Why is this important?
Knowledge becomes economic power only when research, intellectual property and technical capability move into infrastructure, products, companies and exports.
Canada moved to 16th globally in WIPO’s 2026 Global Innovation Index. It ranks sixth for university quality, ninth for research talent and sixth for software spending, while Toronto, Montréal and Vancouver remain among the world’s top 100 science and technology clusters.
That strength is strategically valuable but incomplete. WIPO ranks Canada 114th for labour-productivity growth and 36th for innovation infrastructure relative to overall performance, exposing the conversion gap between knowledge creation and economic output.
This analysis quantifies the productive capacity required to narrow that gap. It complements the wider argument in Canada’s C$3 trillion investment opportunity: capital creates national advantage when it is organized into assets, capabilities and companies that can scale.
Executive summary
The opportunity is best understood in two parts: the scale of Canada’s technology-producing economy today and the additional capacity required by 2040. The first establishes a functioning national base; the second shows what stronger commercialization demands from capital, output and workforce readiness.
Operating at national scale
- C$9.0 billion in annual investment — an established capital market supporting the measurable technology core.
- C$142.2 billion in annual GDP — significant productive value across seven technology-producing industries.
- 654,295 ongoing FTE jobs — high-value technical, research, digital and production employment.
The 2040 opportunity
- C$16.8 billion in incremental private capital — the investable opportunity above today’s run rate.
- C$42.0 billion in additional annual GDP — the economic value created by successful conversion.
- 133,000 workers to prepare — the planning requirement for training or reskilling.
Taken together, the numbers define one conversion challenge: direct capital into productive technology assets, translate those assets into economic and fiscal value, and ensure Canadians have the skills to participate. The sections below examine that challenge through the distinct lenses of investors, governments and Canadians.
These figures are structured estimates derived from official data, consistent definitions and a common audited methodology.
See how the figures are defined, calculated and quality-controlled →
Knowledge & Technology at a glance
The model connects capital required, incremental private opportunity, additional output, fiscal impact, ongoing employment and labour income. Read together, these indicators show not only the scale of technology investment, but what that investment must produce.
What this analysis covers
This analysis measures a seven-industry technology-producing core: computer and electronic products; pharmaceuticals; aerospace; software publishing; computing infrastructure and data processing; computer systems design; and scientific research and development services.
The broader CIVA category contains nine capabilities and 36 investable pathways:
- Artificial Intelligence
- Quantum
- Nuclear Technology & SMRs
- Aerospace & Space Technology
- Biotechnology & Life Sciences
- Clean Technology
- Mining & Resource Technology
- Research & Commercialization Systems
- Advanced Digital Technologies
The economic core is deliberately narrower than the strategic category. Nuclear generation, mining output and broader industrial production are measured in their corresponding CIVA categories to reduce double counting. The model does not assign economic shares to individual capabilities or pathways.
Explore the Knowledge & Technology pathways in the Canada Investable Advantage tool →
Investor Opportunity in Canada’s Knowledge & Technology
Why this matters to investors
Technology becomes investable when technical advantage is matched with physical capacity, commercialization discipline, customer access and the capital required to scale.
The measurable core begins with C$9.0 billion in annual investment and an estimated C$81.8 billion productive asset base. By 2040, the annual market reaches C$11.7 billion and the asset base reaches C$106.4 billion.
The capital opportunity
Investable capacity includes AI compute, data infrastructure, laboratories, advanced equipment, testing and certification systems, pilot facilities, intellectual-property platforms and the manufacturing assets needed to move technologies into commercial markets.
Real investment declined -5.51% entering 2026. The governed scenario then applies measured expansion of 2.08% annually through 2030 and 1.78% thereafter, producing C$154.6 billion in cumulative requirements through 2040.
| Investor measure | Current / 2026 | 2030 | 2040 |
|---|---|---|---|
| Annual investment market | 9.0 | 9.8 | 11.7 |
| Productive asset base | 81.8 | 88.5 | 106.4 |
| Annual real investment growth (%) | -5.51 | 2.08 | 1.78 |
| Cumulative capital requirement | 9.0 | 46.9 | 154.6 |
| Incremental private-capital opportunity | 0 | 1.6 | 16.8 |
| Notes: The annual market is allocated from Statistics Canada capital-intentions data using the GDP share of the measured technology industries within their published parent industries. The productive-asset series uses the same allocation logic within the national-accounts capital-stock framework; it is not available funding and is not additive with the annual market. Growth is not an investment-return forecast. Cumulative capital begins with the non-zero 2026 requirement. Incremental private capital is measured above the current run rate, making C$0 the defined current baseline. | |||
Primary investment and asset sources: Statistics Canada Table 34-10-0035-01 and Statistics Canada Table 36-10-0096-01.
