Government Grants for Canadian Deep Tech Companies

Deep tech is not software, so the funding playbook is different

Deep tech covers science-based and engineering-heavy ventures: hardware, advanced materials, semiconductors, quantum, robotics, photonics, biotech, and other companies whose core innovation lives in the physical world rather than in code. If your product is pure software or SaaS, our technology industry page is the better fit. Deep-tech companies share a distinct funding profile: long research timelines, expensive lab and prototyping costs, capital equipment needs, regulatory and certification hurdles, and a slow climb up the technology readiness levels before revenue arrives.

That profile changes which programs matter and how you sequence them. Where a software company can lean almost entirely on NRC IRAP plus SR&ED, a deep-tech company usually needs a longer, layered stack: contribution funding for labour, tax credits that now cover capital again, regional agency support for pilot lines and equipment, mission-driven programs for frontier fields, and eventually large scale-up contributions.

The core programs for Canadian deep-tech companies

SR&ED tax credits

A refundable federal tax credit on eligible research and experimental development. Canadian-controlled private corporations earn the enhanced 35% rate, and Budget 2025 both raised the expenditure limit for that enhanced rate and restored eligibility for capital expenditures. That capital restoration is especially valuable in deep tech, where lab equipment and prototyping rigs are a major cost. See our SR&ED program page.

NRC IRAP

The Industrial Research Assistance Program funds a large share of technical labour for incorporated, for-profit Canadian small and medium businesses, and assigns an Industrial Technology Advisor who provides ongoing strategic guidance. Eligible work must be performed in Canada, though the market for the innovation can be global. See our full IRAP guide.

The Strategic Response Fund

In 2025 the federal government replaced the Strategic Innovation Fund with the Strategic Response Fund, which continues to de-risk large-scale innovation and industrial projects and adds support for firms affected by trade disruptions. It provides repayable and non-repayable contributions at significant project scale, so it is a scale-up and commercialization tool rather than a startup program.

CanExport SMEs

Cost-shared funding to help established deep-tech firms enter new international markets through trade events, market research, certification, and protecting intellectual property abroad. Note that the program tightened its revenue and headcount minimums and reduced its per-project maximum for the 2026 to 2027 intake. See our CanExport page.

Where cleantech deep tech is funded now

For years, Sustainable Development Technology Canada was the anchor program for cleantech and cleantech-adjacent deep tech. That has changed. SDTC stopped accepting new applications in June 2024 following an Auditor General review, and its cleantech mandate was transferred into NRC IRAP. Existing SDTC agreements continue to be honoured, but new cleantech funding is now an IRAP file accessed through an Industrial Technology Advisor rather than an open SDTC call.

For founders in energy, storage, carbon management, and industrial decarbonization, the practical takeaway is to engage NRC IRAP early, because the same advisor relationship now governs both mainstream innovation funding and the former SDTC cleantech mandate.

Mission-driven programs for frontier fields

Budget 2025 concentrated new deep-tech money on a few strategic fields rather than spreading it thinly. If your company works in one of these areas, these programs can dwarf the core stack.

• Quantum: a multi-year federal commitment to Canada's quantum ecosystem, including the Canadian Quantum Champions Program supporting Canadian quantum computing firms.
• Semiconductors and photonics: FABrIC, managed by CMC Microsystems, is a multi-year federal initiative supporting chip design, fabrication, packaging, and photonics work that is difficult to fund through general innovation programs.
• Research partnerships: NSERC Alliance grants co-fund university and company research collaborations, a common route for teams needing specialized academic facilities and talent.

Regional and collaborative funding for hardware scale-up

Because deep tech is capital-intensive, the regional development agencies are often the most useful non-dilutive source between early R&D and full commercialization. PrairiesCan, PacifiCan, FedDev Ontario, ACOA, Canada Economic Development for Quebec Regions, and CanNor deliver scale-up and productivity funding, frequently as interest-free repayable contributions, that can support pilot lines, demonstration facilities, and specialized equipment. Which agency you work with depends on where your operations are located.

Canada's Global Innovation Clusters, including Next Generation Manufacturing, the digital technology cluster, Protein Industries Canada, Scale AI, and the ocean cluster, co-fund collaborative technology projects. For robotics, advanced manufacturing, and other hardware-heavy deep tech, a cluster project can add matched funding on top of an IRAP and SR&ED base.

The canonical deep-tech stack

There is no single stack that fits every deep-tech company, because the right mix depends on your technology readiness level and capital needs. A common progression looks like this:

• NRC IRAP: funds technical labour through the core R&D phase, with an advisor attached.
• SR&ED: recovers a refundable tax credit at year-end, now including capital costs for lab and prototyping equipment.
• Regional development agency contribution: funds pilot lines, demonstration units, and specialized equipment as you climb the readiness scale.
• Mission program, if applicable: quantum, semiconductor, or cleantech funding for companies in those specific fields.
• Strategic Response Fund: anchors large-scale commercialization and manufacturing scale-up.
• CanExport SMEs: funds international market entry once the product is ready to sell abroad.
• Provincial complements: Alberta Innovates, other provincial innovation programs, and provincial R&D tax credits that stack on top of federal support.

Deep-tech use cases that fund well

• Novel hardware and device development: sensors, photonic components, instruments, and prototypes with genuine technical uncertainty
• Advanced materials: new composites, nanomaterials, coatings, and battery or energy-storage materials
• Semiconductor design and process development: chip architectures, packaging, and fabrication process innovation
• Quantum hardware and software: qubit systems, control electronics, error correction, and quantum software stacks
• Robotics, autonomy, and mechatronics: novel actuation, perception, and control systems
• Biotech, medtech, and lab automation: diagnostics, therapeutics platforms, and instrumentation, noting the added regulatory timelines
• Clean-energy hardware: fuel cells, electrolyzers, storage systems, and industrial decarbonization technology
• Pilot lines and demonstration facilities: the scale-up capital regional agencies and the Strategic Response Fund are built to fund

What deep-tech founders get wrong

The most common mistake is treating deep tech like software and applying only for IRAP and SR&ED. Those two programs are essential, but they are labour and tax instruments; on their own they do not pay for the capital equipment, pilot lines, and multi-year demonstration work deep tech requires. Founders who plan only one year ahead routinely leave regional, cluster, and strategic funding on the table.

The second mistake is timing. Mission programs and the Strategic Response Fund are competitive and slow, and regional agency capital needs to be lined up before you commit to a build. Deep-tech funding rewards companies that map a three to five year stack from the start and sequence applications so each program funds the stage it was designed for.

Where to start

The right first step is an eligibility assessment that identifies every federal, regional, and provincial program your specific technology and stage qualify for, ranked by fit and funding value. Our grant research service produces this in about one business day. Because deep-tech funding is inherently multi-year and multi-program, most science-based ventures benefit from a deliberate roadmap rather than one-off applications: see our grant funding strategy service.