Updated April 2026 · Verified against National Research Council Canada (NRC) — Quantum and Nanotechnologies Research Centre guidelines
▲ Growing Milestone-Based Est. 2021
Grant Federal Active

NRC IoT: Quantum Sensors Challenge Program

National Research Council Canada (NRC) — Quantum and Nanotechnologies Research Centre
Maximum Funding
Grant and contribution funding sized to...
Rolling — contact program team for current call status
Visit Official Program →
Difficulty
Hard
Payment
Milestone-Based
Trend
Growing
First-Timers
Co-Funding
Varies
NRC IoT: Quantum Sensors Challenge Program provides up to Grant and contribution funding sized to project scope; per-project ceiling not published Internet of Things: Quantum Sensors Challenge Program (QSP) is a collaborative R&D initiative run by NRC's Quantum and Nanotechnologies Research Centre from 2021 to 2028. Applications are accepted Rolling — contact program team for current call status. (As of April 2026, verified against National Research Council Canada (NRC) — Quantum and Nanotechnologies Research Centre program guidelines)

Eligibility & Details

What this program funds and who can apply

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Program Description

The Internet of Things: Quantum Sensors Challenge Program (QSP) is a collaborative R&D initiative run by NRC's Quantum and Nanotechnologies Research Centre from 2021 to 2028. The program provides grant and contribution funding to Canadian SMEs, academic institutions, and other eligible organizations to co-develop quantum photonic and chip-based sensor technologies with NRC researchers. Application areas include navigation, medical imaging, geological surveying, defence, and safety and security systems. The program is a sensor-domain parallel to the QUIN (Quantum Internetworking) Challenge, with distinct technical eligibility covering quantum metrology, chip-based quantum systems, and photonic sensor integration.

Eligibility Requirements

  • Canadian SMEs, academic institutions, and other eligible recipients
  • Must be willing to collaborate with NRC researchers on quantum sensor development
  • Projects must address quantum photonics, chip-based quantum systems, quantum metrology, or applied sensor integration
  • Applications in navigation, medical imaging, geological surveying, defence, safety, and security are prioritized
  • Collaboration must involve NRC's Quantum and Nanotechnologies Research Centre
Provinces
Industries
Quantum Technology Research Sciences Healthcare Engineering
Business Stage
Startup Growth Established Expansion

Quick Assessment

Difficulty
Hard
Competition
High
Est. Hours
60h
First-Timer
Not rated

Funding Details

Amount
Grant and contribution funding sized to project scope; per-project ceiling not published
Type
Grant
Level
Federal
Deadline
Rolling — contact program team for current call status

Program Scorecard

Competition, effort, and approval at a glance

Hybrid
Competition
High
Effort
~60 hours
Approval
Varies
Accessibility
--/5
Competition
--/5
Approval Rate
--%
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What's in this Playbook

Everything you need to win NRC IoT: Quantum Sensors Challenge Program — $19

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How to Win

Insider tips, common pitfalls, and what successful applicants look like

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Insider Tip

Like all NRC challenge programs, QSP operates on a relationship-first model. Contact the program team at the listed email before preparing a formal proposal — NRC researchers have specific quantum sensor research gaps they need industry and academic collaborators to address. The strongest proposals directly complement an active NRC sensor research agenda rather than presenting a self-contained research plan. Applicants working on defence-adjacent sensor applications (navigation, counter-drone sensing, geological surveying) should also review the NRC Drone Innovation Hub (ID 523) and NRC Quantum for Defence program as complementary pathways.

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Success Profile

A Canadian quantum photonics startup or SME, academic spinout, or established instrumentation company with technical capabilities in quantum metrology, chip-based sensor fabrication, or quantum-enhanced navigation systems. Also suits defence-adjacent technology developers seeking qualification pathways for quantum sensor payloads.

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Evaluation Criteria

Proposals are assessed on the technical merit and novelty of the quantum sensor research, the applicant's quantum expertise and track record, the strength of the proposed collaboration with NRC's Quantum and Nanotechnologies Research Centre, the potential for commercialization or application of sensor outputs, and alignment with the program's sector priorities (navigation, medical imaging, defence, geological surveying). National benefit and Canadian IP development are secondary evaluation criteria.

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Application Playbook

Step-by-step process, required documents, and expenses

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Application Steps

1 Reach out to program team Send an initial inquiry to the NRC Quantum Sensors program email to introduce your organization and quantum sensor technology focus. NRC will advise on current collaboration opportunities and fit.
2 Scope the collaboration with NRC Work with NRC's Quantum and Nanotechnologies Research Centre to scope a collaborative project that leverages NRC's facilities and research expertise in quantum photonics or sensor technology.
3 Prepare technical proposal Develop a detailed technical proposal covering the quantum sensor research objectives, NRC collaboration plan, budget, and expected outputs and commercialization pathway.
4 Submit formal expression of interest or proposal Submit the proposal through the process advised by the program team, including technical documentation and budget breakdown.
5 Review and collaboration agreement negotiation NRC reviews the proposal and negotiates the collaboration agreement including funding levels, milestones, and IP terms.
6 Project execution and milestone reporting Begin joint R&D activities with NRC researchers and submit progress reports at agreed intervals to receive milestone-based disbursements.

Required Documents 5

Initial expression of interest via program contact email
Technical project proposal describing quantum sensor research focus and proposed NRC collaboration
Description of the organization's quantum sensor or photonics expertise and capabilities
Proposed budget and cost-sharing breakdown
Summary of key technical personnel capabilities (not individual names)

Eligible Expenses 6

  • Salaries and benefits for researchers working on the quantum sensor project
  • Quantum photonic materials, components, and fabrication costs
  • Access to NRC quantum and nanotechnology research facilities
  • Specialized measurement and characterization equipment
  • Travel related to collaboration with NRC researchers
  • Knowledge translation and commercialization activities

Ineligible Expenses 4

  • Purely theoretical quantum physics research without applied sensor outcomes
  • General business operating expenses unrelated to the project
  • Capital infrastructure not directly tied to the research project
  • R&D expenses duplicated by SR&ED claims on the same activity

Intake Periods

Program runs 2021–2028 with episodic calls for collaboration. No fixed annual intake schedule. Contact the program team directly for current opportunities.

Deadline Notes

The program runs 2021–2028. Calls for collaboration are episodic, not on a fixed annual schedule. Interested organizations should contact the program team directly to inquire about current opportunities. No fixed deadline dates were published as of April 2026.

Ineligible Organizations

  • Non-Canadian entities
  • Organizations without genuine quantum sensor or photonics expertise
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Funding Stack Strategy

Compatible programs, clawback risk, and combined funding potential

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Compatible Programs

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Clawback Risk

Medium Risk

NRC collaboration agreements include standard provisions for recovery of funds if project milestones are not met or IP obligations are breached. Terms are negotiated per collaboration agreement.

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How NRC IoT: Quantum Sensors Challenge Program Compares

Side-by-side with similar programs

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