What this means for investors
The C$154.6 billion requirement represents the full capital market through 2040, not a funding gap. The incremental private opportunity is C$16.8 billion above today’s run rate, and the strongest opportunities will connect defensible technology to infrastructure, customers and repeatable commercialization. The investment test is whether capital creates productive capacity and market access rather than financing technology without a scale pathway.
Government Opportunity in Canada’s Knowledge & Technology
Why this matters to government
Innovation policy creates value when public investment removes commercialization, infrastructure, procurement, talent and scale constraints that individual firms cannot solve alone.
Canada’s WIPO profile is clear: strong universities, research talent and venture activity coexist with weaker productivity growth and infrastructure conversion. The policy priority is therefore not simply more research spending, but stronger mechanisms for turning knowledge into domestic production, exports and strategic capacity.
The economic and policy opportunity
The measurable core contributes C$142.2 billion in annual GDP. Under the governed scenario, annual GDP reaches C$184.1 billion by 2040, creating C$42.0 billion in additional annual GDP.
The model assigns C$3.0 billion to public-enabling investment through 2040. Its role is to unlock shared infrastructure, commercialization, procurement, standards, talent access and strategic coordination rather than replace private capital.
| Government measure | Current / 2026 | 2030 | 2040 |
|---|---|---|---|
| Annual GDP contribution | 142.2 | 154.4 | 184.1 |
| Additional annual GDP | 0 | 12.2 | 42.0 |
| GDP generated per dollar invested | 1.106 | 1.106 | 1.106 |
| Incremental public investment required | 0 | 0.3 | 3.0 |
| Annual government revenue proxy | 49.0 | 53.3 | 63.5 |
| Cumulative net fiscal impact | 0 | 10.1 | 104.6 |
| Notes: Additional GDP, public investment and net fiscal impact are incremental measures against the current baseline; their current value is therefore C$0 by definition. GDP generated per dollar is a GDP-weighted directional input-output multiplier across the seven measured technology industries, not a financial return. Government revenue uses an economy-wide fiscal proxy. Public investment is a modelled enabling share rather than an observed commitment, and fiscal outcomes are not guaranteed. | |||
Primary economic sources: Statistics Canada Table 36-10-0434-03, Statistics Canada Table 36-10-0594-01 and Consolidated Canadian Government Finance Statistics, 2024.
What this means for government policy
The leverage point is C$3.0 billion in public-enabling investment against C$42.0 billion in additional annual GDP and a modelled C$104.6 billion cumulative net fiscal impact. Policy should target shared constraints such as compute, laboratories, pilots, procurement, standards, commercialization and access to specialized talent. The taxpayer test is whether each intervention moves Canadian knowledge into productive domestic capacity that attracts additional private capital.
Jobs, Income and Technology Opportunity for Canadians
Why this matters to Canadians
A technology advantage matters to people when Canadians can build the skills, enter the work, own the companies and share in the productivity and income created.
The measurable core supports 654,295 ongoing FTE jobs and C$61.6 billion in annual labour income. Average compensation is approximately C$94,137 per FTE, 20.58% above the comparable all-industry measure.
The jobs, income and skills opportunity
By 2040, ongoing employment reaches 737,329 FTEs, an increase of 83,034, while annual labour income reaches C$79.8 billion. The capital program also supports 1,074,026 cumulative development FTE job-years through 2040.
