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Overview of RIC Grant

Faculty of Science Research Innovation and Commercialization (RIC) Grant is a competitive funding opportunity available to all faculty and graduate students at the University of Manitoba, Faculty of Science who wish to initiate, explore and develop activities toward commercialization of research, with up to 12 months of funding.

Goals

The RIC Grant aims to provide seed funding, making the applicant more competitive for future grants and funding opportunities. Research Manitoba’s Innovation Proof of Concept Grant is an example of that.

Funding streams

The Faculty of Science (FoS) RIC Grant offers 2 funding streams:

  1. FoS faculty members
  2. FoS graduate students, with the support of their supervisor or co-supervisor who will be holding the funds.

Please note that no more than one grant can be awarded to a single research group.

While the purpose of this grant is to support researchers within the Faculty of Science, academic collaborators external to the Faculty may be involved in the project, provided that a science faculty member or graduate student is leading the project.

Project activities

Project activities could include, but are not limited to: 

  • Market analysis
  • Business incubator/accelerator activities (for example, North Forge and Lab2Market)
  • Proof-of-concept studies
  • Prototype development (including prototype consultation services)

Funded concepts

Funded concepts may include, but are not limited to: 

  • Tools that a group or individual has developed to solve a research problem.
  • Breakthrough technologies related to a research discovery.
  • Novel applications directly or tangentially related to an area of research.
  • Fee-for-service applications related to a research group’s area of research.

2025 competition

The RIC Grant will have two funding streams:

  • One award of $30,000 is to be awarded to a faculty member to support their research commercialization initiative (not to be used for student stipend support).
  • Two awards, each worth $10,000, are to be awarded, with priority given to graduate students who submit their own proposal to explore a research commercialization project related to the research project approved by their supervisor or co-supervisor.
    • The two $10,000 graduate student RIC Grants will be placed into the accounts of the graduate student’s supervisor or co-supervisor and used to support the project’s development (not to be used for stipend support).
    • The idea for this project may be conceptualized by either the graduate student or their supervisor, however, the student is expected to make significant contributions to the project activities, irrespective of who applies for the award.

Project assessment

Applications will be assessed based on the following criteria.

Impact

What problem does this project solve? Does this solution create a measurable societal, environmental, economic, and/or ecological benefit?

Barriers to entry

What does this project have that prevents other groups from competing in this market? This could include intellectual property generation (for example, patents), established partnerships and/or the requirement for highly specialized skills or equipment. Projects demonstrating greater barriers to entry and particular consideration of intellectual property strategy will be ranked more highly.

Feasibility

Will this product or service be economically viable, effective and/or desirable compared to currently available solutions?

Customer validation

Applicants are highly encouraged to speak to their proposed customers or end users and incorporate feedback into the application. Does this product or service solve a real problem and/or provide a significant benefit?

Budget

The budget is appropriate and reasonable, does not overlap with other funding and is not used to support graduate or undergraduate stipends. Funds can be used to support projects already in progress but should be supporting new initiatives aimed at increasing the Technical Readiness Level or bringing the technology to the consumer. 
 

Application support and post-award administration

Application support

The Faculty of Science will provide support for submissions through a mentored concept development session, consisting of project-specific feedback to assess and revise concepts to improve the feasibility of proposed projects. It is required that successful applicants have a quarterly meeting with Daniel Heschuk, program development specialist from the Faculty of Science Innovation Hub, to discuss the progress made throughout the project. It is highly recommended that new applicants establish contact with our program development specialist at least 2 weeks before submission.  

The deadline to submit the applications is Monday, April 14, 2025, at 10:00 a.m. CST.

Post-award administration

Applications will be reviewed by a multidisciplinary committee, and feedback and results will be announced in May 2025. The granting period will run from July 1, 2025, through June 30, 2026.

A 1-page written report to the Associate Dean of Research (copied to Daniel.Heschuk@umanitoba.ca) providing a synopsis of the progress or results generated by the funding will be required at the end of the grant period. Successful applicants are encouraged to use the initial work to pursue future external funding opportunities. Every effort will be made to help applicants explore additional funding, resources, mentorship and supports beyond the funding period.

