, Canada’s military effectiveness will depend on its ability to develop, test, validate, and sustain advanced technologies.

Over the past three decades, Canada has invested billions of public dollars in research infrastructure, including advanced laboratories, data platforms, and specialized Scientific Platforms (SPs) embedded across universities, hospitals, and research institutes nationwide. Collectively, these assets form one of Canada’s largest sovereign technology investments, yet their role in defence innovation and preparedness is rarely framed explicitly within defence policy. Hundreds of SPs are already distributed across Canada, serving defence‑relevant R&D through open‑access facilities that integrate advanced technologies with highly specialized expertise.

There is existing strategic alignment with key SPs integrated into formal defence initiatives. For example, in Western Canada, nanoFAB, Canada’s largest open‑access micro‑ and nano-fabrication facility, serves as a foundational pillar for the University of Alberta’s DEFENDS initiative (Dual‑use Ecosystem for Future Engineering, National Defence and Sovereignty). In Atlantic Canada, defence accelerators (e.g. Vimy Forge) and defense research programs, including submarine building material development (Marine Additive Manufacturing Centre of Excellence (MAMCE)), nuclear energy (Advanced Nuclear Reactors Laboratory (ANRL)), zero‑carbon fuels, and critical minerals, rely on advanced characterization infrastructure sustained by the regional Microscopy and Microanalysis Facility housed at the University of New Brunswick.

Scientific Platforms as Defence‑Enabling Infrastructure

The defence strategy’s focus on sovereign capability aligns directly with SPs’ functions. These facilities enable Canada to conduct high‑value research and validation activities within its own borders, reducing reliance on external institutions and preserving control over sensitive knowledge and data. As embedded national laboratories within universities and health systems, SPs support work across fields such as advanced materials, bioengineering, imaging, and data science, each with direct relevance to defence and security. Their distributed nature provides geographic resilience, reducing single‑point vulnerabilities and enabling rapid mobilization of expertise as we saw during the COVID-19 pandemic.

Equally important is their role in enabling the “build and test” component of the defence strategy’s build‑partner‑buy framework. SPs provide the environments and expertise for technologies to be developed, tested, refined, validated, and de‑risked before they are procured or scaled. With sustained access to SPs, Canada’s ability to build domestically is operationalized.

Platform Scientists as Strategic Capability

Infrastructure alone is not capability. Spanning all fields, platform scientists are a highly specialized workforce that maintains complex systems and instruments, develops custom methodologies, ensures data quality, and trains thousands of future Canadian scientists.

These professionals represent a strategic technical workforce already in place, providing continuity of knowledge, advanced operational readiness, and flexible adaptation to new technologies and applications. In defence terms, they are analogous to sustainment engineers and systems specialists who sustain mission‑critical capabilities.

Despite this, platform scientists are not consistently recognized in the federal workforce or innovation strategies. Capital investments are emphasized, while operational expertise is overlooked. This disconnect introduces a structural risk, and without investment and support, Canada’s defence‑enabling research capacity remains fragile.

Resilient Supply Chains and Dual‑Use Innovation

Defence supply chains extend beyond materials and manufacturing. They also depend on access to testing capacity, validation environments, and specialized expertise. SPs constitute a capability supply chain, ensuring Canada can independently generate data, validate performance, and respond to emerging threats without external dependencies.

Many platforms are inherently dual‑use. Health research infrastructure contributes to biosecurity, while advanced materials science underpins aerospace, maritime, and energy systems. By enabling early‑stage and translational research, platforms accelerate innovation to serve both national security and public needs.

Modern defence innovation is inseparable from digital infrastructure. Computational platforms, data environments, artificial intelligence systems, and secure networks are now foundational to command and control, sensing, logistics, cybersecurity, advanced manufacturing, and autonomous systems. 

Treating SPs as strategic infrastructure, rather than peripheral academic resources, is essential to sustaining technological sovereignty in a data‑driven security environment.

Ecosystems, Coordination, and Strategic Alignment Enable Partnerships and Industrial Integration

Canada already has research infrastructure and expertise. What it lacks is sustained coordination across this distributed ecosystem. SPs presently anchor regional defence‑adjacent innovation ecosystems and can rapidly link academia, industry, and government within shared technical environments. However, without coordination, the system remains fragmented. Duplication persists, access is uneven, and national priorities are difficult to operationalize across institutional boundaries.

Strategic ecosystem coordination could be a force multiplier and occur in the form of targeted funding, governance, and national planning, transforming existing infrastructure investments into a coherent, defence‑ready innovation system. 

SPs lower barriers and support the rapid growth of domestic defence companies, as they already operate in defence-relevant intersections across government, academia and industry. Their shared‑access model allows researchers, companies, and public‑sector partners to work within the same infrastructure environment, providing capabilities to small and medium‑sized enterprises that would be otherwise unattainable. 

Policy Gap and Policy Priorities

The policy challenge is not insufficient infrastructure and expertise, but insufficient integration. Undersupported capital investments, workforce strategies, and coordination mechanisms cannot deliver sustained capability. Addressing this gap does not require building new systems but recognizing, supporting and strategically aligning what already exists.

Priority actions to strengthen Canada’s defence R&D capabilities include:

• Formally recognize SPs as defence‑enabling research infrastructure within defence, industry, and innovation policy frameworks, acknowledging both their physical assets and embedded expertise.
• Establish sustained funding models that support operations, maintenance, and technical expertise over the full infrastructure lifecycle, rather than focusing primarily on capital acquisition.
• Explicitly include platform scientists and technical specialists in federal talent, skills, and workforce strategies as a distinct, defence‑relevant technical workforce.
• Invest in national and regional coordination mechanisms that connect SPs into functional, interoperable ecosystems.
• Integrate SPs deliberately into defence innovation pipelines, particularly at early‑stage development, testing, validation, and risk‑reduction phases where domestic capability is decisive.

Conclusion

Canada’s defence industrial strategy rightly emphasizes sovereignty through domestic capability. That capability already exists in Canada’s Scientific Platforms and the platform scientists who enable advanced technologies to be built, tested, validated, and sustained domestically. If these assets are recognized, coordinated, and supported as strategic infrastructure, Canada can translate existing investments into durable defence readiness and improved returns on public funding. Without such action, capacity will persist in form but erode in function, and Canada will be less able to mobilize the expertise it already possesses when needed most.

AI‑Use Acknowledgment

The authors used AI‑assisted tools to support editing and structural refinement. All analysis, interpretation, verification, and final content decisions were made by the authors.