The participation challenge is not limited to producing more graduates. Canadians need accessible routes into technical work, applied research, commercialization, digital infrastructure, advanced production and the management capabilities required to scale technology companies.
| Workforce and income measure | Current / 2026 | 2030 | 2040 |
|---|---|---|---|
| Ongoing FTE jobs supported | 654,295 | 682,732 | 737,329 |
| Construction and development FTE job-years | 62,470 | 325,619 | 1,074,026 |
| Annual labour income | 61.6 | 66.9 | 79.8 |
| Average compensation per FTE | 94,137 | 97,959 | 108,208 |
| FTE compensation differential vs all industries (%) | 20.58 | 20.58 | 20.58 |
| Workers requiring training or reskilling | 78,515 | 97,631 | 132,719 |
| Notes: Ongoing employment is expressed as full-time equivalents, not unique people. The 2026 development figure is the FTE job-years supported during that year; the 2030 and 2040 figures are cumulative from 2026. Detailed technology-industry employment is converted to FTEs and labour income using the applicable published parent-industry work-pattern and wage measures. The training figures are planning estimates rather than confirmed shortage counts. The compensation differential is held constant and is not independently forecast. | |||
Primary employment and wage sources: Statistics Canada Table 14-10-0202-01 and Statistics Canada Table 14-10-0064-01.
What this means for Canadians
The opportunity adds 83,034 ongoing FTE jobs by 2040 while annual labour income rises to C$79.8 billion. Participation depends on technical education, applied experience, commercialization skills and access to the infrastructure where advanced work occurs. The central risk is that Canadian ideas scale elsewhere while domestic workers, suppliers and communities capture too little of the resulting value.
Strategic conclusion
Canada’s technology advantage is credible, but research strength alone does not guarantee domestic scale. The strategic decision is how to connect knowledge, capital, infrastructure, procurement, talent and markets so intellectual advantage becomes productive capacity.
This is the Knowledge and Technology force within Canada’s four-force strategic architecture. It raises the value of Energy, Minerals, Talent and Capital by improving how quickly Canada can design, build, operate and export higher-value solutions.
Investor question
Where can capital shorten the path from research to revenue? The focal opportunity is C$16.8 billion in incremental private capital.
Government policy question
Which shared constraints must policy remove? Governments need to direct C$3.0 billion in public-enabling investment toward infrastructure, procurement, standards, talent and commercialization barriers.
Canadian outcome
How can people participate in the value created? The opportunity supports 83,034 additional ongoing FTE jobs, but approximately 133,000 workers must be prepared or reskilled.
These decisions are interdependent. Investors need infrastructure and customers; government needs private deployment and measurable outcomes; and Canadians need clear routes into the work, ownership and income created.
Canada’s opportunity is not simply to produce knowledge. It is to retain, commercialize and scale the value of that knowledge before competing jurisdictions do.
Use the Canada Investable Advantage explorer to compare the broader opportunity set and identify where capital, policy or institutional mandates can intervene.
Need to determine where your capital, policy or institutional mandate fits within this opportunity?
Request an advisory review →Sources, definitions and methodology
Principal sources
- World Intellectual Property Organization — Global Innovation Index 2026 results
- Statistics Canada Table 34-10-0035-01 — Capital and repair expenditures, non-residential tangible assets, by industry and geography
- Statistics Canada Table 36-10-0096-01 — Flows and stocks of fixed non-residential capital, by industry and type of asset
- Statistics Canada Table 36-10-0434-03 — GDP at basic prices, by industry, monthly
- Statistics Canada Table 36-10-0594-01 — Input-output multipliers, detail level
- Statistics Canada Table 14-10-0202-01 — Employment by industry, annual
- Statistics Canada Table 14-10-0064-01 — Employee wages by industry, annual
- Office of the Chief Science Advisor — Annual Report 2024–2025
- CIVA Evidence Working v1.11 — approved capability, pathway and classification scope.
Interpretation
All forecast figures are modelled estimates and have been rounded for communication. Unless otherwise stated, monetary values are expressed in approximately constant 2026 Canadian dollars.
The economic model measures seven observable technology-producing industries. It does not claim to measure the full economy-wide value of every technology adopter, research institution or knowledge worker, and it excludes activity assigned to other CIVA economic categories.
Where Statistics Canada publishes capital data only for broader parent industries, the model allocates those values to the technology core using current GDP shares. Pathway counts are never treated as economic weights.
Observed source data, source-derived allocations, formula-derived outputs and planning assumptions are classified separately. Incremental measures use the current scenario as their starting point and therefore show C$0 in the current column where no increment yet exists. The figures are not official government forecasts, verified project-level commitments or guarantees of future economic, fiscal or employment outcomes.
View definitions, general calculations, evidence standards and audit controls →