Apply now to RIC Grant

Preparing the project description document

Please include the following sections in a text document with the file name "[your project title]-project-description" and upload it in the "Project description" section on the application form. The text should be single-spaced (no more than 6 lines per inch) in Aptos regular 12 pts or any comparable font, and margins set at 3⁄4 of an inch.

  • Problem statement (Maximum 1 page): Describe the problem that your innovation aims to solve. Who are your likely customers or end-users, and what feedback (if any) have you received from them? What is the unique value of your solution? You may also include information related to a proof-of-principle study, prototype or other study aimed at demonstrating the potential commercial feasibility of the research. Figures are allowed in the document’s appendix, and legend text must be readable at 100% zoom.
  • Detailed project plan (Maximum 2 pages): Describe the anticipated timelines and outcomes of the project.
  • Project justification (Maximum half a page): Describe the opportunity for innovation and commercialization of research.
  • Long-term project benefits (Maximum half a page): Describe the longer-term benefits and goals of the proposed research, including opportunities for collaboration with industrial partners, future funding support, commercialization, student training or other benefits.
  • Budget request and budget justification (Maximum 1 page): Total dollar amount requested, allocation of requested funds (use a table) and justification of budget request. Funding cannot be used towards student stipends or equipment (defined as non-consumable items over the period of the funding) over $5,000.

The deadline to submit the applications is Monday, April 14, 2025, at 10:00 a.m. CST.

Past competitions

The Faculty of Science Research Innovation and Commercialization Grant has had three successful funding cycles in 2019, 2021 and 2023.

2019 recipients

  • David Herbert 
    Chemistry
    Iron-Based Dyes for Cheap-to-Fabricate Dye-Sensitized Solar Cells

  • Saman Muthukumarana
    Statistics
    User Analytics and Software Development for Assessing Customer Behaviour

  • Can-Ming Hu
    Physics
    Developing a prototype microwave sensor for early detection of insects inside grain kernels

  • Frank Schweizer
    Chemistry
    Hybrid Adjuvants Rescue Antibiotics from Resistance in Multidrug-Resistant Gram-Negative Bacteria

  • Francis Lin
    Physics
    Pre-Commercialization Development of an All-on-Chip Cell Migration Assay

  • Parimala Thulasiraman
    Computer Science 
    Smart city Real Time Traffic Forecasting

  • Kevin Campbell
    Biological Sciences
    Genetic engineering nature's solutions into human hemoglobin for therapeutic blood transfusion

2021 recipients

  • Jacob Burgess
    Physics and Astronomy
    Development of High Sensitivity Low Drift Sensors for THz Light

  • Silvia Cardona
    Microbiology
    A portable CRISPRi-based pathogen detection system

  • Mark Fry
    Biological Sciences
    Antagonism of Voltage-gated Na+ channels

  • David Herbert
    Chemistry
    Development of prototype "sustainable dye-sensitized solar cell" devices

  • Can-Ming Hu
    Physics and Astronomy
    Towards commercialization of a novel prototype microwave isolator based on cavity magnonics

  • Scott Kroeker
    Chemistry
    Increasing molybdenum and sulfur loading in nuclear waste glasses

2023 recipients

  • Can-Ming Hu
    Physics and Astronomy
    Towards commercialization of a novel solid-state microwave source

  • Sabine Kuss
    Chemistry

    POCET sensor: Point-of-Care Electrochemical Test for Drug Susceptibility, market assessment

  • Christian Kuss
    Chemistry
    Dry battery electrode processing with novel binder technology

  • Shaun Lui
    Mathematics
    Grading calculus 1 assessments by machine learning

  • Sara Rouhani
    Computer Science

    Critical infrastructure for healthcare data stewardship using blockchain technology

  • Hans-Joachim Wieden
    Microbiology
    A versatile molecular cloaking device

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